This document discusses academic enrichment at SJB Institute of Technology in Bengaluru. It outlines the goals of academic enrichment as enriching technical knowledge, imbibing values, and fostering social responsibility. Academic enrichment is achieved through curriculum enrichment, student academic enrichment programs, and faculty academic enrichment. Curriculum enrichment focuses on developing skills beyond the regular curriculum. Student enrichment programs are designed to broaden learning opportunities and harness talents. Faculty enrichment contributes to effective use of technology and development of high quality programs, and involves encouraging participation in workshops and conferences.
Jisc webinar: Curriculum design: Changing the paradigmJisc
This document summarizes a webinar on curriculum design presented by Helen Beetham and Marianne Sheppard. The webinar aimed to provide a greater understanding of how a strategic approach to curriculum design can lead to better learner and stakeholder outcomes. It covered key challenges in curriculum design, areas of transformation including learning, curriculum and institutions, and actions institutions can take. Examples of curriculum design projects from various universities were also discussed. The webinar encouraged interaction from participants on polling questions regarding their institution's curriculum challenges and priorities.
How Guest Lecturers Enhance Student Engagement and Learning Outcomes in Highe...rushikeshmane56
Ready to take your academic events to the next level? With OneVarsity, your hiring process becomes a breeze! Our extensive network connects you with expert guest faculty in just 72 hours, ensuring your events shine with excellence. Plus, with zero additional costs, you can focus on what truly matters – delivering an unforgettable experience. Elevate your events effortlessly with OneVarsity.
Professor Yakub Aliyu What approach would you take to deliver OUT STANDING ...Professor Yakub Aliyu
The document outlines several strategic approaches to deliver outstanding teaching and learning within a business department college, including engaging stakeholders, delivering an innovative program, ensuring teaching strategies are efficient and focused, providing continuous professional development for staff, and using key performance indicators to evaluate the effectiveness of teaching, learning, and assessment. The goal is to achieve outstanding status through consistency and creativity in teaching, high student engagement, and inspirational leadership within a culture of excellence.
Flexible Curricula Viewpoints cards - Learning model, personalisation and stu...balham
The document discusses good practices for designing flexible curricula that employ technology-enhanced learning. It recommends (1) using technology to provide flexibility in learning styles and increase engagement, (2) personalizing learning activities to create autonomous learners, and (3) designing social and informal learning activities that exploit online media and support various pedagogical approaches. The goal is to continually engage in educational innovation, research, and change as part of quality enhancement and assurance efforts.
Here are various student engagement strategies: 1. Active Learning Techniques 2. Technology Integration 3. Flipped Classroom Model 4. Establishing a Positive Classroom Culture
Review of the national education technology plan 2010 (1)Ndavis119
The National Education Technology Plan from 2010 focused on reforming education through the use of technology. It outlined 5 essential components of learning with technology: learning, assessment, teaching, infrastructure, and productivity. The plan called for using technology to engage and empower students, measure learning through new forms of assessment, provide teachers with resources and skills, ensure access to tools, and redesign processes to improve outcomes. It emphasized using today's technologies in classrooms to prepare students with 21st century skills.
Jisc webinar: Curriculum design: Changing the paradigmJisc
This document summarizes a webinar on curriculum design presented by Helen Beetham and Marianne Sheppard. The webinar aimed to provide a greater understanding of how a strategic approach to curriculum design can lead to better learner and stakeholder outcomes. It covered key challenges in curriculum design, areas of transformation including learning, curriculum and institutions, and actions institutions can take. Examples of curriculum design projects from various universities were also discussed. The webinar encouraged interaction from participants on polling questions regarding their institution's curriculum challenges and priorities.
How Guest Lecturers Enhance Student Engagement and Learning Outcomes in Highe...rushikeshmane56
Ready to take your academic events to the next level? With OneVarsity, your hiring process becomes a breeze! Our extensive network connects you with expert guest faculty in just 72 hours, ensuring your events shine with excellence. Plus, with zero additional costs, you can focus on what truly matters – delivering an unforgettable experience. Elevate your events effortlessly with OneVarsity.
