This document provides information about a lesson plan for teaching SR flip flops. The lesson will take place at the RCT College for 12 trainees studying electronics. The lesson objectives are for trainees to understand how SR flip flops work, be able to draw their symbol and circuit, describe the differences between SR and clocked SR flip flops, and design digital circuits using logic gates. The lesson will begin with an interactive activity where trainees use their phones to research SR flip flops, and will include a lecture, individual work, and a classroom discussion to engage the trainees and assess their understanding.
This document contains a lesson plan for teaching trainees about encoders. The plan includes information about the learning conditions such as the trainees, classroom, and college. It describes the didactic reflection including analyzing the curriculum, content, and appropriate methods. The plan lists general and specific learning objectives. It outlines the intended process through opening, body, and closing sections. It provides details on methodology, media, time allocation, and expected trainer and trainee actions. Lists of teaching materials, didactic principles, and references are also included.
Basic lesson plan نسخه%e2%80%ab%e21%80%acabdullah254el
The document provides a lesson plan for teaching about D flip-flops. It includes an introduction to the topic, curriculum analysis, content analysis covering D flip-flops and their applications, learning conditions, and a detailed lesson plan. The lesson plan aims to help students understand how D flip-flops work, their symbolism, truth tables, and applications such as in ring counters. It outlines the objectives, content, teaching methods including lecture and group work, and assessment.
This document contains a lesson plan for teaching converting Laplace transforms. The lesson plan will be taught to 15 electronics students in Riyadh, Saudi Arabia. It includes the learning objectives, which are for students to understand the importance of Laplace transforms, properties and theories of Laplace transforms, and how to solve differential equations using Laplace transforms. The lesson will be taught over 9 minutes using methods such as lecture, discussion, and group/partner/individual work. Students will work on 3 handouts applying Laplace transforms to exponential, sinusoidal, and cosine functions. The lesson aims to help students more easily solve complex differential equations.
This document provides details for a lesson plan on series and parallel circuits. The lesson plan aims to teach 15 trainees about series and parallel circuits through various methods including lectures, classroom discussions, experiments, and group work. The trainer will begin by introducing the topic and showing pictures to provide context. Trainees will then work through examples of calculating current and resistance in series and parallel circuits. An experiment demonstrating how current flows differently in each circuit type will help solidify understanding. By the end of the lesson, trainees should understand the key differences between series and parallel circuits and be able to perform basic calculations involving voltage, current and resistance for each.
This lesson plan covers a 50 minute lesson on binary systems for 12 trainees. The trainer will begin by motivating the trainees with questions about binary systems. The lesson will then explain how to read, write, and convert binary and decimal numbers through lectures, examples, exercises, and group work. Trainees will learn the benefits of binary systems and practice discriminating and converting between binary and decimal numbers. The lesson will conclude by having trainees work in groups to answer questions on a worksheet and reflecting on what they have learned.
This document is a lesson plan for a vocational pedagogy class on logic circuits. It includes details on the 13 trainees in the class, the classroom environment, and the college where the lesson will take place. It analyzes the curriculum, content, and didactic approach. The content section explains Boolean algebra and logic gates. The lesson plan lists general and specific learning objectives and provides an overview of the planned activities. It discusses applying didactic principles and includes references. The goal is for trainees to understand logic expressions and their representation using logic gates.
This document contains a lesson plan for teaching a class about binary systems. It includes details about the learning context such as the trainers, classroom, and college. It outlines the curriculum, content, methodology, and didactic analyses. The lesson plan has general and specific objectives to explain binary systems, their benefits, and how to convert between binary and decimal numbers. The plan details the opening, body, and closing sections of the lesson using various teaching methods like lecture, discussion, individual and group work. It includes the timing and expected actions from the trainer and trainees. Worksheets and exercises are provided to reinforce the concepts along with a list of teaching materials and references used.
Here are the key points about assessing personal entrepreneurial competencies (PECs):
- It is important to assess one's own personal characteristics, attributes, lifestyles, skills, and traits to determine if they align with what is needed to be a successful entrepreneur.
- The PECs of a successful entrepreneur include traits like being hardworking, self-confident, future-oriented, profit-oriented, goal-oriented, persistent, able to cope with failure, open to feedback, taking initiative, willing to listen, setting own standards, coping with uncertainty, being committed, building on strengths, being reliable with integrity, and being willing to take risks.
- One should compare their own PECs to those of
This document contains a lesson plan for teaching trainees about encoders. The plan includes information about the learning conditions such as the trainees, classroom, and college. It describes the didactic reflection including analyzing the curriculum, content, and appropriate methods. The plan lists general and specific learning objectives. It outlines the intended process through opening, body, and closing sections. It provides details on methodology, media, time allocation, and expected trainer and trainee actions. Lists of teaching materials, didactic principles, and references are also included.
