This document provides guidance on managing training programs. It discusses key areas of training management including the training development cycle, trainees, trainers, training materials, and logistics. It provides an example session plan and evaluation questions. Lists of State Training Coordinators and their contact information are also included. The overall document serves as a reference for trainers on effectively planning, preparing, and delivering training courses.
The document provides information on developing training programs and modules. It discusses conducting a needs assessment, developing training objectives, and the steps to produce a training module. The steps include obtaining a technical text, preparing a module profile sheet, developing session plans, and producing overhead sheets and handouts. It also includes examples of evaluating training needs for a laboratory and developing professional responses to performance issues without and with training.
This document provides the session plan and materials for a 3-day training module on training management and skills for trainers. The training will review past training experiences, calculate required training volumes based on staffing levels, and develop an annual training calendar. The session plan outlines the daily schedule and objectives. It includes introductions, exercises to identify recurring training issues, self-assessments of communication skills, and lessons on text analysis, calculating training needs, and planning training programs. Participants will work in groups to analyze training needs, calculate required training volumes, and develop the calendar. The training aims to help participants strengthen their skills in training design, management, and delivery.
Acara curriculum development process paper v4 june 2010PatWagnerTCEO
The document outlines the curriculum development process used by ACARA to develop the Australian Curriculum. It describes 4 phases: curriculum shaping, writing, implementation, and evaluation/review. It details the roles and responsibilities of those involved including the ACARA Board, lead writers, curriculum writers, advisory panels, and national panels. The curriculum shaping phase produces a Shape of the Australian Curriculum paper that provides broad direction for each learning area.
1. The document discusses various techniques for effective training sessions, including lectures, demonstrations, small group activities, case studies, and role plays.
2. It emphasizes the importance of applying principles of adult learning like recency, appropriateness, motivation, primacy, two-way communication, feedback, active learning, and multi-sensory learning.
3. The key is using a variety of techniques to engage participants, tailoring the training to their needs, and encouraging active participation and practice.
Many learners find it difficult to develop a good employability portfolio from scratch. It is, therefore, critical to provide learners with a scaffolded learning experience which is structured, easily understood and meaningful. Once this initial experience is provided, learners are enabled to take the next step which is integrating their course-wide and other lifelong learning experiences with prospective employment opportunities. We demonstrate the effectiveness of a scaffolded learning experience in a sport, recreation and event management unit in a university setting, where students are asked to develop their skills and enhance their employability prospects through a final year Industry Practice placement of 100-160 hours. The scaffolding is effective because it enables learners to evaluate their placement experience in the context of learning outcomes associated with their course. As part of their assessment for this unit, students set personal and professional learning outcomes and create an eportfolio, using a range of evidence (e.g. supervisor reference, flyer, Excel database, brochure etc.) which demonstrate their achievement outcomes; and participate in a Showcase where they present their portfolio and a poster of their experiences in interviews with industry judges. The purpose of this workshop is to demonstrate and discuss from both a lecturer and student perspective how the use of a webfolio, which incorporates reflective practice through an activity log and a purpose built workbook template, can manage and showcase student learning experiences, and be used as a wider tool for enhanced employability outcomes.
This document provides a standardized template for organizing content in Live Learning courses on the CHEST Learning Management System (LMS). It outlines a six-section structure for course content: I) Course Title/Banner, II) Course Information, III) Pre-Course Work, IV) Course Materials, V) Practical Skills Assessment, and VI) Post-Course Work. Examples are given for each section to illustrate how content like lectures, videos, assessments, and faculty information should be organized. The goal is to create a consistent information architecture across Live Learning courses on the LMS.
This document provides an overview and orientation for the Student Learning Objective (SLO) process, which comprises three components: Design, Build, and Review. The orientation module introduces participants to the goals and structure of the SLO process. It explains that SLOs are locally developed student performance objectives designed to provide valid assessments of teacher effectiveness. The module outlines the various phases and components of the SLO process and provides resources for participants, including guidelines, templates, and training materials located online.
The document discusses training facilities and equipment. It defines training facilities as structures provided for learning purposes, including classrooms, workshops, laboratories, libraries, and utilities. It also discusses the different components of competency-based training facilities according to TESDA, which include the practical work area, learning resource center, and institutional assessment area. Maintaining these facilities and ensuring the availability and proper functioning of equipment is important to promote a conducive learning environment.
The document provides information on developing training programs and modules. It discusses conducting a needs assessment, developing training objectives, and the steps to produce a training module. The steps include obtaining a technical text, preparing a module profile sheet, developing session plans, and producing overhead sheets and handouts. It also includes examples of evaluating training needs for a laboratory and developing professional responses to performance issues without and with training.
This document provides the session plan and materials for a 3-day training module on training management and skills for trainers. The training will review past training experiences, calculate required training volumes based on staffing levels, and develop an annual training calendar. The session plan outlines the daily schedule and objectives. It includes introductions, exercises to identify recurring training issues, self-assessments of communication skills, and lessons on text analysis, calculating training needs, and planning training programs. Participants will work in groups to analyze training needs, calculate required training volumes, and develop the calendar. The training aims to help participants strengthen their skills in training design, management, and delivery.
Acara curriculum development process paper v4 june 2010PatWagnerTCEO
The document outlines the curriculum development process used by ACARA to develop the Australian Curriculum. It describes 4 phases: curriculum shaping, writing, implementation, and evaluation/review. It details the roles and responsibilities of those involved including the ACARA Board, lead writers, curriculum writers, advisory panels, and national panels. The curriculum shaping phase produces a Shape of the Australian Curriculum paper that provides broad direction for each learning area.
1. The document discusses various techniques for effective training sessions, including lectures, demonstrations, small group activities, case studies, and role plays.
2. It emphasizes the importance of applying principles of adult learning like recency, appropriateness, motivation, primacy, two-way communication, feedback, active learning, and multi-sensory learning.
3. The key is using a variety of techniques to engage participants, tailoring the training to their needs, and encouraging active participation and practice.
Many learners find it difficult to develop a good employability portfolio from scratch. It is, therefore, critical to provide learners with a scaffolded learning experience which is structured, easily understood and meaningful. Once this initial experience is provided, learners are enabled to take the next step which is integrating their course-wide and other lifelong learning experiences with prospective employment opportunities. We demonstrate the effectiveness of a scaffolded learning experience in a sport, recreation and event management unit in a university setting, where students are asked to develop their skills and enhance their employability prospects through a final year Industry Practice placement of 100-160 hours. The scaffolding is effective because it enables learners to evaluate their placement experience in the context of learning outcomes associated with their course. As part of their assessment for this unit, students set personal and professional learning outcomes and create an eportfolio, using a range of evidence (e.g. supervisor reference, flyer, Excel database, brochure etc.) which demonstrate their achievement outcomes; and participate in a Showcase where they present their portfolio and a poster of their experiences in interviews with industry judges. The purpose of this workshop is to demonstrate and discuss from both a lecturer and student perspective how the use of a webfolio, which incorporates reflective practice through an activity log and a purpose built workbook template, can manage and showcase student learning experiences, and be used as a wider tool for enhanced employability outcomes.
This document provides a standardized template for organizing content in Live Learning courses on the CHEST Learning Management System (LMS). It outlines a six-section structure for course content: I) Course Title/Banner, II) Course Information, III) Pre-Course Work, IV) Course Materials, V) Practical Skills Assessment, and VI) Post-Course Work. Examples are given for each section to illustrate how content like lectures, videos, assessments, and faculty information should be organized. The goal is to create a consistent information architecture across Live Learning courses on the LMS.
This document provides an overview and orientation for the Student Learning Objective (SLO) process, which comprises three components: Design, Build, and Review. The orientation module introduces participants to the goals and structure of the SLO process. It explains that SLOs are locally developed student performance objectives designed to provide valid assessments of teacher effectiveness. The module outlines the various phases and components of the SLO process and provides resources for participants, including guidelines, templates, and training materials located online.
The document discusses training facilities and equipment. It defines training facilities as structures provided for learning purposes, including classrooms, workshops, laboratories, libraries, and utilities. It also discusses the different components of competency-based training facilities according to TESDA, which include the practical work area, learning resource center, and institutional assessment area. Maintaining these facilities and ensuring the availability and proper functioning of equipment is important to promote a conducive learning environment.
This document provides an overview and session plans for a training module on basic communication skills for trainers. The module aims to help participants improve their presentation, demonstration, discussion facilitation and training method selection skills over the course of 6 sessions. Each session plan outlines the objectives, activities, training aids and timing. Evaluation methods include self-assessment, observation, feedback and a post-module questionnaire. The document includes supporting materials like a trainer checklist, sample presentation evaluation forms, and discussion techniques guides.
The training manual provides guidance for a 10-day Training of Trainers (ToT) program with the objectives of building the capacity of participants to develop, organize, and facilitate training courses for Dhaka Mass Transit Company Ltd. The ToT covers topics such as training needs assessment, adult learning principles, communication skills, training methods, and evaluation techniques through participatory learning methods. The manual includes detailed lesson plans, materials, and schedules to equip participants with the skills and knowledge to become trainers for DMTCL.
The document provides information about structuring a training process, including developing learning objectives and lesson plans. It includes an example lesson plan for a course on basic instruction skills for new trainers. The lesson plan covers developing learning objectives, explaining the components and structure of an effective lesson plan, and different training techniques. It aims to help participants understand how to develop well-structured training programs and teach them effectively.