Professor Yakub Aliyu What approach would you take to deliver OUT STANDING ...Professor Yakub Aliyu
The document outlines several strategic approaches to deliver outstanding teaching and learning within a business department college, including engaging stakeholders, delivering an innovative program, ensuring teaching strategies are efficient and focused, providing continuous professional development for staff, and using key performance indicators to evaluate the effectiveness of teaching, learning, and assessment. The goal is to achieve outstanding status through consistency and creativity in teaching, high student engagement, and inspirational leadership within a culture of excellence.
Flexible Curricula Viewpoints cards - Learning model, personalisation and stu...balham
The document discusses good practices for designing flexible curricula that employ technology-enhanced learning. It recommends (1) using technology to provide flexibility in learning styles and increase engagement, (2) personalizing learning activities to create autonomous learners, and (3) designing social and informal learning activities that exploit online media and support various pedagogical approaches. The goal is to continually engage in educational innovation, research, and change as part of quality enhancement and assurance efforts.
Here are various student engagement strategies: 1. Active Learning Techniques 2. Technology Integration 3. Flipped Classroom Model 4. Establishing a Positive Classroom Culture
Review of the national education technology plan 2010 (1)Ndavis119
The National Education Technology Plan from 2010 focused on reforming education through the use of technology. It outlined 5 essential components of learning with technology: learning, assessment, teaching, infrastructure, and productivity. The plan called for using technology to engage and empower students, measure learning through new forms of assessment, provide teachers with resources and skills, ensure access to tools, and redesign processes to improve outcomes. It emphasized using today's technologies in classrooms to prepare students with 21st century skills.
In this guide, we'll explore the importance of student engagement strategies for enhancing engagement in the classroom, and practical tips for implementation.
Continuing professional development (CPD) is important for teachers to stay updated on new skills, knowledge, and teaching methods through various learning opportunities like workshops, online courses, and on-the-job training. Developing professional learning communities allows teachers to collaborate, share best practices, and engage in professional development to improve their instruction and student achievement. CPD and professional learning communities both help teachers enhance their practice through ongoing learning and development.
Embarking on the journey of curriculum construction demands a meticulous adherence to a set of guiding principles that serve as the foundation for an effective educational framework. These principles encompass a holistic approach aimed at nurturing the multifaceted growth of learners. They advocate for the alignment of curriculum goals with societal needs and educational objectives, ensuring relevance and applicability. Embracing diversity, flexibility, and inclusivity, they strive to accommodate the unique learning styles and backgrounds of every individual. Moreover, these principles advocate for continuous assessment and refinement, fostering a dynamic and responsive educational environment. By adhering to these fundamental tenets, curriculum constructors pave the way for a transformative educational experience that empowers learners and prepares them to thrive in an ever-evolving world.
Educational technology serves several roles and functions in 21st century education. It allows for student-centered, collaborative learning with real-world context through technologies that provide constant access to information and social interaction. Some key functions of educational technology include improving teaching methods, enhancing educational goals, analyzing the teaching-learning process, developing curriculum and audio-visual aids, improving learning outcomes, training teachers, and identifying strategies to address community needs.
CPD .pptxContinuous professional developmentDrUpadhyay
The document discusses continuous professional development (CPD) for teachers as outlined in the National Education Policy 2020. It states that CPD will provide teachers with ongoing opportunities for self-improvement and learning about innovations through various modes, including workshops and online modules. Teachers will be expected to participate in at least 50 hours of CPD activities annually. CPD will help enhance teachers' skills, keep them updated, and improve student outcomes. School principals will also participate in leadership and management training through CPD.