Basic lesson plan نسخه%e2%80%ab%e21%80%acabdullah254el
The document provides a lesson plan for teaching about D flip-flops. It includes an introduction to the topic, curriculum analysis, content analysis covering D flip-flops and their applications, learning conditions, and a detailed lesson plan. The lesson plan aims to help students understand how D flip-flops work, their symbolism, truth tables, and applications such as in ring counters. It outlines the objectives, content, teaching methods including lecture and group work, and assessment.
This document contains a lesson plan for teaching converting Laplace transforms. The lesson plan will be taught to 15 electronics students in Riyadh, Saudi Arabia. It includes the learning objectives, which are for students to understand the importance of Laplace transforms, properties and theories of Laplace transforms, and how to solve differential equations using Laplace transforms. The lesson will be taught over 9 minutes using methods such as lecture, discussion, and group/partner/individual work. Students will work on 3 handouts applying Laplace transforms to exponential, sinusoidal, and cosine functions. The lesson aims to help students more easily solve complex differential equations.
This document provides details for a lesson plan on series and parallel circuits. The lesson plan aims to teach 15 trainees about series and parallel circuits through various methods including lectures, classroom discussions, experiments, and group work. The trainer will begin by introducing the topic and showing pictures to provide context. Trainees will then work through examples of calculating current and resistance in series and parallel circuits. An experiment demonstrating how current flows differently in each circuit type will help solidify understanding. By the end of the lesson, trainees should understand the key differences between series and parallel circuits and be able to perform basic calculations involving voltage, current and resistance for each.
This lesson plan covers a 50 minute lesson on binary systems for 12 trainees. The trainer will begin by motivating the trainees with questions about binary systems. The lesson will then explain how to read, write, and convert binary and decimal numbers through lectures, examples, exercises, and group work. Trainees will learn the benefits of binary systems and practice discriminating and converting between binary and decimal numbers. The lesson will conclude by having trainees work in groups to answer questions on a worksheet and reflecting on what they have learned.
This document is a lesson plan for a vocational pedagogy class on logic circuits. It includes details on the 13 trainees in the class, the classroom environment, and the college where the lesson will take place. It analyzes the curriculum, content, and didactic approach. The content section explains Boolean algebra and logic gates. The lesson plan lists general and specific learning objectives and provides an overview of the planned activities. It discusses applying didactic principles and includes references. The goal is for trainees to understand logic expressions and their representation using logic gates.
This document contains a lesson plan for teaching a class about binary systems. It includes details about the learning context such as the trainers, classroom, and college. It outlines the curriculum, content, methodology, and didactic analyses. The lesson plan has general and specific objectives to explain binary systems, their benefits, and how to convert between binary and decimal numbers. The plan details the opening, body, and closing sections of the lesson using various teaching methods like lecture, discussion, individual and group work. It includes the timing and expected actions from the trainer and trainees. Worksheets and exercises are provided to reinforce the concepts along with a list of teaching materials and references used.
Here are the key points about assessing personal entrepreneurial competencies (PECs):
- It is important to assess one's own personal characteristics, attributes, lifestyles, skills, and traits to determine if they align with what is needed to be a successful entrepreneur.
- The PECs of a successful entrepreneur include traits like being hardworking, self-confident, future-oriented, profit-oriented, goal-oriented, persistent, able to cope with failure, open to feedback, taking initiative, willing to listen, setting own standards, coping with uncertainty, being committed, building on strengths, being reliable with integrity, and being willing to take risks.
- One should compare their own PECs to those of
This lesson plan is for a 50-minute class on decimal systems for 12 trainees studying electronic technology. The lesson will begin with an opening discussion to assess students' prior knowledge of decimals. The trainer will then explain how to read and write decimal numbers, providing examples and dividing students into groups to practice conversions. Students will be given a handout to solve practice questions in groups while the trainer monitors their progress. To close, the trainer will review answers, provide a lesson summary, and take any remaining student questions. Attached materials include a projector, whiteboard, worksheets, and flipchart to support explanations and hands-on practice during the lesson.
eCulture is essential in the culture and museum field. Identification of needed competencies and identification of ROLE PROFILES. How to train for those competences ?
This document is a lesson plan for a vocational pedagogy class on logic circuits. The lesson will cover logic expressions and their representation using logic gates. The lesson plan includes a didactic reflection that analyzes the curriculum, content, and didactic approach. It outlines general and specific learning objectives for students. The lesson will use inductive, motivating, and vivid teaching methods like group work, questions, and visuals. It aims to develop students' knowledge and skills in logic gates and boolean algebra.
This document provides a teacher's guide for a Grade 10 module on personal entrepreneurial competencies and computer hardware servicing. The module aims to help students understand the importance of assessing their personal entrepreneurial competencies and creating a plan to strengthen areas for improvement.
The summary includes an introduction to the module objectives, presenting content to students, and providing feedback. Content is presented through discussion, activities, and tasks to help students identify their competencies, interview entrepreneurs, and create a personal plan of action. The goal is for students to understand competencies needed for success in business and careers related to computer hardware servicing.
K-12 Module in TLE - ICT Grade 9 [All Gradings]Daniel Manaog
==========================================
K-12 Module in TLE-9 ICT [All Gradings]
Want to Download?