1. The document outlines the key elements that should be included in a lesson plan for training, such as course information, objectives, materials, assessment strategies, and a training outline.
2. It explains that a lesson plan helps the teacher/trainer deliver content in an organized way to ensure learning objectives are met. It provides an agenda to guide the teacher/trainer through setting goals and activities.
3. The training outline is the core of the lesson plan and describes what will be done during the training, including introducing content, engaging participants, and assessing learning. It divides content into sections and indicates when activities and assessments will occur.
The document provides an overview of training courses for staff involved in managing and operating a Hydrological Information System for water quality in India. It describes various training courses grouped by instrument, software, and hydrological information system function. For each course it provides information on target group, provider, location, duration, objectives, admission requirements, equipment used, and program/syllabus. The training courses cover a wide range of topics from basic water quality concepts and laboratory practices to more specialized courses on pollution parameters, sampling, and training management. The document is intended to help training beneficiaries, managers and providers in planning and implementing staff training programs.
Designing training program is a crucial part of any training organization. The main objective of training is to enhance the performance of the employee. Knowledge,skill and attitude are very much related with performance. Through identifying the needs of the clientele training design can be formulated.
Here are the key steps to communicate information about workplace processes:
1. Select the appropriate communication method based on the topic, audience, and purpose of communication. Consider verbal, written, electronic, etc.
2. Organize information from multiple topics clearly and logically for effective communication.
3. Use questions to gather additional details and ensure understanding as needed.
4. Identify the correct sources of information using organizational requirements and protocols.
5. Maintain effective communication skills, whether verbal, non-verbal or in writing, in all situations.
This document discusses training formats and models used for human resource development. It provides forms and templates for conducting training needs analysis, developing training modules, profiling training institutes and trainers, and tracking training activities.
The forms would help organizations systematically assess training needs, define short and long-term training priorities, develop tailored training modules, and monitor the impact of training programs. Sample templates provide guidance on collecting staff details, competencies, training history and developing job descriptions to identify knowledge, skills and attitude gaps.
The document provides information about workshops, including their definition, objectives, essential features, methods, and advantages. Some key points:
- A workshop is defined as a group of 10-25 people who meet to improve skills and knowledge on a common topic through discussion and hands-on activities.
- The objectives include developing teaching skills and understanding educational concepts cognitively and through practice.
- Essential features include a series of meetings over multiple days with individual and group work, using the group's own experiences to solve problems.
- Methods include group discussions and presentations to find solutions to selected problems.
- Advantages are that workshops can effectively develop understanding and skills, and allow teachers to learn new
Guidelines and Procedure for OER/Affordable Learning Course Adoption/DevelopmentHGTCLibrary
The document outlines the general guidelines and procedures for adopting or developing an open educational resources (OER) or affordable learning course at a university. It details the 10 step process which includes getting department chair approval, submitting application forms, conducting consultations with librarians and instructional designers, building out the course content using selected OERs in phases, and submitting checkpoint forms for review at various stages of development. Upon final approval, developers will receive a stipend for their work creating the OER course.
This document provides guidance on piloting a new training curriculum to evaluate its effectiveness. It recommends conducting a comprehensive evaluation involving participant, facilitator, and observer feedback. Participants should complete daily evaluations to provide immediate feedback, as well as a final evaluation reflecting on the overall workshop. Focus groups with participants can further explore the curriculum's strengths and weaknesses. Feedback will be used to strengthen the curriculum before wider use, ensuring the time and resources invested in training are optimized. Piloting involves testing the curriculum's teaching methods, content, materials, timing, and overall effectiveness in achieving learning objectives.
Program DesignFor learning to occur, training programs require m.docxwkyra78
Program Design
For learning to occur, training programs require meaningful material, clear objectives, and opportunities for practice and feedback. However, even if a training program contains all these conditions, it still may not result in learning for several reasons. Proper equipment and materials may not be available during the session, trainers may be rushed to present content and fail to allow adequate time for practice, or the actual activities that occur in the training session may not relate to the learning objectives. Program design refers to the organization and coordination of the training program. A training program may include one or several courses. Each course may contain one or more lessons. Program design includes considering the purpose of the program as well as designing specific lessons within the program. Effective program design includes a design document template, a course or lesson plan, and a course or lesson plan overview.72
Keep in mind that although the responsibility for designing the training program may belong to the instructional designer, human resource professional, or manager, the "clients" of the program should also be involved in program design. As already discussed in Chapter 3, managers and employees should be involved in the needs assessment process. In addition, their role may include reviewing prototypes of the program, providing examples and program content, and participating in the program as instructors.73
The following explanations of each feature of effective program design are accompanied by an example that is based on a training program developed by a company to increase its managers' effectiveness in conducting performance appraisal feedback interviews. Performance appraisal feedback sessions are meetings between managers and subordinates during which the strengths and weaknesses of an employee's performance are discussed and improvement goals are usually agreed upon. Based on a needs assessment, this company discovered that its managers were uncomfortable conducting performance appraisal feedback sessions. These managers often were very authoritarian in the sessions. That is, they tended to tell employees what aspects of their job performance needed to be improved rather than allowing the employees to participate in the session or working with them to identify and solve performance problems.
Design Document
A design document can be used to guide the development of training and to explain the training to managers, subject matter experts, reviewers, or other trainers. Table 4.15 shows a design document template.74 Information for the design document is based on the information obtained from the needs assessment discussed in Chapter 3.
The level of detail in the design document can vary. Scope of project includes the goals, outcomes, or what trainees are expected to achieve; a description of the trainees; a description of how long it will take to develop the course and the checkpoints or tasks ...
This (draft) Viewpoints Handbook is designed to help staff in FE or HE institutions with curriculum design, at module or whole-course level.
This document is currently in development and we are inviting comments and suggestions from interested stakeholders, which will feed forward into the next version of the document.
This handbook will give academics the information they need to run a Viewpoints curriculum design workshop with their course team.
The Handbook tells academics how to use our reflective resources - a learner timeline worksheet and cards with best-practice pedagogical examples based around four themes - Assessment and Feedback, Information Skills, Learner Engagement and Creativity in the Curriculum.
The document discusses the fundamentals of training and development, including establishing objectives, assessing training needs, designing training programs, and evaluating training. It covers analyzing organizations, jobs, and individuals to identify training needs. The key aspects of designing a training program are determining objectives, content, activities, selecting trainers and participants, duration, location, and required resources. The goal is to address needs identified in the needs assessment to improve performance.
The document outlines the steps to systematically develop a training program, including selecting or modifying existing courses, defining objectives, identifying content, structuring the material, writing materials for trainers and students, preparing visual aids, getting peer feedback, and conducting pilot courses to refine the program. It also provides an example of developing a one-day overview course on Total Quality Management for contract employees.
This document provides guidance on planning an online course in 5 steps:
1. Understand the audience's needs such as objectives, participants, and outcomes.
2. Use a backward design approach to start with the outcomes and work backwards.
3. Apply a pedagogical model like the 5Es to guide learning design with activities to engage, explore, explain, evaluate and elaborate on concepts.
4. Create a course structure with objectives, topics, assessments and resources.
5. Adopt appropriate delivery formats ranging from self-paced to educator-led to peer activities using videos, readings, assessments and discussions.
This document provides guidance on developing a lesson plan, including describing the components and purposes of an effective lesson plan. It recommends that a lesson plan have an introduction, body, and conclusion and follow the ROPES model of review, overview, presentation, exercise, and summary. The introduction should capture student interest and state objectives. The body should cover the lesson content and skills. The conclusion should review key points and objectives.
This document provides an overview and instructions for training poll workers on how to use the Verity voting system. The objectives of the training are to teach poll workers how to operate the voting equipment, instruct voters, set up the polling place, assist voters, suspend and reopen or close the polls, and pack up the equipment. The benefits of the Verity system include usability, adaptability, and transparency. The role of the Verity training specialist is to acquire knowledge of the system, create a positive training environment, use time efficiently, respect trainees, be thorough, assess skills, and use evaluations. The available resources for trainers include documentation, customer support, and file transfer systems.
The World Bank conducted a final supervision mission in May 2014 to review a water resources project in Chhattisgarh, India. The project aimed to strengthen water resource management institutions and expand hydrological monitoring networks. Over 90% of allocated funds had been spent as of March 2014, with additional expenditures expected through May 2014. Key achievements included upgrading data centers, installing rain and groundwater monitoring equipment, conducting trainings, and publishing water resources data. The project improved availability of hydrological data for use in planning irrigation projects, infrastructure design, and other development activities in Chhattisgarh.
The document summarizes the Hydrology Project-II being implemented in Punjab, India. Key points:
- The Rs. 46.65 crore project aims to improve water resource data collection and management. Around 80% of the work and funding has been used.
- Networks to monitor groundwater, surface water, and rainfall have been installed across 700, 25, and 81 stations respectively. Digital equipment transmits data in real time.
- Three data centers have been constructed to store and analyze water data. A state data center in Mohali will house various water resource offices and laboratories.
- Observed hydrological data will be shared with state agencies, CGWB, and other users to inform water
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This document provides an overview and session plans for a training module on basic communication skills for trainers. The module aims to help participants improve their presentation, demonstration, discussion facilitation and training method selection skills over the course of 6 sessions. Each session plan outlines the objectives, activities, training aids and timing. Evaluation methods include self-assessment, observation, feedback and a post-module questionnaire. The document includes supporting materials like a trainer checklist, sample presentation evaluation forms, and discussion techniques guides.