This document discusses contemporary education. It begins by defining contemporary education as a framework for 21st century teaching and learning. Its vision is to transform schools into centers of reflection on human needs, lives, and societies. Contemporary learning prepares students with skills to thrive in a changing world by connecting students and their sense of curiosity. It highlights different learning modes like collaboration, discussion, feedback, and experiential learning. Current trends in educational technology include eLearning, video learning, blockchain, learning analytics, gamification and social media. Issues in Philippine education include the quality of education based on test scores, affordability causing high dropout rates, low budget allocation to education, and mismatch between training and jobs. The conclusion is that contemporary education is a
Using Blended Learning In Professional Development: Advantages And Strategies...Future Education Magazine
Advantages of Using Blended Learning in Professional Development: 1. Flexibility and Convenience 2. Personalization 3. Cost-Efficiency Strategies for Using Blended Learning in Professional Development: 1. Identify the Needs of the Student 2. Create a Learning Path 3. Select Appropriate Learning Modalities
Nurturing Proficiency_ Unveiling the Essence of Competency-Based Education.pdfEnterprise Wired
In this comprehensive guide, we'll delve into the essence of competency-based education, explore its key principles and methodologies, and discuss its transformative impact on teaching and learning.
Educational objectives provide a foundation for structured learning by guiding educators in creating effective learning experiences and aligning stakeholder efforts to develop well-rounded students. Understanding Bloom's taxonomy of educational objectives helps set cognitive goals, organize learning progression, and inform curriculum design and assessment. With clear, measurable objectives that are achievable and relevant, instructional design can align learning outcomes, styles, and assessments to enrich students' experiences.
In the ever-evolving landscape of education, the role of teachers remains pivotal in shaping the minds of future generations. To ensure quality education and foster a conducive learning environment, the concept of Teacher Professional Development (TPD) has gained prominence.
Understanding the Responsibilities of Guest Faculty in Higher Education.pdfrushikeshmane56
OneVarsity is a platform designed for hiring guest faculty, connecting institutions with specialized professionals to enhance educational offerings.
OneVarsity helps building connection, collaboration and share knowledge.
This document outlines a training program for faculty at the Community College of Baltimore County to become effective facilitators for distance learning courses. The program will train instructors from various disciplines in skills like online student engagement, interactive teaching techniques, and using the course management system. Trainees will progress through stages of learning about distance education technologies and pedagogies, experimenting with implementing activities in their own online course, collaborating with peers, and eventually becoming leaders who can train other instructors. The effectiveness of the training will be evaluated through surveys of facilitators and students.
The document discusses the goals and achievements of Dr. K.N. Modi University. It aims to reform its curriculum to be more interdisciplinary and include more practical work. It also wants to help faculty develop effective teaching strategies. Some achievements include implementing smart classrooms, developing industry partnerships, and providing faculty training programs. However, it still faces challenges like improving staff training, infrastructure, and facilitating self-assessment among teachers.
Curriculum Development in Higher Education: Crafting Educational Excellence f...Acadecraft Pvt. Ltd.
The process of "Curriculum Development in Higher Education: Crafting Educational Excellence for the Future" involves creating a framework that guides the design, implementation, and evaluation of educational programs at the tertiary level. This intricate process aims to cultivate an environment that nurtures intellectual growth, critical thinking, and prepares students for the challenges and opportunities they will encounter in their future endeavors.
https://www.acadecraft.com/higher-education/curriculum-development-services/
International Accreditation Organization (IAO) suggests educational institutions to offer sound student services to students to enable them to fare better academically and professionally.
Roles and functions of educational technology in the 21st century education 2Jing Jing Fuentes
The document discusses the roles and functions of educational technology in 21st century education. It states that 21st century skills are increasingly important but undefined, and that technology should be used to develop these skills and support innovative teaching. It outlines several key principles of 21st century education, including being student-centered, collaborative, and context-based. Finally, it lists important functions of educational technology such as improving teaching, analyzing the learning process, enhancing educational goals, developing curriculum and aids, and training teachers.
The document provides information on the Risk Management program at Glasgow Caledonian University, including:
1) The program aims to provide both conceptual knowledge and practical skills in risk management to equip students for careers in the field.
2) The objectives are to develop students' understanding of risk management theories and practices; stimulate analytical thinking; and provide transferable skills for employment.