Click the Download at the bottom of the Slideshare :)
==========================================
Despite being a preferred management entrance test in India XAT is different from CAT in many ways. Candidates preparing for XAT 2014 Exam, have to understand the key differences and proceed accordingly in their preparation strategy.
Here are the answers to Self-Check 1.1:
A.
1. TRUE
2. TRUE
3. FALSE
4. TRUE
5. FALSE
6. TRUE
B.
1. Philips head screwdriver
2. Hex driver
3. Torx screwdriver
4. Wire cutter
5. Part retriever
6. Lint-free cloth
7. Cable ties
8. Flat head screwdriver
9. Compressed air
3.
7.
4.
5.
6.
The document provides information on planning and preparing for the installation of computer systems and networks. It outlines the necessary tools, equipment, materials and references needed for the installation. Safety policies and procedures for working with computer equipment are also discussed to ensure personal safety while performing installations.
This document provides a learning module on computer hardware servicing for grades 7 and 8 in the Philippines. It covers four key lessons: (1) using hand tools, (2) performing calculations and measurements, (3) preparing and interpreting technical drawings, and (4) practicing occupational health and safety procedures. Each lesson aims to achieve several learning outcomes and includes information sheets, self-check questions, activities, and scoring rubrics to help students apply and assess what they have learned. The overall goal is for students to gain basic competencies in computer hardware servicing through exploratory, hands-on learning experiences.
TLE - Information and Communications Technology - Computer Hardware Servicing...JeRo Awanan
This document provides information about a learner's material for computer hardware servicing for grade 10. It includes 4 modules that cover personal entrepreneurial competencies, environment and market concepts, configuring computer systems and networks, and maintaining computer systems and networks. The document lists authors and editors for the material and provides publishing information for the Department of Education. It also notes that no copyright exists for works produced by the Philippine government, but permission is needed for use of other copyrighted materials included in the book.
The document provides guidance for teachers on teaching the Exploratory Course on Electrical Installation and Maintenance. It outlines the overall goals of the K to 12 curriculum and the conceptual framework for teaching Technology and Livelihood Education (TLE). Each TLE exploratory course is composed of 4 to 5 lessons based on competencies from the Training Regulations of the Technical Education Skills and Development Authority. The lessons include learning outcomes, performance standards, materials, and assessments. The teacher's guide is intended to help teachers ensure TLE exploratory courses are taught effectively and in line with the TR-based approach of the K to 12 curriculum.
This document provides guidance for teachers on teaching the exploratory Technology and Livelihood Education (TLE) course on Consumer Electronics Servicing. It discusses the background and framework of TLE within the K to 12 curriculum, which aims to develop 21st century skills in students. TLE courses are categorized into fields like Industrial Arts and focus on competencies like tool use. The 24 exploratory TLE courses expose students to basic skills to help them obtain Certificate of Competency or lead to vocational qualifications. Each TLE exploratory course has a learning module consisting of lessons targeting the basic competencies through hands-on learning activities.
Computer Hardware Servicing Learner's Material Grade 10Bogs De Castro
This material is for CHS learners only. It can be used as a resource materials.
It is owned by DepEd. All copyright is from the publishers, creators, and owners.
This document provides instructions for a module on performing mensuration and calculations. It includes an introduction explaining mensuration, units of measurement, and estimating areas. Examples are provided to illustrate measuring lengths and converting between units. Instructions are given for constructing three-dimensional solids using nets. The document concludes with examples of converting between metric and imperial units.
This document outlines a competency-based curriculum for the qualification of Computer Systems Servicing NC II. It includes the course design, structure, resources needed, assessment methods for basic, common and core competencies. The basic competencies cover obtaining and conveying workplace information, participating in meetings, and teamwork. Common competencies include quality control, using computers and tools, making measurements, and testing electronics components. The core competencies focus on assembling, installing, configuring and maintaining computer hardware and networks, diagnosing and rectifying faults. The course is designed to develop the knowledge, skills and attitudes of computer service technicians according to industry standards over 280 hours of training.
Basic lesson plan نسخه%e2%80%ab%e2%80%ac0909abdullah254el
This document contains a lesson plan for a vocational pedagogy course on logic circuits. The lesson plan covers D flip flops, including analyzing the curriculum and content, discussing teaching methods, and outlining the intended learning process. Specifically, it will teach students about the structure and truth table of D flip flops, how to derive the timing diagram from the truth table, and applications of flip flops such as in counters and memory. The lesson will use methods like classroom discussion, lectures, and group work aided by a whiteboard and projector. The 20 students in the class range from 18 to 20 years old and are from Riyadh, with varying understanding levels.
This document provides details on a lesson plan to teach trainees about reversing the direction of a three phase motor. It includes an overview of the learning conditions, didactic reflection on the content, and the specific lesson plan. The lesson plan utilizes various teaching methods like presentations, videos, experiments in groups, and activities to keep trainees engaged. It also lists the required materials and equipment for the lesson.