The training manual provides guidance for a 10-day Training of Trainers (ToT) program with the objectives of building the capacity of participants to develop, organize, and facilitate training courses for Dhaka Mass Transit Company Ltd. The ToT covers topics such as training needs assessment, adult learning principles, communication skills, training methods, and evaluation techniques through participatory learning methods. The manual includes detailed lesson plans, materials, and schedules to equip participants with the skills and knowledge to become trainers for DMTCL.
The document provides information about structuring a training process, including developing learning objectives and lesson plans. It includes an example lesson plan for a course on basic instruction skills for new trainers. The lesson plan covers developing learning objectives, explaining the components and structure of an effective lesson plan, and different training techniques. It aims to help participants understand how to develop well-structured training programs and teach them effectively.
1. The document outlines the key elements that should be included in a lesson plan for training, such as course information, objectives, materials, assessment strategies, and a training outline.
2. It explains that a lesson plan helps the teacher/trainer deliver content in an organized way to ensure learning objectives are met. It provides an agenda to guide the teacher/trainer through setting goals and activities.
3. The training outline is the core of the lesson plan and describes what will be done during the training, including introducing content, engaging participants, and assessing learning. It divides content into sections and indicates when activities and assessments will occur.
The document provides an overview of training courses for staff involved in managing and operating a Hydrological Information System for water quality in India. It describes various training courses grouped by instrument, software, and hydrological information system function. For each course it provides information on target group, provider, location, duration, objectives, admission requirements, equipment used, and program/syllabus. The training courses cover a wide range of topics from basic water quality concepts and laboratory practices to more specialized courses on pollution parameters, sampling, and training management. The document is intended to help training beneficiaries, managers and providers in planning and implementing staff training programs.
Designing training program is a crucial part of any training organization. The main objective of training is to enhance the performance of the employee. Knowledge,skill and attitude are very much related with performance. Through identifying the needs of the clientele training design can be formulated.
Here are the key steps to communicate information about workplace processes:
1. Select the appropriate communication method based on the topic, audience, and purpose of communication. Consider verbal, written, electronic, etc.
2. Organize information from multiple topics clearly and logically for effective communication.
3. Use questions to gather additional details and ensure understanding as needed.
4. Identify the correct sources of information using organizational requirements and protocols.
5. Maintain effective communication skills, whether verbal, non-verbal or in writing, in all situations.
This document discusses training formats and models used for human resource development. It provides forms and templates for conducting training needs analysis, developing training modules, profiling training institutes and trainers, and tracking training activities.
The forms would help organizations systematically assess training needs, define short and long-term training priorities, develop tailored training modules, and monitor the impact of training programs. Sample templates provide guidance on collecting staff details, competencies, training history and developing job descriptions to identify knowledge, skills and attitude gaps.
The document provides information about workshops, including their definition, objectives, essential features, methods, and advantages. Some key points:
- A workshop is defined as a group of 10-25 people who meet to improve skills and knowledge on a common topic through discussion and hands-on activities.
- The objectives include developing teaching skills and understanding educational concepts cognitively and through practice.
- Essential features include a series of meetings over multiple days with individual and group work, using the group's own experiences to solve problems.
- Methods include group discussions and presentations to find solutions to selected problems.
- Advantages are that workshops can effectively develop understanding and skills, and allow teachers to learn new
Guidelines and Procedure for OER/Affordable Learning Course Adoption/DevelopmentHGTCLibrary
The document outlines the general guidelines and procedures for adopting or developing an open educational resources (OER) or affordable learning course at a university. It details the 10 step process which includes getting department chair approval, submitting application forms, conducting consultations with librarians and instructional designers, building out the course content using selected OERs in phases, and submitting checkpoint forms for review at various stages of development. Upon final approval, developers will receive a stipend for their work creating the OER course.
This document provides guidance on piloting a new training curriculum to evaluate its effectiveness. It recommends conducting a comprehensive evaluation involving participant, facilitator, and observer feedback. Participants should complete daily evaluations to provide immediate feedback, as well as a final evaluation reflecting on the overall workshop. Focus groups with participants can further explore the curriculum's strengths and weaknesses. Feedback will be used to strengthen the curriculum before wider use, ensuring the time and resources invested in training are optimized. Piloting involves testing the curriculum's teaching methods, content, materials, timing, and overall effectiveness in achieving learning objectives.
Program DesignFor learning to occur, training programs require m.docxwkyra78
Program Design
For learning to occur, training programs require meaningful material, clear objectives, and opportunities for practice and feedback. However, even if a training program contains all these conditions, it still may not result in learning for several reasons. Proper equipment and materials may not be available during the session, trainers may be rushed to present content and fail to allow adequate time for practice, or the actual activities that occur in the training session may not relate to the learning objectives. Program design refers to the organization and coordination of the training program. A training program may include one or several courses. Each course may contain one or more lessons. Program design includes considering the purpose of the program as well as designing specific lessons within the program. Effective program design includes a design document template, a course or lesson plan, and a course or lesson plan overview.72
Keep in mind that although the responsibility for designing the training program may belong to the instructional designer, human resource professional, or manager, the "clients" of the program should also be involved in program design. As already discussed in Chapter 3, managers and employees should be involved in the needs assessment process. In addition, their role may include reviewing prototypes of the program, providing examples and program content, and participating in the program as instructors.73
The following explanations of each feature of effective program design are accompanied by an example that is based on a training program developed by a company to increase its managers' effectiveness in conducting performance appraisal feedback interviews. Performance appraisal feedback sessions are meetings between managers and subordinates during which the strengths and weaknesses of an employee's performance are discussed and improvement goals are usually agreed upon. Based on a needs assessment, this company discovered that its managers were uncomfortable conducting performance appraisal feedback sessions. These managers often were very authoritarian in the sessions. That is, they tended to tell employees what aspects of their job performance needed to be improved rather than allowing the employees to participate in the session or working with them to identify and solve performance problems.
Design Document
A design document can be used to guide the development of training and to explain the training to managers, subject matter experts, reviewers, or other trainers. Table 4.15 shows a design document template.74 Information for the design document is based on the information obtained from the needs assessment discussed in Chapter 3.
The level of detail in the design document can vary. Scope of project includes the goals, outcomes, or what trainees are expected to achieve; a description of the trainees; a description of how long it will take to develop the course and the checkpoints or tasks ...
This (draft) Viewpoints Handbook is designed to help staff in FE or HE institutions with curriculum design, at module or whole-course level.
This document is currently in development and we are inviting comments and suggestions from interested stakeholders, which will feed forward into the next version of the document.
This handbook will give academics the information they need to run a Viewpoints curriculum design workshop with their course team.
The Handbook tells academics how to use our reflective resources - a learner timeline worksheet and cards with best-practice pedagogical examples based around four themes - Assessment and Feedback, Information Skills, Learner Engagement and Creativity in the Curriculum.
The document discusses the fundamentals of training and development, including establishing objectives, assessing training needs, designing training programs, and evaluating training. It covers analyzing organizations, jobs, and individuals to identify training needs. The key aspects of designing a training program are determining objectives, content, activities, selecting trainers and participants, duration, location, and required resources. The goal is to address needs identified in the needs assessment to improve performance.
The document outlines the steps to systematically develop a training program, including selecting or modifying existing courses, defining objectives, identifying content, structuring the material, writing materials for trainers and students, preparing visual aids, getting peer feedback, and conducting pilot courses to refine the program. It also provides an example of developing a one-day overview course on Total Quality Management for contract employees.
This document provides guidance on planning an online course in 5 steps:
1. Understand the audience's needs such as objectives, participants, and outcomes.
2. Use a backward design approach to start with the outcomes and work backwards.
3. Apply a pedagogical model like the 5Es to guide learning design with activities to engage, explore, explain, evaluate and elaborate on concepts.
4. Create a course structure with objectives, topics, assessments and resources.
5. Adopt appropriate delivery formats ranging from self-paced to educator-led to peer activities using videos, readings, assessments and discussions.
This document provides guidance on developing a lesson plan, including describing the components and purposes of an effective lesson plan. It recommends that a lesson plan have an introduction, body, and conclusion and follow the ROPES model of review, overview, presentation, exercise, and summary. The introduction should capture student interest and state objectives. The body should cover the lesson content and skills. The conclusion should review key points and objectives.
This document provides an overview and instructions for training poll workers on how to use the Verity voting system. The objectives of the training are to teach poll workers how to operate the voting equipment, instruct voters, set up the polling place, assist voters, suspend and reopen or close the polls, and pack up the equipment. The benefits of the Verity system include usability, adaptability, and transparency. The role of the Verity training specialist is to acquire knowledge of the system, create a positive training environment, use time efficiently, respect trainees, be thorough, assess skills, and use evaluations. The available resources for trainers include documentation, customer support, and file transfer systems.
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The World Bank conducted a final supervision mission in May 2014 to review a water resources project in Chhattisgarh, India. The project aimed to strengthen water resource management institutions and expand hydrological monitoring networks. Over 90% of allocated funds had been spent as of March 2014, with additional expenditures expected through May 2014. Key achievements included upgrading data centers, installing rain and groundwater monitoring equipment, conducting trainings, and publishing water resources data. The project improved availability of hydrological data for use in planning irrigation projects, infrastructure design, and other development activities in Chhattisgarh.