3) Learning and teaching methods include lectures, seminars, tutorials, and industry visits. Assessment includes coursework, exams, and a final year research project.
Electric vehicle and photovoltaic advanced roles in enhancing the financial p...IJECEIAES
Climate change's impact on the planet forced the United Nations and governments to promote green energies and electric transportation. The deployments of photovoltaic (PV) and electric vehicle (EV) systems gained stronger momentum due to their numerous advantages over fossil fuel types. The advantages go beyond sustainability to reach financial support and stability. The work in this paper introduces the hybrid system between PV and EV to support industrial and commercial plants. This paper covers the theoretical framework of the proposed hybrid system including the required equation to complete the cost analysis when PV and EV are present. In addition, the proposed design diagram which sets the priorities and requirements of the system is presented. The proposed approach allows setup to advance their power stability, especially during power outages. The presented information supports researchers and plant owners to complete the necessary analysis while promoting the deployment of clean energy. The result of a case study that represents a dairy milk farmer supports the theoretical works and highlights its advanced benefits to existing plants. The short return on investment of the proposed approach supports the paper's novelty approach for the sustainable electrical system. In addition, the proposed system allows for an isolated power setup without the need for a transmission line which enhances the safety of the electrical network
In this guide, we'll explore the importance of student engagement strategies for enhancing engagement in the classroom, and practical tips for implementation.
Continuing professional development (CPD) is important for teachers to stay updated on new skills, knowledge, and teaching methods through various learning opportunities like workshops, online courses, and on-the-job training. Developing professional learning communities allows teachers to collaborate, share best practices, and engage in professional development to improve their instruction and student achievement. CPD and professional learning communities both help teachers enhance their practice through ongoing learning and development.
Embarking on the journey of curriculum construction demands a meticulous adherence to a set of guiding principles that serve as the foundation for an effective educational framework. These principles encompass a holistic approach aimed at nurturing the multifaceted growth of learners. They advocate for the alignment of curriculum goals with societal needs and educational objectives, ensuring relevance and applicability. Embracing diversity, flexibility, and inclusivity, they strive to accommodate the unique learning styles and backgrounds of every individual. Moreover, these principles advocate for continuous assessment and refinement, fostering a dynamic and responsive educational environment. By adhering to these fundamental tenets, curriculum constructors pave the way for a transformative educational experience that empowers learners and prepares them to thrive in an ever-evolving world.
Educational technology serves several roles and functions in 21st century education. It allows for student-centered, collaborative learning with real-world context through technologies that provide constant access to information and social interaction. Some key functions of educational technology include improving teaching methods, enhancing educational goals, analyzing the teaching-learning process, developing curriculum and audio-visual aids, improving learning outcomes, training teachers, and identifying strategies to address community needs.
CPD .pptxContinuous professional developmentDrUpadhyay
The document discusses continuous professional development (CPD) for teachers as outlined in the National Education Policy 2020. It states that CPD will provide teachers with ongoing opportunities for self-improvement and learning about innovations through various modes, including workshops and online modules. Teachers will be expected to participate in at least 50 hours of CPD activities annually. CPD will help enhance teachers' skills, keep them updated, and improve student outcomes. School principals will also participate in leadership and management training through CPD.
This document discusses contemporary education. It begins by defining contemporary education as a framework for 21st century teaching and learning. Its vision is to transform schools into centers of reflection on human needs, lives, and societies. Contemporary learning prepares students with skills to thrive in a changing world by connecting students and their sense of curiosity. It highlights different learning modes like collaboration, discussion, feedback, and experiential learning. Current trends in educational technology include eLearning, video learning, blockchain, learning analytics, gamification and social media. Issues in Philippine education include the quality of education based on test scores, affordability causing high dropout rates, low budget allocation to education, and mismatch between training and jobs. The conclusion is that contemporary education is a
Using Blended Learning In Professional Development: Advantages And Strategies...Future Education Magazine
Advantages of Using Blended Learning in Professional Development: 1. Flexibility and Convenience 2. Personalization 3. Cost-Efficiency Strategies for Using Blended Learning in Professional Development: 1. Identify the Needs of the Student 2. Create a Learning Path 3. Select Appropriate Learning Modalities
Nurturing Proficiency_ Unveiling the Essence of Competency-Based Education.pdfEnterprise Wired
In this comprehensive guide, we'll delve into the essence of competency-based education, explore its key principles and methodologies, and discuss its transformative impact on teaching and learning.