This document provides an analysis of the didactic reflection for a lesson plan on flip flops to be presented to trainees. It includes an analysis of the curriculum, content, learning objectives, and conditions. Specifically, it discusses that the lesson will focus on the JK flip flop, T-type flip flop, and master-slave flip flop. It will utilize various teaching methods like lectures, group work, and worksheets. The classroom environment and trainees are also analyzed to help design an effective lesson for the 20 trainees of mixed understanding levels.
This lesson plan focuses on teaching trainees about magnitude comparators. The trainees will learn about the inputs, outputs, and truth tables of comparators. They will also learn how to design magnitude comparators with multiple bits, and identify the most and least significant bits. The lesson will use various teaching methods, including lecture, classroom discussion, individual work, partner work and group work. The objectives are for trainees to understand what comparators are, explain truth tables, differentiate between 4-bit and 8-bit comparators, and design an 8-bit comparator on the whiteboard.
This lesson plan outlines a 50-minute lesson on simple digital circuits for 12 trainees. The lesson will use various teaching methods including lecture, classroom conversation, group work, and individual work. The trainer will explain logic gates and their truth tables, show circuit examples, and give the trainees exercises to solve. The objectives are for trainees to understand simple digital circuits, define and identify logic gate parts, and draw circuits on the whiteboard. Principles of methodological change, securing learning progress, motivation, self-activity, and vividness will guide the lesson.
The document describes a lesson plan for teaching students about decoders. It includes:
1) Details about the class such as the number of students, their location, and the classroom.
2) An overview of the lesson which discusses decoders, number systems, logic gates, and behavioral goals for students to understand digital systems.
3) The lesson plan outlines the objectives, methodology, and activities which include lectures, classroom discussions, individual exercises, and a group practical work session.
This document contains a lesson plan for teaching trainees about JK and T-type flip flops. The lesson plan includes:
- Background information on the trainees, classroom, and college.
- An overview of the content to be covered, including definitions and diagrams of JK and T-type flip flops.
- A breakdown of the lesson structure with timing, learning objectives, and expected trainer and trainee actions.
- Lists of teaching materials and didactic principles to be used, as well as references.
The lesson aims to help trainees understand the operation and applications of JK and T-type flip flops through explanations, diagrams, group work, and exercises.
This lesson plan is for a 50-minute class on decimal systems for 12 trainees studying electronic technology. The lesson will begin with an opening discussion to assess students' prior knowledge of decimals. The trainer will then explain how to read and write decimal numbers, providing examples and dividing students into groups to practice conversions. Students will be given a handout to solve practice questions in groups while the trainer monitors their progress. To close, the trainer will review answers, provide a lesson summary, and take any remaining student questions. Attached materials include a projector, whiteboard, worksheets, and flipchart to support explanations and hands-on practice during the lesson.
eCulture is essential in the culture and museum field. Identification of needed competencies and identification of ROLE PROFILES. How to train for those competences ?
This document is a lesson plan for a vocational pedagogy class on logic circuits. The lesson will cover logic expressions and their representation using logic gates. The lesson plan includes a didactic reflection that analyzes the curriculum, content, and didactic approach. It outlines general and specific learning objectives for students. The lesson will use inductive, motivating, and vivid teaching methods like group work, questions, and visuals. It aims to develop students' knowledge and skills in logic gates and boolean algebra.
This document provides a teacher's guide for a Grade 10 module on personal entrepreneurial competencies and computer hardware servicing. The module aims to help students understand the importance of assessing their personal entrepreneurial competencies and creating a plan to strengthen areas for improvement.
The summary includes an introduction to the module objectives, presenting content to students, and providing feedback. Content is presented through discussion, activities, and tasks to help students identify their competencies, interview entrepreneurs, and create a personal plan of action. The goal is for students to understand competencies needed for success in business and careers related to computer hardware servicing.
K-12 Module in TLE - ICT Grade 9 [All Gradings]Daniel Manaog
==========================================
K-12 Module in TLE-9 ICT [All Gradings]
Want to Download?
Click the Download at the bottom of the Slideshare :)
==========================================
Despite being a preferred management entrance test in India XAT is different from CAT in many ways. Candidates preparing for XAT 2014 Exam, have to understand the key differences and proceed accordingly in their preparation strategy.
Here are the answers to Self-Check 1.1:
A.
1. TRUE
2. TRUE
3. FALSE
4. TRUE
5. FALSE
6. TRUE
B.
1. Philips head screwdriver
2. Hex driver
3. Torx screwdriver
4. Wire cutter
5. Part retriever
6. Lint-free cloth
7. Cable ties
8. Flat head screwdriver
9. Compressed air
3.
7.
4.
5.
6.
The document provides information on planning and preparing for the installation of computer systems and networks. It outlines the necessary tools, equipment, materials and references needed for the installation. Safety policies and procedures for working with computer equipment are also discussed to ensure personal safety while performing installations.