The document summarizes the Hydrology Project-II being implemented in Punjab, India. Key points:
- The Rs. 46.65 crore project aims to improve water resource data collection and management. Around 80% of the work and funding has been used.
- Networks to monitor groundwater, surface water, and rainfall have been installed across 700, 25, and 81 stations respectively. Digital equipment transmits data in real time.
- Three data centers have been constructed to store and analyze water data. A state data center in Mohali will house various water resource offices and laboratories.
- Observed hydrological data will be shared with state agencies, CGWB, and other users to inform water
The document provides an overview of the World Bank Monitoring Mission for the Hydrology Project Phase II in India from May 06-09, 2014. It summarizes the key achievements and post-project plans for each of the implementing agencies. The agencies include 13 state organizations and 8 central agencies. The objectives of HP-II were to extend and promote the sustained use of hydrological information systems to improve water resources planning and management. The estimated cost was Rs. 631.83 crore with funding from the World Bank. Several agencies had completed construction of data centers, monitoring equipment installations, and pilot studies. Plans after the project included continuing maintenance and operations, staff training, and further developing applications.
This document summarizes the progress and completion of the Odisha Hydrology Project-II. The key points are:
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The document summarizes a review meeting for the Hydrology Project Phase II in Madhya Pradesh, India. The project involves establishing surface water and groundwater monitoring stations. For surface water, 24 river gauge stations and 52 meteorological stations were set up across three river basins. For groundwater, 3750 observation wells and 625 piezometer wells were established. The project period was from 2004-2014 with a total cost of Rs. 24.67 crores. Major achievements included upgrading monitoring stations, establishing new stations, and developing decision support systems for reservoir management and groundwater planning. Lessons learned and plans for continuing activities after the project are also discussed.
The document provides information on the financial targets and achievements of a hydrological project in India. It summarizes that as of March 2014, expenditure was Rs. 304.959 crores out of the revised target of Rs. 399.808 crores. It also describes various components of the project including institutional strengthening activities conducted, the development of decision support systems and real-time data systems for river basins, and studies carried out on optimizing monitoring networks and evaluating the impacts of water allocation changes. Lessons learned included the need for stronger central-state linkages and continued consultant support to meet project goals.
The document summarizes two hydrology projects in Kerala, India from 1996-2004 and 2006-2014. It provides financial details and physical progress updates on the projects, including building construction, staff hiring, equipment procurement, and the establishment of data dissemination and decision support systems. Key accomplishments include the development of applications to study conjunctive use, artificial recharge, reservoir operation, and more. Lessons learned include the benefits of integrated surface and groundwater management and adopting techniques from other agencies.
The document summarizes the Hydrology Project-II implemented in Goa between 2006-2014 with funding from the World Bank. The key aspects include:
- Establishment of 11 river gauge stations, 4 automatic weather stations, and 6 automatic rain gauge stations to improve surface water and hydro-meteorological data collection.
- Installation of 47 open wells and 57 piezometers to monitor groundwater levels across 9 river basins in Goa.
- Construction of a new data center and level II+ laboratory to store, analyze and disseminate hydrological data to support water resource management and planning.
- Capacity building initiatives including training of over 200 local staff on hydrological monitoring and data management.
This document provides expenditure details and progress updates for the Phase II (2006-2014) implementation of the Narmada, Water Resources, Water Supply and Kalpsar Department in Gujarat, India. It outlines spending on civil works, goods, consultancy, and trainings. It also describes the physical progress made in consolidating hydrological data, raising awareness, implementing decision support systems, and conducting purpose-driven studies. Proposals are made for continuing certain activities in potential Phase III of the project.
Central Water and Power Research Station (CWPRS) in Pune saw several advancements under the World Bank's Hydrology Project II (HP-II) including:
1) Technical trainings for over 100 CWPRS officers in areas like water resources planning, climate change impacts, and more.
2) Infrastructure upgrades including a Supervisory Control and Data Acquisition system, laboratory equipment, and renovated buildings.
3) Research activities such as optimizing stream gauge networks in Maharashtra's Bhima river basin and hydrographic surveys of the Tawa reservoir.
4) Over Rs. 4 crore was spent on civil works, equipment, trainings and other costs aligned with the goals of
The document summarizes the major activities and achievements of the Central Pollution Control Board's Hydrology Project-II regarding water quality monitoring. Some of the key points include:
- Installation of 10 real-time water quality monitoring stations on the Ganga and Yamuna rivers
- Development of a GIS-based water quality web portal to visualize historical and current water quality data
- Organization of 30 training workshops on water quality monitoring that reached over 750 laboratory staff
- Renovation of the CPCB water laboratory and development of water quality criteria and standards
The project aims to continue activities like annual maintenance of monitoring stations and the web portal, as well as propose new initiatives for the next phase including nationwide water pollution
The document describes BBMB's Real Time Decision Support System (RTDSS) project. The objectives are to incorporate advanced data acquisition and communication systems to help with operational management of Bhakra and Beas reservoirs. The system collects telemetry data from over 80 stations, including rainfall, water levels, snow levels. It also downloads satellite data and forecasts. The data is analyzed using hydrological and hydrodynamic models to forecast reservoir inflows and water levels to help with flood control and water distribution.
The World Bank conducted a final supervision and completion mission for the Hydrology Project in Andhra Pradesh from May 7-8, 2014. The project aimed to strengthen surface water data collection networks and build institutional capacity for hydrological data management and use. Key achievements included establishing 25 additional data collection stations, procuring IT equipment, developing a project website, and providing training. Expenditures totaled Rs. 4.13 crore against the revised project cost of Rs. 8.92 crore. Moving forward, the document discusses continuing project activities in Andhra Pradesh and potential areas of focus for a phase III of the Hydrology Project.
This document provides a summary of the financial progress and achievements of the Gujarat - Ground Water hydrology project. Some key points:
- Total projected cost is 176.32 crore INR, of which 169.11 crore (96%) has been spent as of March 2014.
- Major activities include upgrading the piezometer network, procuring equipment like DWLRs, GIS data, and training programs.
- Key outcomes are improved groundwater data availability and monitoring networks, as well as awareness raising and decision support systems.
- Lessons learned include the importance of data quality control, coordination, and training to improve groundwater management.
This document outlines surface water monitoring procedures and maintenance norms for various types of stations and laboratories in India. It provides maintenance cost estimates for:
1. Standard and Autographic Rain Gauge stations, including costs for civil works, consumables, and staffing. The estimated annual cost is Rs. 5,750 for SRG stations and Rs. 8,200 for ARG stations.
2. Full Climate stations, including costs for civil works, equipment maintenance, consumables, and staffing. The estimated annual cost is Rs. 56,000.
3. GD (Gauge Discharge) stations of various types, including wading, bridge/cableway, and boat outfit stations. Annual maintenance costs are
The document describes methods for hydrological observations including rainfall, water level, discharge, and inspection of observation stations. It contains sections on ordinary and recording rainfall observation, ordinary and recording water level observation, observation of discharge using current meters and floats, and inspection of rainfall and water level observation stations. The document was produced by the Ministry of Construction in Japan.
This document provides guidance on how to review monitoring networks. It begins with an introduction on the objectives and physical characteristics that networks are based on. It then discusses the types of networks, including basic, secondary, dedicated, and representative networks. The document outlines the steps in network design, which include assessing data needs, setting objectives, determining required network density, reviewing the existing network, and conducting a cost-effectiveness analysis. Specific guidance is provided on reviewing rainfall and hydrometric networks.
This document provides information and instructions for conducting correlation and spectral analysis. It includes definitions of autocovariance, autocorrelation, cross-covariance, and cross-correlation functions. It also defines variance spectrum and spectral density functions. The document provides examples of applying these analytical techniques to time series data, including monthly rainfall and daily water level data. It demonstrates how these techniques can be used to identify periodicities and correlations in hydrological time series data.
This document provides guidance on statistical analysis of rainfall and discharge data. It discusses graphical representation of data including histograms, line diagrams, and cumulative frequency diagrams. It also covers measures of central tendency, dispersion, skewness, kurtosis and percentiles. The document emphasizes that hydrological time series must meet stationarity conditions to be suitable for statistical analysis and discusses evaluating and accounting for trends and periodic components when analyzing rainfall and discharge data.
This document provides operational details for groundwater data processing and analysis in India. It outlines the monitoring networks for water levels, quality, and hydro-meteorology. It describes the geological structures, soil types, typical groundwater issues, and the organizational setup of the responsible groundwater agency. The agency collects various dynamic data through monitoring networks to estimate groundwater resources and inform management recommendations in an annual groundwater yearbook.
LAND USE LAND COVER AND NDVI OF MIRZAPUR DISTRICT, UPRAHUL
This Dissertation explores the particular circumstances of Mirzapur, a region located in the
core of India. Mirzapur, with its varied terrains and abundant biodiversity, offers an optimal
environment for investigating the changes in vegetation cover dynamics. Our study utilizes
advanced technologies such as GIS (Geographic Information Systems) and Remote sensing to
analyze the transformations that have taken place over the course of a decade.
The complex relationship between human activities and the environment has been the focus
of extensive research and worry. As the global community grapples with swift urbanization,
population expansion, and economic progress, the effects on natural ecosystems are becoming
more evident. A crucial element of this impact is the alteration of vegetation cover, which plays a
significant role in maintaining the ecological equilibrium of our planet.Land serves as the foundation for all human activities and provides the necessary materials for
these activities. As the most crucial natural resource, its utilization by humans results in different
'Land uses,' which are determined by both human activities and the physical characteristics of the
land.