Educational objectives provide a foundation for structured learning by guiding educators in creating effective learning experiences and aligning stakeholder efforts to develop well-rounded students. Understanding Bloom's taxonomy of educational objectives helps set cognitive goals, organize learning progression, and inform curriculum design and assessment. With clear, measurable objectives that are achievable and relevant, instructional design can align learning outcomes, styles, and assessments to enrich students' experiences.
In the ever-evolving landscape of education, the role of teachers remains pivotal in shaping the minds of future generations. To ensure quality education and foster a conducive learning environment, the concept of Teacher Professional Development (TPD) has gained prominence.
Understanding the Responsibilities of Guest Faculty in Higher Education.pdfrushikeshmane56
OneVarsity is a platform designed for hiring guest faculty, connecting institutions with specialized professionals to enhance educational offerings.
OneVarsity helps building connection, collaboration and share knowledge.
This document outlines a training program for faculty at the Community College of Baltimore County to become effective facilitators for distance learning courses. The program will train instructors from various disciplines in skills like online student engagement, interactive teaching techniques, and using the course management system. Trainees will progress through stages of learning about distance education technologies and pedagogies, experimenting with implementing activities in their own online course, collaborating with peers, and eventually becoming leaders who can train other instructors. The effectiveness of the training will be evaluated through surveys of facilitators and students.
The document discusses the goals and achievements of Dr. K.N. Modi University. It aims to reform its curriculum to be more interdisciplinary and include more practical work. It also wants to help faculty develop effective teaching strategies. Some achievements include implementing smart classrooms, developing industry partnerships, and providing faculty training programs. However, it still faces challenges like improving staff training, infrastructure, and facilitating self-assessment among teachers.
Curriculum Development in Higher Education: Crafting Educational Excellence f...Acadecraft Pvt. Ltd.
The process of "Curriculum Development in Higher Education: Crafting Educational Excellence for the Future" involves creating a framework that guides the design, implementation, and evaluation of educational programs at the tertiary level. This intricate process aims to cultivate an environment that nurtures intellectual growth, critical thinking, and prepares students for the challenges and opportunities they will encounter in their future endeavors.
https://www.acadecraft.com/higher-education/curriculum-development-services/
International Accreditation Organization (IAO) suggests educational institutions to offer sound student services to students to enable them to fare better academically and professionally.
Roles and functions of educational technology in the 21st century education 2Jing Jing Fuentes
The document discusses the roles and functions of educational technology in 21st century education. It states that 21st century skills are increasingly important but undefined, and that technology should be used to develop these skills and support innovative teaching. It outlines several key principles of 21st century education, including being student-centered, collaborative, and context-based. Finally, it lists important functions of educational technology such as improving teaching, analyzing the learning process, enhancing educational goals, developing curriculum and aids, and training teachers.
The document provides information on the Risk Management program at Glasgow Caledonian University, including:
1) The program aims to provide both conceptual knowledge and practical skills in risk management to equip students for careers in the field.
2) The objectives are to develop students' understanding of risk management theories and practices; stimulate analytical thinking; and provide transferable skills for employment.
3) Learning and teaching methods include lectures, seminars, tutorials, and industry visits. Assessment includes coursework, exams, and a final year research project.