This document provides a learning module on computer hardware servicing for grades 7 and 8 in the Philippines. It covers four key lessons: (1) using hand tools, (2) performing calculations and measurements, (3) preparing and interpreting technical drawings, and (4) practicing occupational health and safety procedures. Each lesson aims to achieve several learning outcomes and includes information sheets, self-check questions, activities, and scoring rubrics to help students apply and assess what they have learned. The overall goal is for students to gain basic competencies in computer hardware servicing through exploratory, hands-on learning experiences.
TLE - Information and Communications Technology - Computer Hardware Servicing...JeRo Awanan
This document provides information about a learner's material for computer hardware servicing for grade 10. It includes 4 modules that cover personal entrepreneurial competencies, environment and market concepts, configuring computer systems and networks, and maintaining computer systems and networks. The document lists authors and editors for the material and provides publishing information for the Department of Education. It also notes that no copyright exists for works produced by the Philippine government, but permission is needed for use of other copyrighted materials included in the book.
The document provides guidance for teachers on teaching the Exploratory Course on Electrical Installation and Maintenance. It outlines the overall goals of the K to 12 curriculum and the conceptual framework for teaching Technology and Livelihood Education (TLE). Each TLE exploratory course is composed of 4 to 5 lessons based on competencies from the Training Regulations of the Technical Education Skills and Development Authority. The lessons include learning outcomes, performance standards, materials, and assessments. The teacher's guide is intended to help teachers ensure TLE exploratory courses are taught effectively and in line with the TR-based approach of the K to 12 curriculum.
This document provides guidance for teachers on teaching the exploratory Technology and Livelihood Education (TLE) course on Consumer Electronics Servicing. It discusses the background and framework of TLE within the K to 12 curriculum, which aims to develop 21st century skills in students. TLE courses are categorized into fields like Industrial Arts and focus on competencies like tool use. The 24 exploratory TLE courses expose students to basic skills to help them obtain Certificate of Competency or lead to vocational qualifications. Each TLE exploratory course has a learning module consisting of lessons targeting the basic competencies through hands-on learning activities.
Computer Hardware Servicing Learner's Material Grade 10Bogs De Castro
This material is for CHS learners only. It can be used as a resource materials.
It is owned by DepEd. All copyright is from the publishers, creators, and owners.
This document provides instructions for a module on performing mensuration and calculations. It includes an introduction explaining mensuration, units of measurement, and estimating areas. Examples are provided to illustrate measuring lengths and converting between units. Instructions are given for constructing three-dimensional solids using nets. The document concludes with examples of converting between metric and imperial units.
This document outlines a competency-based curriculum for the qualification of Computer Systems Servicing NC II. It includes the course design, structure, resources needed, assessment methods for basic, common and core competencies. The basic competencies cover obtaining and conveying workplace information, participating in meetings, and teamwork. Common competencies include quality control, using computers and tools, making measurements, and testing electronics components. The core competencies focus on assembling, installing, configuring and maintaining computer hardware and networks, diagnosing and rectifying faults. The course is designed to develop the knowledge, skills and attitudes of computer service technicians according to industry standards over 280 hours of training.
Basic lesson plan نسخه%e2%80%ab%e2%80%ac0909abdullah254el
This document contains a lesson plan for a vocational pedagogy course on logic circuits. The lesson plan covers D flip flops, including analyzing the curriculum and content, discussing teaching methods, and outlining the intended learning process. Specifically, it will teach students about the structure and truth table of D flip flops, how to derive the timing diagram from the truth table, and applications of flip flops such as in counters and memory. The lesson will use methods like classroom discussion, lectures, and group work aided by a whiteboard and projector. The 20 students in the class range from 18 to 20 years old and are from Riyadh, with varying understanding levels.
This document provides details on a lesson plan to teach trainees about reversing the direction of a three phase motor. It includes an overview of the learning conditions, didactic reflection on the content, and the specific lesson plan. The lesson plan utilizes various teaching methods like presentations, videos, experiments in groups, and activities to keep trainees engaged. It also lists the required materials and equipment for the lesson.
This document provides an analysis of the didactic reflection for a lesson plan on flip flops to be presented to trainees. It includes an analysis of the curriculum, content, learning objectives, and conditions. Specifically, it discusses that the lesson will focus on the JK flip flop, T-type flip flop, and master-slave flip flop. It will utilize various teaching methods like lectures, group work, and worksheets. The classroom environment and trainees are also analyzed to help design an effective lesson for the 20 trainees of mixed understanding levels.
This lesson plan focuses on teaching trainees about magnitude comparators. The trainees will learn about the inputs, outputs, and truth tables of comparators. They will also learn how to design magnitude comparators with multiple bits, and identify the most and least significant bits. The lesson will use various teaching methods, including lecture, classroom discussion, individual work, partner work and group work. The objectives are for trainees to understand what comparators are, explain truth tables, differentiate between 4-bit and 8-bit comparators, and design an 8-bit comparator on the whiteboard.