The utilization of land is impacted by human needs and environmental factors. In countries
like India, rapid population growth and the emphasis on extensive resource exploitation can lead
to significant land degradation, adversely affecting the region's land cover.
Therefore, human intervention has significantly influenced land use patterns over many
centuries, evolving its structure over time and space. In the present era, these changes have
accelerated due to factors such as agriculture and urbanization. Information regarding land use and
cover is essential for various planning and management tasks related to the Earth's surface,
providing crucial environmental data for scientific, resource management, policy purposes, and
diverse human activities.
Accurate understanding of land use and cover is imperative for the development planning
of any area. Consequently, a wide range of professionals, including earth system scientists, land
and water managers, and urban planners, are interested in obtaining data on land use and cover
changes, conversion trends, and other related patterns. The spatial dimensions of land use and
cover support policymakers and scientists in making well-informed decisions, as alterations in
these patterns indicate shifts in economic and social conditions. Monitoring such changes with the
help of Advanced technologies like Remote Sensing and Geographic Information Systems is
crucial for coordinated efforts across different administrative levels. Advanced technologies like
Remote Sensing and Geographic Information Systems
9
Changes in vegetation cover refer to variations in the distribution, composition, and overall
structure of plant communities across different temporal and spatial scales. These changes can
occur natural.
Chapter wise All Notes of First year Basic Civil Engineering.pptxDenish Jangid
Chapter wise All Notes of First year Basic Civil Engineering
Syllabus
Chapter-1
Introduction to objective, scope and outcome the subject
Chapter 2
Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country.
Chapter 3
Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
Linear Measurements: Instruments used. Linear Measurement by Tape, Ranging out Survey Lines and overcoming Obstructions; Measurements on sloping ground; Tape corrections, conventional symbols. Angular Measurements: Instruments used; Introduction to Compass Surveying, Bearings and Longitude & Latitude of a Line, Introduction to total station.
Levelling: Instrument used Object of levelling, Methods of levelling in brief, and Contour maps.
Chapter 4
Buildings: Selection of site for Buildings, Layout of Building Plan, Types of buildings, Plinth area, carpet area, floor space index, Introduction to building byelaws, concept of sun light & ventilation. Components of Buildings & their functions, Basic concept of R.C.C., Introduction to types of foundation
Chapter 5
Transportation: Introduction to Transportation Engineering; Traffic and Road Safety: Types and Characteristics of Various Modes of Transportation; Various Road Traffic Signs, Causes of Accidents and Road Safety Measures.
Chapter 6
Environmental Engineering: Environmental Pollution, Environmental Acts and Regulations, Functional Concepts of Ecology, Basics of Species, Biodiversity, Ecosystem, Hydrological Cycle; Chemical Cycles: Carbon, Nitrogen & Phosphorus; Energy Flow in Ecosystems.
Water Pollution: Water Quality standards, Introduction to Treatment & Disposal of Waste Water. Reuse and Saving of Water, Rain Water Harvesting. Solid Waste Management: Classification of Solid Waste, Collection, Transportation and Disposal of Solid. Recycling of Solid Waste: Energy Recovery, Sanitary Landfill, On-Site Sanitation. Air & Noise Pollution: Primary and Secondary air pollutants, Harmful effects of Air Pollution, Control of Air Pollution. . Noise Pollution Harmful Effects of noise pollution, control of noise pollution, Global warming & Climate Change, Ozone depletion, Greenhouse effect
Text Books:
1. Palancharmy, Basic Civil Engineering, McGraw Hill publishers.
2. Satheesh Gopi, Basic Civil Engineering, Pearson Publishers.
3. Ketki Rangwala Dalal, Essentials of Civil Engineering, Charotar Publishing House.
4. BCP, Surveying volume 1
This document provides an overview of wound healing, its functions, stages, mechanisms, factors affecting it, and complications.
A wound is a break in the integrity of the skin or tissues, which may be associated with disruption of the structure and function.
Healing is the body’s response to injury in an attempt to restore normal structure and functions.
Healing can occur in two ways: Regeneration and Repair
There are 4 phases of wound healing: hemostasis, inflammation, proliferation, and remodeling. This document also describes the mechanism of wound healing. Factors that affect healing include infection, uncontrolled diabetes, poor nutrition, age, anemia, the presence of foreign bodies, etc.
Complications of wound healing like infection, hyperpigmentation of scar, contractures, and keloid formation.
How to Make a Field Mandatory in Odoo 17Celine George
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
How to Fix the Import Error in the Odoo 17Celine George
An import error occurs when a program fails to import a module or library, disrupting its execution. In languages like Python, this issue arises when the specified module cannot be found or accessed, hindering the program's functionality. Resolving import errors is crucial for maintaining smooth software operation and uninterrupted development processes.
Beyond Degrees - Empowering the Workforce in the Context of Skills-First.pptxEduSkills OECD
Iván Bornacelly, Policy Analyst at the OECD Centre for Skills, OECD, presents at the webinar 'Tackling job market gaps with a skills-first approach' on 12 June 2024
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
1. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 1
GOVERNMENT OF INDIA GOVERNMENT OF THE NETHERLANDS
MINISTRY OF WATER RESOURCES DHV CONSULTANTS/ DELFT HYDRAULICS
HYDROLOGY PROJECT
TECHNICAL ASSISTANCE
Training module ......
How to manage a
training programme
2. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 2
TABLE OF CONTENTS
1. Module context Page 3
2. Module profile Page 4
3. Session plan Page 5
4. Evaluation page Page 6
5. Overhead sheets Page 7
6. Handouts Page 18
7. Main text Page 34
3. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 3
1. MODULE CONTEXT
This module is one of the category “Training skills” meant for trainers under the Hydrology
Project. No prior training in other modules is needed to complete this module successfully. Other
modules in this category include:
Module Code Objectives
How to develop a
training programme
Gen ... • Understand the importance of training
• Develop training programmes
• Develop training modules
How to manage training Gen ... • Scheduling the preparation and
implementation of a training programme
• Understand administrative responsibility
and organisational arrangements
• Maintain training records
Communication skills Gen ... • Deliver effective presentations
• Give clear demonstrations and guide
exercises
• Facilitate group discussions
• Select appropriate training methods for
given objectives
• Become aware of personal strengths and
weaknesses in basic communication skills
and start a personal improvement plan
4. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 4
2. MODULE PROFILE
Title : How to manage training.
Target Group : Participants attending “Training of Trainers”
Duration : One session of 60 minutes.
Objectives : After the training, the participant will be able to:
• Schedule, prepare and deliver training course.
• Shoulder administrative responsibilities.
• Make administrative arrangements and Organise.
• Select training materials.
• Maintain training record.
Key Concepts : Need for adequate preparation time, realistic scheduling, course
record.
Training Methods. : Lecture, discussion, exercise and quiz
Training Aids : Overhead projector, overhead sheets, flip chart
Handout : Exercise, quiz, main text and annexes
5. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 5
3. SESSION PLAN
Session activities Use
1 Management areas 30 min
Candidate trainers may not be the one and only course managers, but they
should at least make sure that at least their own sessions are properly
managed.
Area 1: the training development cycle
Area 2: the trainees
Area 3: the trainers
Area 4: materials
Area 5: logistics
Refer to management check list in the handout, allow reading time, answer
questions.
OHS
2 Exercise: roles in training development 60 min
1. Ask to rate involvement in all steps of the dev. cycle (+/0/-)
2. Make inventory (hand raising) of + / 0 / - scores for the trainer (“you”) on
OHS
3. Discuss - low involvement scores for “you”
- over-involvement scores for “you”
- too many plusses per task: one is enough
- need for team work among actors, regular meetings
OHS &
handout copy
3 Role of STC 30 min
Distribute / refer to STC & SMC lists. OHS
List STC &
SMC
4 Open discussion, as needed.
6. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 6
4. EVALUATION
To check whether participants mastered this session, observe their performance during
discussions and exercises..
If you would like to run a quiz style discussion, for knowledge components, you could use the
following questions:
1. What should be the basic contents of a training brochure / announcement?
2. What is the minimum time between the invitation for a course and its actual start ?
3. What are the arrangements necessary at the start of the training course ?
4. In what way would seating arrangements in the class room improve learning ?
5. Why it is necessary to keep records with bio-data of each participant ?
6. What should a trainer check before starting his training session ?
7. As an organizer, what are your duties towards visiting faculty ?
8. As an organizer, what are the important things to look for in a class room before the course ?
9. How would you find out about the training aid requirements of the faculty ?
5. OVERHEAD SHEETS
8. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 8
What should be managed
in training ?
9. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 9
1 Identify the needs
of the organisation
5 Build curricula
8 Conduct
training
7 Mobilise
training
resources
6 Produce
modules
2 Specify job
performance
and tasks
3 Identify
learner needs
(KSA)
4 Define
training
objectives
Evaluation,
Feedback
&
Corrrective
actions
10. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 10
Other areas of training
management
1. (Training development cycle)
2. Trainees
3. Trainers
4. Training materials
5. Logistics
11. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 11
1 What trainees will ask:
• Clear objectives
• Programme details
• Proper logistics
• Clear entry requirements
• Friendly reception, coaching,
acceptance
• Will I learn something useful ?
12. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 12
2 What trainers will ask:
• Who is the target group ?
• What is their entry level ?