Electric vehicle and photovoltaic advanced roles in enhancing the financial p...IJECEIAES
Climate change's impact on the planet forced the United Nations and governments to promote green energies and electric transportation. The deployments of photovoltaic (PV) and electric vehicle (EV) systems gained stronger momentum due to their numerous advantages over fossil fuel types. The advantages go beyond sustainability to reach financial support and stability. The work in this paper introduces the hybrid system between PV and EV to support industrial and commercial plants. This paper covers the theoretical framework of the proposed hybrid system including the required equation to complete the cost analysis when PV and EV are present. In addition, the proposed design diagram which sets the priorities and requirements of the system is presented. The proposed approach allows setup to advance their power stability, especially during power outages. The presented information supports researchers and plant owners to complete the necessary analysis while promoting the deployment of clean energy. The result of a case study that represents a dairy milk farmer supports the theoretical works and highlights its advanced benefits to existing plants. The short return on investment of the proposed approach supports the paper's novelty approach for the sustainable electrical system. In addition, the proposed system allows for an isolated power setup without the need for a transmission line which enhances the safety of the electrical network
Comparative analysis between traditional aquaponics and reconstructed aquapon...bijceesjournal
The aquaponic system of planting is a method that does not require soil usage. It is a method that only needs water, fish, lava rocks (a substitute for soil), and plants. Aquaponic systems are sustainable and environmentally friendly. Its use not only helps to plant in small spaces but also helps reduce artificial chemical use and minimizes excess water use, as aquaponics consumes 90% less water than soil-based gardening. The study applied a descriptive and experimental design to assess and compare conventional and reconstructed aquaponic methods for reproducing tomatoes. The researchers created an observation checklist to determine the significant factors of the study. The study aims to determine the significant difference between traditional aquaponics and reconstructed aquaponics systems propagating tomatoes in terms of height, weight, girth, and number of fruits. The reconstructed aquaponics system’s higher growth yield results in a much more nourished crop than the traditional aquaponics system. It is superior in its number of fruits, height, weight, and girth measurement. Moreover, the reconstructed aquaponics system is proven to eliminate all the hindrances present in the traditional aquaponics system, which are overcrowding of fish, algae growth, pest problems, contaminated water, and dead fish.
UNLOCKING HEALTHCARE 4.0: NAVIGATING CRITICAL SUCCESS FACTORS FOR EFFECTIVE I...amsjournal
The Fourth Industrial Revolution is transforming industries, including healthcare, by integrating digital,
physical, and biological technologies. This study examines the integration of 4.0 technologies into
healthcare, identifying success factors and challenges through interviews with 70 stakeholders from 33
countries. Healthcare is evolving significantly, with varied objectives across nations aiming to improve
population health. The study explores stakeholders' perceptions on critical success factors, identifying
challenges such as insufficiently trained personnel, organizational silos, and structural barriers to data
exchange. Facilitators for integration include cost reduction initiatives and interoperability policies.
Technologies like IoT, Big Data, AI, Machine Learning, and robotics enhance diagnostics, treatment
precision, and real-time monitoring, reducing errors and optimizing resource utilization. Automation
improves employee satisfaction and patient care, while Blockchain and telemedicine drive cost reductions.
Successful integration requires skilled professionals and supportive policies, promising efficient resource
use, lower error rates, and accelerated processes, leading to optimized global healthcare outcomes.
Understanding Inductive Bias in Machine LearningSUTEJAS
This presentation explores the concept of inductive bias in machine learning. It explains how algorithms come with built-in assumptions and preferences that guide the learning process. You'll learn about the different types of inductive bias and how they can impact the performance and generalizability of machine learning models.
The presentation also covers the positive and negative aspects of inductive bias, along with strategies for mitigating potential drawbacks. We'll explore examples of how bias manifests in algorithms like neural networks and decision trees.
By understanding inductive bias, you can gain valuable insights into how machine learning models work and make informed decisions when building and deploying them.
2. Academic Enrichment Committee
Coordinator
Dr. K Somashekar
Members
Prof.Nirmala H
Prof.Bhaskar B
Prof.Poornima M
Prof.Sandeep S R
Prof.Nisarg Shankar
Prof.Sanjay B S
Prof.Roopa Karnam
Prof.Varun V L
1 / 29
3. Academic Enrichment
In the information age, a well-rounded curriculum is not a luxury but a necessity. A true education
is not just about earning a degree but it is about self-discovery and cultivating an intellectual
identity.