This lesson plan outlines a 50-minute lesson on simple digital circuits for 12 trainees. The lesson will use various teaching methods including lecture, classroom conversation, group work, and individual work. The trainer will explain logic gates and their truth tables, show circuit examples, and give the trainees exercises to solve. The objectives are for trainees to understand simple digital circuits, define and identify logic gate parts, and draw circuits on the whiteboard. Principles of methodological change, securing learning progress, motivation, self-activity, and vividness will guide the lesson.
The document describes a lesson plan for teaching students about decoders. It includes:
1) Details about the class such as the number of students, their location, and the classroom.
2) An overview of the lesson which discusses decoders, number systems, logic gates, and behavioral goals for students to understand digital systems.
3) The lesson plan outlines the objectives, methodology, and activities which include lectures, classroom discussions, individual exercises, and a group practical work session.
This document contains a lesson plan for teaching trainees about JK and T-type flip flops. The lesson plan includes:
- Background information on the trainees, classroom, and college.
- An overview of the content to be covered, including definitions and diagrams of JK and T-type flip flops.
- A breakdown of the lesson structure with timing, learning objectives, and expected trainer and trainee actions.
- Lists of teaching materials and didactic principles to be used, as well as references.
The lesson aims to help trainees understand the operation and applications of JK and T-type flip flops through explanations, diagrams, group work, and exercises.
This document provides details for a lesson plan on series and parallel circuits. The lesson plan aims to teach 15 trainees about series and parallel circuits through various methods including lectures, classroom discussions, experiments, and group work. The trainer will begin by introducing the topic and showing pictures to provide context. Trainees will then work through examples of calculating current and resistance in series and parallel circuits. An experiment demonstrating how current flows differently in each circuit type will help solidify understanding. By the end of the lesson, trainees should understand the key differences between series and parallel circuits and be able to perform basic calculations involving voltage, current and resistance for each.
1) The document provides a lesson plan for teaching trainees about shift registers. It includes information on the trainees, classroom, college, curriculum, content, methodology, and objectives of the lesson.
2) The lesson plan uses various teaching methods like lecture, classroom discussion, individual work, partner work and group work. Videos and handouts will also be used.
3) The lesson objectives are for trainees to understand what a shift register is, its types, how it works in serial in/serial out and serial in/parallel out modes, and design simple shift register circuits.
This document outlines information for the subject ITC544 - Computer Organisation and Architecture at Charles Sturt University:
- It provides an overview of the subject content which covers topics such as data representation, digital logic, computer memory, and trends in computing technologies.
- The learning outcomes, assessment items, and schedule are described. Students will complete two assignments and an online quiz.
- Resources for study include online modules, lecture notes, tutorials, and the prescribed textbook. Support services from the university such as the library and learning skills support are also mentioned.
This document provides a didactic reflection and lesson plan for teaching a course on second order control systems. The key points are:
- The lesson covers topics like general equations, transfer functions, analyzing circuits to find equations. Interactive methods like lectures, group work and partner work are used.
- The trainees are Saudi males aged 20-23 with varying understanding levels. The classroom has limited equipment.
- The lesson plan includes objectives, content delivery using various methods and media, exercises and feedback. Principles of self-activity, motivation and methodology are followed.
This lesson plan summarizes a lesson on conductors and insulators that will be taught to 15 trainees between the ages of 19-21. The lesson will take place in a classroom in the main building of the college. The plan outlines the learning conditions, didactic reflection involving curriculum, content, and methodology analysis. It provides general and specific learning objectives and an overview of the intended 45-minute lesson process involving an opening activity to motivate students, a body to explain concepts through lecture and visuals, and a closing activity for assessment and feedback.
Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school. Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school. Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school.Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school. Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school. Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school.Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school.Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school. Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school. Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school.Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school. Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school. Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school.Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school.Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school. Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school. Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school.Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school. Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school. Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school.Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school.Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school. Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school. Basic Calculus reviewer for students who wants to self study or advance reading. Stem students grade 12. Senior high school.
This document provides information on the Teaching Syllabus for Information and Communications Technology (ICT) as an elective course for Senior High School students in Ghana. The syllabus is designed to provide advanced ICT skills to prepare students for further study and careers in ICT. It covers 12 themes over three years of study, including hardware, software, networking, programming, and educational technology. The syllabus outlines general aims, scope of content, time allocation, and provides details on course structure and organization for each year of study.
This document is an introduction to a textbook about logic circuits and logic design using Verilog. It begins with a preface describing the need for a textbook that teaches digital circuits from a bottom-up perspective by first covering fundamental hardware concepts before introducing hardware description languages. The preface outlines how the book is organized to progressively build knowledge and introduce topics only after sufficient prerequisites. It also describes how the book can be used to support both single and multi-course sequences for teaching digital logic and design.
This document outlines a lesson plan for teaching capacitors in series and parallel. It includes the learning objectives, which are to describe how a capacitor works, calculate charging time, distinguish between series and parallel circuits, and explain capacitor charge and discharge. The lesson plan consists of an opening activity, lecture and examples on capacitor charging, worksheets for practice, a demonstration experiment, explanation of series and parallel capacitor circuits, and a closing reflection. Formal lesson plan requirements such as page layout and numbering are also specified.