• What is the objective ?
• Course / topic details
• Delivery duration
• Lots of logistical details: date,
time, place, travel, training aids
• Who pays my bills ?
13. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 13
3 Managing training materials
• What do you display ?
slides, video, flip charts, instruments
• What do you need in front of you ?
Markers, tape, session plan, sheets, watch
• What do you want to distribute ?
Parts of the module, programme,
manuals/procedures, summaries,
exercises, evaluation forms, attendance
list
• What back-up do you need ?
Spare lamps, photocopier, helper,
typing facilities
14. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 14
4 Managing training logistics
• Training venue:
hall, sites, seating, ambiance
• Coming and going:
trainee & trainer travel, reception /
registration / departure
• Staying: board, lodging, recreation
• Training aids: boards, flip chart, OHP,
Instruments
• And..... many other things which may
go wrong
15. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 15
Use your training
management check lists
• Familiarise with all items
• Improve / extend the lists
• Divide & delegate tasks
• Do not assume that things are done.
Use long, medium and last minute checks
16. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 16
Indicate your training roles in the Hydrology Project
Training activities
You
+ 0 -
Your boss
+ 0 -
STC
+ 0 -
1. Analyse organisational needs
2. Specify job training needs
3. Analyse KSA training areas
4. Specify objectives & entry criteria
5. Build curricula and learning path
6. Prepare session plans and modules
7. Mobilise resources, logistics
8. Conduct / deliver training
9. Evaluate training courses
10.Take corrective actions
11.Administrate training information
+ = main actor 0 = needs to be involved or consulted = needs to know only, or not to know at all
17. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 17
Who is your Central / State
Training Coordinator and
SMC ?
See handout page 26
18. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 18
Training management for trainers: handouts
19. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 19
1 Identify the needs
of the organisation
5 Build curricula
8 Conduct
training
7 Mobilise
training
resources
6 Produce
modules
2 Specify job
performance
and tasks
3 Identify
learner needs
(KSA)
4 Define
training
objectives
Evaluation,
Feedback
&
Corrrective
actions
20. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 20
Areas of training management
1. (Training development cycle)
2. Trainees
3. Trainers
4. Training materials
5. Logistics
1 What trainees will ask:
• Clear objectives
• Programme details
• Proper logistics
• Clear entry requirements
• Friendly reception, coaching, acceptance
• Will I learn something useful ?
2 What trainers will ask:
• Who is the target group ?
• What is their entry level ?
• What is the objective ?
• Course / topic details
• Delivery duration
• Lots of logistical details: date, time, place, travel, training aids
• Who pays my bills ?
21. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 21
3 Managing training materials
• What do you display : slides, video, flip charts, instruments
• What do you need in front of you : Markers, tape, session plan, sheets, watch
• What do you want to distribute : Parts of the module, programme, manuals/procedures,
summaries, exercises, evaluation forms, attendance list
• What back-up do you need : Spare lamps, photocopier, helper, typing facilities
4 Managing training logistics
• Training venue: hall, sites, seating, ambiance
• Coming and going: trainee & trainer travel, reception / registration / departure
• Staying: board, lodging, recreation
• Training aids: boards, flip chart, OHP, Instruments
• And..... many other things which may go wrong
22. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 22
Training management checklists
NOTE 1. To make training management checklists really effective, you should note for
each item WHO is responsible and WHEN it should be ready. The training manager would
keep an eye on the progress made and regularly check such progress during work meetings
and on the spot.
NOTE 2. Checklists like these are based on experience, Each time you manage a course,
you may find that certain items are not needed and others should be added. Do not hesitate to
delete irrelevant items and add your own.
Check list 1 Before the training course
Programme
Prepare draft
Get draft approved
Print
Distribution: trainees
Distribution: trainers and demo site managers
Distribution: management
Trainers
Selection
Invitation
Confirmation
Prepare inventory of their equipment and training aids requirements
Procure / rent / arrange equipment
Make equipment availability plan which matches with syllabus.
Secure participation of demonstration sites
Trainees
Trainee badges
Trainee name table cards
Who handles incoming queries
Prepare enrollment forms
Arrange accommodation
Prepare training modules and other handouts for distribution. Consider folders.
Prepare list of addresses, telephone, time tables trains, buses, city info
Institute / campus
23. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 23
Direction signs outside and in the building
Bath room facilities
Stand-by power supply
First aid box
Meals / refreshments / catering
Cleaning
Transport
Photography / publicity
Class room
Install / position / test equipment
Seating arrangement, comfort, leg room.
Platform arrangements
Writing boards, chalk, markers, dusters, ruler/pointer
Charts/illustrations and methods of fixing.
Lighting, ventilation, fans, general noise level.
Video
Ash trays, and no smoking signs
Note-book / pen / pencil / other stationery for participants
Training in progress displays
Administration
Prepare budget
Seek approvals and administrative sanctions
Collect course fees
Arrange direct payments
24. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 24
Check list 2 After the end of the training course
Collect evaluation results
Secure transport for participants and trainers
Farewell tea for speakers and main guests
Store / return training equipment / aids
Store / return hydrology equipment used for training.
Store master / left-over modules and handouts
Store unused stationery
Hold evaluation sessions and make notes.
Write letter of thanks to speakers, chairman etc.
Prepare report and distribute
Prepare list of participants with complete bio-data.
Clear all bills, determine final cost
Fill up information in related TIS forms
Prepare record file
Initiate follow-up actions
25. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 25
Indicate your training roles in the Hydrology Project
Training activities
You
+ 0 -
Your boss
+ 0 -
STC
+ 0 -
1. Analyse organisational needs
2. Specify job training needs
3. Analyse KSA training areas
4. Specify objectives & entry criteria
5. Build curricula and learning path
6. Prepare session plans and modules
7. Mobilise resources, logistics
8. Conduct / deliver training
9. Evaluate training courses
10.Take corrective actions
11.Administrate training information
+ = main actor 0 = needs to be involved or consulted = needs to know only, or not to know at all
26. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 26
List of State Training Coordinators
Name Designatio
n
Address Office
Phone
Residence
Phone
Fax
Mr. J. Patnaik SE & STC Groundwater
Directorate
Shed No. 12, Unit V
Bhubaneshwar
Orissa 751001 India
0674
- 408 553
0674
- 402 763
0674
- 432 873
Mr.
Panchapakesan
Chief
Engineer &
STC
WRO/PWD State Ground
& Surface Water
Resource
Data Centre Chepauk
Chennai 600 005
India
044
- 854 72
97
044
- 411 113
044
-854 7297
Mr.S.G. Shirke Director &
STC
WALMI Aurangabad
Maharashtra 431005
India
02403
- 341 58
02403
- 318 36
Mr. V. S. Verma Chief
Engineer
(I) & STC
Water Resources
Department
28A / E-3 Arera
Colony
Bhopal, Madhya
Pradesh 462016 India
0755
-563 063
-553 981
0755
-571 808
0755
- 552 603
Mr. G. B. Nair SE (GW) &
STC
Ground Water
Department
Plamoodu Pattom
Thiruvanathapuram
Kerala 695 011 India
0471
-437 710
0471
-477 078
Ms. Lalitha
Micheal
Director
Designs
(SW) & STC
IDRB Irrigation
Department
Vikas Bhawan
Thiruvananthapuram
Kerala 695 033 India
0471
- 443 972
Mr.K.C.
Shivakumar
SE-
Hydrology
& STC
Office of the E-in-C
Water Resources
Development
Organisation Anand
Rao Circle Bangalore
Karnataka 560 009
India
080
- 287
4201
080
- 287 22
47
Mr. A. N.
Mistry
Director &
STC
P.O. Box No. 80
Vadod Road,
Anand Kheda Distt.
Gujarat 388 001
India
02692
- 24450
Dr P. Babu Rao Director
(GW) & STC
Ground Water
Department BRKR
Govt. Office Complex
7th & 8th floors,
B Block, Hyderabad
A P 500 029 India
040
-241602
040
- 291574
040
-241602
27. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 27
Mr. P.
Gopalakrishna
Murthy
Director
General &
STC
Himayatsagar,
Rajedranagar
Hyderabad
Andhra Pradesh 500
030
India
040
-401 5456
040
-401 5457
List of HP State Management Consultants
Name Designatio
n
Address Office
Phone
Residence
Phone
Fax
Mr.S.M.Krishnan HP
SMC- TN
State Management
Office
46-B Kalakshetra
Colony, Besant Nagar
Chennai
Tamil Nadu 600 090
044
- 490
1965
044
- 491
2511
044
- 490 19
65
Dr. G. N. Padhi HP
SMC- OR
State Management
Office,
Plot No. 2132/5124,
Nageswar Tangi,
Bhubaneshwar
Orissa 751 002
0674
- 43 2873
0674
- 43 17
14
0674
- 43 28 73
Mr. V. P.
Shimpi
HP
SMC- MAH
State Management
Office
Flat
No.3,Plot104/105,
Vishnu Prasanna
Hts., Karve Nagar
Pune
Maharashtra 411052
0212
- 34 8365
0212
- 34 12
53
0212
- 34 83 65
Mr.B.B.Ghosh HP
SMC- MP
State Management
Office
House No 8, 1st
Floor,
Professor Colony,
Bhopal
Madhya Pradesh 462
002
0755
- 54 2682
0755
- 57 15
67
0755
- 542 682
Dr. V.N.
Vappicha
HP
SMC- KER
State Management
Office
Jameelath T.C. 14 /
1487
Paris Road
Thiruvanathapuram
Kerala 695 014
0471
- 32 0191
0471
- 32 24
99
0471
- 32 01 91
Mr.N.R.Venkates
ha
Prasad
HP
SMC- KAR
State Management
Office
41,9th B Cross 2nd
Stage
Mahalaxmipuram Post
Bangalore
Karnataka 560086
080
- 349
1905
080
- 334 01
57
080
- 342 09
05
28. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 28
Mr. S. C.
Sharma
HP
SMC- GUJ
State Management
Office
Plot No. 120, Sant
Niwas,
Sector 19 Gandhi
Nagar
Gujarat 382 019
02712
- 32 449
079
- 675 23
53
02712
- 32 449
Mr C.L.N.
Sastry
HP
SMC- AP
State Management
Office
Flat No.102,7-1-77
Rajyalakshmi Enclave
Ameerpet Hyderabad
Andhra Pradesh 500
016
040
- 374
0961
040
- 860 013
040
- 374 09
61
29. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 29
List of HP Central Training Institutes
Name Orgn. Designation Address Office
Phone
Residenc
e Phone
Fax
Dr. A
Srishalinath
CGWB Regional
Director
Water Quality
Laboratory
Southern Region
3-6-291,
Hyderguda
Hyderabad, Andhra
Pradesh
044 232873
India
040
-232873
Mr. P. C. Lau CWC Chief
Engineer
Krishna Godavari
Organanisation
House no: 5-9-
201/B&B I Chirag
Ali Lane
Hydrabad, Andhara
Pradesh 500 001
India
040
-
3201605
040
-3532712
040
-3201605
Mr. Rajan Nair CWC Director Central Training
Unit
CWPRS Campus
Kharakvasla
Pune Maharashtra
4110024
India
0212
-592
678
0212
-592 992
0212
-592 678
Dr. A. N.
Bhowmick
CGWB Member
(T&TT)
RGNGWT&RI
R-16, Anupam
Nagar, Raipur
Madhya Pradesh
492007
India
0771
-420289
Mr. S. B.
Kulkarni
CWPRS Joint
Director
P.O. Kharakwasla
Research Station
Pune Maharashtra
411024
India
0212
-802
511
0212
-802 004
30. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 30
List of HP Central Training Coordinators - Surface Water
Name Orgn. Designation Address Office
Phone
Residenc
e
Phone
Fax
Mr. T. K.
Mukhopadhya
CWC Director River Data
Compilation
Directorate
West Block-I R. K.
Puram
New Delhi 110066
011
-6100285
011
- 6962715
011
- 6181267
Mr. P. C. Lau CWC Chief
Engineer
Krishna Godavari
Organanisation
House no:5-9-
20/B&B I
Chirag Ali Lane
Hyderabad
Andhra Pradesh
500001
040
-3201605
040
-3532712
040
-3201605
Mr. M. K.
Sharma
CWC Chief
Engineer
Mahanadi and
Eastern Rivers,
655, Sahid Nagar
Bhubneshwar
Orissa 751007
0674
-505246
0674
-511534
0674
-541 0708
Mr. V. V.
Badrinarayana
CWC Chief
Engineer
Narmada & Tapti
Basins
Project Colony
Near Ambika
Vidyalaya
Chhani Jakad Naka
Vadodhara,
Gujarat 390002
0265
-421438
Mr. R.
Jayaseelan
CWC Chief
Engineer
(M)
Block-C, Third
Floor
CGO Complex
Seminary Hills
Nagpur
Maharashtra 440
006
0712
-525475
0712
-5543765
Mr. C. B.
Vasishta
CWC Chief
Engineer
Cavery and South
Rivers
House No:10,
RamaKrishna Nagar
Singanallur Post
Coimatore
Tamil Nadu 641 005
0422
-577336
31. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 31
List of HP Central Training Coordinators - Ground Water
Name Orgn. Designation Address Office
Phone
Residence
Phone
Fax
Dr S. K. Sharma CGWB Member
( SAM)
Jamnagar House
Mansingh Road
New Delhi 110 001
011
-
3383561
011
-912
13121
011
-338
3561
Mr. D.
Angeneullu
CGWB Scientist
-D
MoWR,New CGO
Complex, C-Wing
NH-IV Faridabad,
Haryana
011
-912191
-912196
Dr. A.
Srishalinath
CGWB Regional
Director
Southern Region
3-6-291,
Hyderguda
Hyderabad Andhra
Pradesh 500 029
040
-232873
Mr. A. A. Gupta CGWB Regional
Director
South- Eastern
Region
24, Kharvel nagar
Unit-III, Janpath
Bhubaneshwar
Orissa
CGWB Regional
Director
West-Central
Region
Swami Narayan
College Building,
Ahmedabad Gujarat
380 022
079
-394637
Mr. S. K.
Sharma
CGWB Regional
Director
Central Region
New Secretarite
Building (G
Floor) Civil
Lines Nagpur
Maharashtra 440
001
0712
-534314
Dr. S. C.
Sharma
CGWB Regional
Director
North Central
Region
E-22/145,Arera
Colony Bhopal
M P 462 016
0755
-564064
0755
-763528
Mr. Shoba Nath CGWB Director Rajaji Bhawan
T. Nagar Chennai
Tamil Nadu 600
017
044
-491 43
34
Mr. Y J
Parthasarthy
CGWB Regonal
Director
Western Region
31st Cross , 11th
Main, Block -4
Jayanagar
Bangalore
Karnataka 560 011
080
- 66 31
336
080
-66 40
616
Mr.
LaxmiNarayan
CGWB Director Kerala Region
Brothers House
Near Ullor
Junction
Thiruvanathapuram
Kerala 695 011
0471
-442191
32. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 32
List of HP State Training Institutes
Name Orgn. Designation Address Office
Phone
Residence
Phone
Mr. Bhoj Raj
Singh
WALMI Director WALMI Hills
Kaliosote Dam,
Kolar Road P B No
38, Ravishanker
Nagar
Bhopal,
Madhya Pradesh
462016 India
0755
-562 672
-562 673
0755
-55 51 93
Mr. R K Singh I I C
E
Regional
Director
I I C E E - 2 /
30 Arera Colony
Bhopal
Madhya Pradesh
462 016 India
0755
-561 470
0755
-575 494
Mr. C S
Bhikshavathimat
h
WALMI Director H P O Box No. 6
Dharwad,
Karnataka 580 001
India
0836
-347 086
Mr. Kodad ESTC Principal Engineering Staff
Training College
Mandya District K
R Sagar Karnataka
571 607 India
08236
-57284
Prof. M N
Shivaram
SJCE-
STEP
Director Jayachamarajendra
College Of
Engineering
SJCE – STEP
Mysore,
Karnataka 570 006
India
0821
-515 845
-515 191
0821
-544 651
Mr. M L
Nalawade
ESC S E Engineering Staff
College
Dindori Road
Nasik,
Maharashtra 422
004
India
0253
-511 621
Mr. Prashant
Gulalkari
C -
DAC
Team
Coordinat
or
C - DAC
Advance Computer
Training School
I st Floor, Bio
Information
Centre
Pune, Maharashtra
411 007 India
0212
-351 685
0212
-370 158
Mr. S N Padhi WALMI CE &
Director
Pratapnagri
PO Telengapent
Cuttack, Orissa
India
0671
-686426
33. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 33
List of HP State Training Institutes
Name Orgn. Designation Address Office
Phone
Residence
Phone
Dr. A Pujari OCAC Chief
Executive
Orissa Computer
Application
Centre
TDCC Building
Janapath Orissa
751 007 India
0674
-503830
0674
-413113
Dr. A Gopala
Krishnan
ESCI Director Engineering Staff
College Of India
Old Bombay Road,
Gachibowli
Hyderabad Andhra
Pradesh
500 019 India
040
-300 04
65
Dr. N V
Koteswara Rao
NIC Deputy
Director
General
National
Informatics
Centre Block - A,
5th Floor, BRKR
Govt. Office
Complex
Hyderabad, Andhra
Pradesh 500 029
040
-210440
Mrs. C Uma
Maheshwari
EPR &
TI
Joint
Director
No 208, II Floor
HUDA Complex
Ameerpet
Hyderabad Andhra
Pradesh 500 016
India
040
-219366
Dr. S
Sasikumaran
IMG Professor
,
Computer
Applicati
on
Institute of
Mgmt. for Govt.
Thiruvananthapura
m
Kerala India
0471
-440736
0471
-444122
Mr. Ashokan IMG Regional
Director
Thiruvananthapura
m,
Kerala India
0495
-356095
Mr. S Thomas K E R
I
Joint
Director
Kerala
Engineering
Research
Institute
Peechi Kerala
India
0487
-782010
0487
-381401
Mr. Vijaya
Simhan
AFTC Asst.
Conserver
of Forest
Arippa Forest
Training Centre
Thiruvanathapuram
Kerala India
0474
-442001
Mr. S Sridharan IMD Director Regional Met.
Centre, IMD 50,
College Road
Chennai Tamil
Nadu 600 006
India
044
-822 98
59
34. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 34
Mr. Arvindan REC Principal Trichi,
Tamil Nadu 621
015
India
0431
-552 281
35. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 35
List of HP State Training Institutes
Name Orgn. Designation Address Office
Phone
Residence
Phone
Mr. Saumil
Shukla
IoE Faculty Institute of
Engineers
Nirman Bhavan
Opp. Bhaikaka
Bhavan
Law Garden
Ahmedabad
Gujarat 380006
India
079
-656 59
35
Mr. Santilal A C T
Pvt.Lt
d.