E-LEARNING TECHNOLOGIES
Tutorial by Martin Ebner, Martin Schön and Sandra Schön
CC BY SA BIMS e.V. | Martin Ebner, Martin Schön, Sandra Schön | April 2014
URL: http://creativecommons.org/licenses/by-sa/2.0/de/
The document contains a lesson plan for teaching about demultiplexers. It includes information about the trainees, classroom, and college. The lesson plan objectives are to define demultiplexers, explain their truth tables and types, and draw waveforms. The plan uses various teaching methods like lecture, discussion, and group work. Trainees will take notes, solve handouts, and do an experiment on demultiplexers. The lesson aims to actively engage trainees and check their understanding of the topic.
The document contains a lesson plan for teaching about demultiplexers. It includes information about the trainees, classroom, and college. The lesson plan aims to define demultiplexers, explain their truth tables and types, draw their waveforms, and show a typical application. The trainer will use lecture, discussion, individual work, group work and an experiment to engage trainees and ensure the objectives are met. Feedback will be gathered through a summary question at the end to evaluate if the goals were achieved. Various teaching materials like a projector, whiteboard, and practical equipment will be utilized.
This document provides information about the ECE4510/ECE5510 Feedback Control Systems course. It includes details about the instructor, textbook, topics to be covered over the semester, evaluation criteria, homework policies, and course objectives. Students will learn linear systems analysis and design techniques including block diagrams, root locus, Bode plots, and state-space methods. Evaluation will include homework, exams, and an optional project for ECE5510 students. The course expects significant weekly workload outside of class.
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3. Department Vocational Pedagogy
Electronic EET- EL-7 AVP-3
EL-7 Page 3 of 8
1.Learning Condition:
1.1: Trainers:
In this class there are 12 trainees. They are in semester 7 of electronic control , also each
trainee has electronics diploma certificate . Also their age for between 24 and 29 years. The
trainees come from different city, but all from KSA . On the other hand the levels of the
understanding are different, some of them smart and they can get the knowledge fast and clear,
but the other get slow , and that make the trainer work hard to help them to understand the
subject very well , in the classroom the trainees must bring the book and pen also they must
wear the uniform and respect the trainer , also they must come to class on time. Finally the
Trainees are friendly and they like to work together and they are helpful and the cooperation is
good from the student and they show responsibility and displaying in the preparing day.
1.2: Classroom:
I will present my lesson at the TTC in classroom No4.205 at the EL building. This classroom is equipped
very well. The level of lighting is enough for teaching. Also, the classroom has a nice air-conditioning
system. Furthermore, the classroom has a modern projector which enables me show pictures nicely .In
addition, the area of the classroom is enough to do the lesson So , I will need in the Classroom twelve
Chairs, Two Whiteboards, projector, computers.
1.3: College:
I will present my lesson on Wednesday 19 of NOV at 09:50 Am at the RCT College is one of the best
technical colleges in KSA, and there are six technical majors is one of the most important majors
in our practical life. The duration of the study where six terms to get Diploma Certificate. The
number of students is also where about 1,200 students and 80 teachers. And there are many
classrooms and workshops for each department to compare the theoretical and practical. And
also where the curriculum is clear and contains of the theoretical part and practical part.
4. Department Vocational Pedagogy
Electronic EET- EL-7 AVP-3
EL-7 Page 4 of 8
2. Didactic Reflection:
2.1 Introduction:
The Logic circuits are classified into two parts the first one called the Combinational Logic Circuits in this
part the output in any moment depends on the same time of the input , also in this part the main
construction by a logic gates . The second one called Sequential Logic Circuits this type is distinction be
existence a memory , so the output in any moment depends on the last input for the circuits , in the
Sequential Logic Circuits the main construction by Flip Flop Circuits . The Flip-Flop is a logical and
digital circuit that has two stable states and can be used to store state information , The circuit can be
made to change state by signals applied to one or more control inputs and will have one or two outputs.
Finally you can connect the Flip Flop to make a logic circuits for example Counters and Shift Registers
.Flip Flops and Latches are a fundamental building block of digital electronics systems used in computers,
communications, and many other types of systems .
2.2: curriculum analysis:
This course talks about Logic Circuits [167 ELC]. The contact hours for this course are 72 hours. The hours of
lecture are 36 hours. The hours of workshop are 36 hours. The hours of tutorial are 0 hours. This course will make
the trainees will gain practical and theoretical skills on how to deal with Number systems , Coding , Logic gates ,
decoder, timers, registers ,comparators , Combinational and Sequential logic circuits. This course aim of this
course is to promote understanding of different logic gate operations, combinational logic circuits, simple
sequential circuits and number systems to enable trainees to deal with different complicated digital systems. The
Behavioral goals is Understand how to differ between the binary and hexadecimal numbering systems and how to
convert from system to another, Operate and testing the logic gates, Recognize types of flip-flops and determine
the difference between each one.
2.3:content analysis:
The topic is about the SR type of Flip Flop, so that provide how you can make the time diagram SR Flip Flop . Also
how you can build the truth table . Finally , The trainees must know the types of Flip Flop and what is the function
of Flip Flop and where we use it . The Flip-Flop is a logical and digital circuit that has two stable states and can be
used to store state information.
5. Department Vocational Pedagogy
Electronic EET- EL-7 AVP-3
EL-7 Page 5 of 8
2.4:Didactic analysis:
This lesson is very important to the student and I chose this lesson to teach it because it is the
Part of Combinational Logic Circuits world and the student must know the main how to design
Logic Circuits and how work with it in real live.
In this lesson there is practical work and theory, the goal from doing the lesson
Theoretical and practical are to make the student understand the lesson clearly and don’t make
them be confuse after that we can integrate the practical work in the lessons after. I use the
class room conversation because I want make my students active and to get easy talk and
shearing ideas front people. My plan to use individual work to gather the information about my
students and the self study is good way to learn (did they understand my lesson or not, did my
methods work well or do I have to change it next time). The partners work is my steps to let
them learn from each other's and they will get familiar as the team work.
2.5:Methodology analysis:
In this lesson I will use several methods such as; Lecture, Classroom conversation
and individual work. Lecture is very important method and I use it to explain the lesson very well
for student It makes the lesson clear and easy to understand.
Classroom conversation is also important method it makes the students active and focus
with the lesson and able me to see the level of knowledge for the students.
Individual work is able me to see if the knowledge delivered in a good way to the student or not,
also if the students understand the lesson or not it is like a close for the knowledge.
6. Department Vocational Pedagogy
Electronic EET- EL-7 AVP-3
EL-7 Page 6 of 8
3:Lesson Plan:
3.1:General Information:
Topic: SR flip flop.
Name and ID Number: :Abdulaziz Alharbi (265).
Course Name and Code : Logic Circuits [167 ELC].
Date: 7.1.2015 / 9.50 a.m
3.2:Objectives:
General Objectives:
The trainees able to understand the SR flip flop and combination of digital circuit and logic
gate and truth table.
Specific Learning Objectives:
The trainees:
1. analyze the general idea to how SR. (Cognitive)
2. identify to how SR circuit work. (Cognitive)
3. draw the symbol and circuit for SR flip flop. (Cognitive)
4. are able to use different logic gates. (psychomotor)
5. describe the differences between SR and clocked SR. (Cognitive Reorganization)
6. design digital circuit by them self. (psychomotorCognitive)
7. Department Vocational Pedagogy
Electronic EET- EL-7 AVP-3
EL-7 Page 7 of 8
Lessons Time Planning:
Opening
Methodology Media time
Trainer make the lesson interesting by let
trainees use their phones to access to the
internet and find out general information about
SR flip flop.
Classroom
Conversation
Whiteboard
Internet
5
Body
Lessons time planing Methodology Media time
Sub goal 1: Trainees should able to drew the
symbol and circuit of SR flip flop, also they may
understand the truth table.
No method No media ---
Trainer-Action: The trainer shows to trainees
SR latch in our live, also he explain to them how
to drew the symbol and circuit of SR flip flop.
Lecture PPT Slide
No.1.2
5
The trainer ask one of trainees to come on
Whiteboard to see if they understand.
Classroom
Conversation
Whiteboard 5
The trainer explain to trainees truth table of SR
flip flop, Also they try to give hand if they Know.
Lecture
Classroom
Conversation
PPT Slide
No.3
10
Controlling of the first sub goal:
Trainees rise their hand to come to Whiteboard
and write what they got.
Classroom
Conversation
Whiteboard 5
Sub goal 2: Trainees should able to understand
lintel bed about clocked SR latch, also see the
different between SR and clocked SR.
No method No media ---
Trainer-Action: The trainer explain to trainees
clocked SR latch by drew the symbol, circuit and
truth table.
Lecture PPT Slide
No.4
5
The trainer ask one of trainees to come on
Whiteboard to see if they understand.
Classroom
Conversation
Whiteboard 5
8. Department Vocational Pedagogy
Electronic EET- EL-7 AVP-3
EL-7 Page 8 of 8
Controlling of the Third sub goal:
When trainees come to Whiteboard the trainer
see if they understand or not.
No method No media ---
Closing
Methodology Media Time
The trainer give to trainees task for cover the
lesson, after they finish he give them the answer
sheet to chack their answer.
Individual Work PPT Slide
No.5
Work Sheet
10
5. List of Didactic Principles:
my lesson focuses in some point :
principle of Self-Activity by making the trainees solve exercises and ask trainee about
exercises results.
principle of Motivation by asking trainees to write on Whiteboard, offer bonus as more
degree (give them point ) , and challenge between trainees.
principle of Mythology by present a nice Power Point and distribute a Work Sheet .
…the classroom conversation to make the students more active.
…the individual work to measure the knowledge of the trainees, and to analysis if my
method success the lesson or not.
…the partner work is for the trainees to support each other and let them find out the right
answer according to what they understand.
…the lecture is a short to explain what needs to explain.
6. References :
TVTC Curriculum RCT book " logic circuits 2"