Director IInd. Floor,
Kamdhenu Complex
Near railway
station Palanpur
Gujarat 385 001
India
02742
-55649
Mr. V S
Brahmbhatt
GERI Director Race Course
Vadodara,
Gujarat 390 007
India
0265
-314284
0265
-438489
Mr. V
Murlidharan
IMTI Director Irrigation
Management
Training
Institute
Thuvakudy,
Cauvery campus
Trichy
Tamil Nadu 620
015
India
0431
-552 088
Mr. Balamurugan REC System
Manager
Trichy,
Tamil Nadu 620
015
India
0431
-55 22 81
Dr. T Natrajan IRS Director Institute of
Remote Sensing
Anna University
Sardar Patel Road
Chennai Tamil
Nadu 600 025
India
044 235
21 89
36. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 36
Main text
Table of contents
1. Introduction Page 21
2. The trainee and the organizer Page 22
3. The trainer and the organizer Page 24
4. Training facilities and the organizer Page 25
37. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 37
1 Introduction
The notes which follow are fairly comprehensive and would assist the reader to plan and manage
training activities. The attached annexes / checklists should be freely adapted to prevailing
conditions.
The subject matter applies to all four constituents of training: tainees, trainers, materials and
training facilities. These elements are common to all types of training. On the one hand, we are
sure that there is nothing complicated or difficult on this subject. Indeed, you will not learn
something new which is not already known and can be described as “only common sense.” On
the other hand, we all know from our own experiences of attending training courses, that there is
always room for improvement. However enthusiastic the participants, however good the
speakers, we may sometimes fail to achieve our objectives precisely because we just could not
spare the time to attend to managerial details or because we wrote them off as being unimportant.
We will go into some detail on the subject because the intention is to cover a whole range of
possible situations which you may have to face. It is not claimed at the same time that every
suggestion made is applicable to every situation. This handout is an aide-memoir. You can
select from it the items which you think are relevant to the particular activity you happen to plan.
Beware of over-organising. This is almost as bad as the opposite! What should be strived to
achieve in the activities we organize is an atmosphere of quiet efficiency.
38. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 38
2 The trainee and the organizer
The training courses with which we are concerned are not organized in order to give speakers or
organizers a chance to show off their talents. They are organized for the benefit of the
participants. Our first and most important objective is to help the participants and we must keep
this in mind at all times when planning or organizing this type of activity. The trainees give their
time and come to learn. In their hands rests your reputation as an organizer and, by implication,
the reputation of the organization you represent.
Before the training: good publicity
You do not need a big budget for publicity. It means a simple, attractive & well-presented
brochure. The outside cover of the brochure should be attractive enough to invite the prospective
training participant, who sees it lying on the desk, to pick it and read it.
Come to the point and spell out what the training is all about. Who is doing what? For what level
of participants? For participants of what type of qualifications, previous experience,
responsibilities? Give the complete titles of the various sessions with sub-titles if necessary for
clarification. Make sure that the titles of the session really give a true indication of the content of
the session. Do not change titles or dress them up in order to make them sound more impressive.
There is nothing more annoying than to go to a training course expecting one thing and get
something entirely different. Nothing will destroy the reputation of the organiser and that of the
institution, which you represent more quickly than a bad presentation.
Remember that the time of the participant is precious. When your training invitation arrives on
his desk, his problem is to decide whether it is worth considering or not, whether it merits his
time or not. If the training invitation is not simple, clear, attractive, it is highly probable that it
will be considered. Tell the participant something about the speakers in your training invitation.
What is their “authority” for speaking on the subject? This will help the organizer to sell the
training programme and the participant to make the decision.
How much notice should you give to the participants ? This may also depend to some extent
upon the custom of the country. But clearly, what ever the city/state/country, if your first letter
of invitation reaches the participant two days or one day before the training programme, you
must not be surprised if the subject participant is not there. The length of notice which is
appropriate for an activity tends to vary with level of the activity, the distance the participants
have to travel, the cost and the approving time of the authority involved.
Many institutions which are engaged full-time in the organization of training activities publish a
training program for a complete calendar year and issue it at the beginning of the year. If your
advance notice fixing the date is sent out more than four weeks before the actual date of the
activity, you may need to send a reminder.
39. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 39
Make the acceptance of invitation to training easy. Date, time, place, traveling instructions: make
sure that all these are included and that they are correct. Add a small street-map showing how to
get to the training place, if you cannot be sure that all participants are familiar with the location.
If you have to organise large number of training courses, you may like to consider the usefulness
of a standard program cover for your annual training calendar. This can incorporate all the basic
information which does not change in the short run, such as the name of the organisation,
officials, telephone/fax numbers, addresses plus a map inside the back page.
At the start of training
Above all, give the impression right at the beginning, that you have been expecting the
participant and as such have made certain arrangements for him. This is not a question of
efficiency, it is a question of simple courtesy which a host always extends to his guests.
Where to go? If the training hall is in a large buildings, such as a university for example, make
sure that a guide knows how to direct participants as they arrive. If there is no guide, put a notice
in a prominent place inside the main entrance. Put up notices, if necessary, for lavatories and
drinking water as well.
Get the most comfortable chairs that are available. You do not need executive style swinging
chairs, but it remains true that the mind’s capacity to observe is diminished if the body is very
uncomfortable. Arrange the seats so that all participants can both see and hear. For better eye to
eye contact of the speaker with participants, we suggest the “U” pattern to be tried.
Find out whether the speakers are going to distribute summaries of their talk and tell the
participants at the beginning so that they know whether to take notes or not.
Prepare a list of the participants and the organisations they represent and have copies of it
available at the entrance to the Training Hall so that the participants can collect one as they come
in.
Make sure that the time allocated for questions and discussion does not disappear, no matter what
has to be cut short or cut out.
If the activity you are organizing consist of several sessions consider the usefulness of name
cards for the tables or badges for the participants. If you use badges choose the sort that can be
re-used and use the largest and thickest letter font you can. Typing is not usually satisfactory.
Make sure that you get the names of the participants correctly spelled. People are often very
sensitive about this.
40. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 40
3 The trainer and the organizer
There are two aspects to be considered: What does the trainer expect from the organiser? What
does the organiser expect from the trainer?
Expectations of the trainer
A trainer needs to have a good briefing on the trainees:
• What sort of trainees shall participate -their level , their numbers ?
• What is the general objective of the activity in KSA terms?
• What do the trainees already know, feel and think about the subject ?
Trainer information
• What would the other trainers be talking on.
• How much time is available to him ?
• Are there are more than one trainers for the same session.
• Date, time, place, and traveling instructions.
Duties of the host
• List and schedule trainer requirements
• Be at the place ahead of time to receive the trainer when he arrives.
• Introduce the trainer adequately.
• Thank the trainer adequately at the end.
• Arrange for his return reservation if required.
• See him off.
Expectations of organizer towards the trainer
• If it is a formal lecture or session persuade the trainer to remain standing , in case it is an
informal discussion it is not only permissible, it is desirable for the trainer to sit down.
• Try to dissuade the trainer from reading prepared text.
• Try to persuade the trainer to use appropriate audio-visual aids and offer help and advice in
advance.
• Try to dissuade the trainer from falling into the common error of including in the session
more material than can reasonably be assimilated in the time available. Remember that the
saturation point in lecture tends to be reached after 20 minutes, however good the speaker.
Remember how quickly people forget.
• Do not be afraid to tell your trainer exactly what you want him to do. The role of the
organizer in this respect is similar to that of the leader of an orchestra.
41. Hydrology Project / TAFile: Training management module.doc Update: 05/11/02 Page 41
What to do with the late comers ?
Remember that the first ten or fifteen minutes are among the most important of the whole
session. It is then that the speaker is trying to establish contact with the trainee and it is also
during these few minutes that the trainee is “weighing- up” the trainer. Give them both a
chance. Once you have fixed the starting time, decide how many minutes grace you are going to
allow, then close the door and start. Do not let anybody enter then until the first fifteen minutes
are over. Then they can all enter at once and then the speaker can make his first intermediate
summary which is a good thing to do anyway.
4 Training facilities and the organizer
Very often we have no choice. We have to take what is available and make the best of it. Get the
best you can with the resources. Visit the training hall in advance. Familiarize yourself with its
layouts and its facilities e.g. window, cooling, heating, lavatories, furniture type & layout, power
sockets etc.
• In any handout on audio-visual aids there are detailed recommendations on how a training
hall should be prepared for projection- the size, type and position of the overhead projector,
TV, VCR etc. Refresh your memory by looking at these notes.
• Consider the usefulness of arranging the chairs in curved rows rather than the traditional
straight lines. Stagger them so that chairs in the second row are behind the spaces between
the chairs in the first row and not directly behind the other. Consider the advantage of a
centre aisle, especially if you are projecting.
• Consider the usefulness of open squares formation or the “V” formation if the activity is a
formal training course with 10 to 20 participants.
• Make sure that all the basic necessities are available. You will already have prepared a
detailed list of these necessities if you have completed your training course planning sheet as
indicated in attached planning sheets and check lists.
• Do not crowd the platform with organizers and administrators. If there is to be any projection
then the chairman will probably wish to leave without creating a disturbance.