Academic enrichment fosters growth by giving students an opportunity to engage with one another
and faculty in research and innovation programs, academic seminars, discussion groups and other
events in which they can share ideas, explore possibilities and take initiative.
The purpose of academic enrichment is to provide extended learning opportunities and
challenges to students from the basic curriculum.
Enrichment also provides opportunities for students to pursue learning in their own per-
ception and strengths.
Enrichment needs to be purposeful, focused, and planned.
Enrichment provides students with the chance to acquire mastery of standards at a deeper
level than what is outlined in the required curriculum.
2 / 29
4. Academic Enrichment
In the information age, a well-rounded curriculum is not a luxury but a necessity. A true education
is not just about earning a degree but it is about self-discovery and cultivating an intellectual
identity.
Academic enrichment fosters growth by giving students an opportunity to engage with one another
and faculty in research and innovation programs, academic seminars, discussion groups and other
events in which they can share ideas, explore possibilities and take initiative.
The purpose of academic enrichment is to provide extended learning opportunities and
challenges to students from the basic curriculum.
Enrichment also provides opportunities for students to pursue learning in their own per-
ception and strengths.
Enrichment needs to be purposeful, focused, and planned.
Enrichment provides students with the chance to acquire mastery of standards at a deeper
level than what is outlined in the required curriculum.
2 / 29
5. Academic Enrichment
In the information age, a well-rounded curriculum is not a luxury but a necessity. A true education
is not just about earning a degree but it is about self-discovery and cultivating an intellectual
identity.
Academic enrichment fosters growth by giving students an opportunity to engage with one another
and faculty in research and innovation programs, academic seminars, discussion groups and other
events in which they can share ideas, explore possibilities and take initiative.
The purpose of academic enrichment is to provide extended learning opportunities and
challenges to students from the basic curriculum.
Enrichment also provides opportunities for students to pursue learning in their own per-
ception and strengths.
Enrichment needs to be purposeful, focused, and planned.
Enrichment provides students with the chance to acquire mastery of standards at a deeper
level than what is outlined in the required curriculum.
2 / 29
6. Academic Enrichment
In the information age, a well-rounded curriculum is not a luxury but a necessity. A true education
is not just about earning a degree but it is about self-discovery and cultivating an intellectual
identity.
Academic enrichment fosters growth by giving students an opportunity to engage with one another
and faculty in research and innovation programs, academic seminars, discussion groups and other
events in which they can share ideas, explore possibilities and take initiative.
The purpose of academic enrichment is to provide extended learning opportunities and
challenges to students from the basic curriculum.
Enrichment also provides opportunities for students to pursue learning in their own per-
ception and strengths.
Enrichment needs to be purposeful, focused, and planned.
Enrichment provides students with the chance to acquire mastery of standards at a deeper
level than what is outlined in the required curriculum.
2 / 29
7. Academic Enrichment(Contd..)
Goal: To enrich the technical knowledge, imbibe values and social responsibility.
The academic enrichment committee is committed to challenge the students through activities
designed to strengthen their academic skills and enrich their all-round development
Overall academic enrichment of the institute is achieved through
3 / 29
8. Curriculum Enrichment
Curriculum is a plan for learning in an educational setting.
The institution strives towards overall development of students and faculty.
Quality augmentation of learners is carried out through various aspects of holistic knowledge
development, orientation programs and skill enrichment programs.
Curriculum enrichment program focuses on technological skills, managerial skills, communication
skills, leadership qualities, analytical skills, etiquettes, and awareness on present industry need
and bridging the gap through expert lectures, industrial visits and field trips
Strategy
Enrich the regular curriculum by providing students a wide range of experiences and
regular activities in order to introduce a variety of exciting areas of interest.
Design activities to develop skills that are beyond regular curriculum.
Empower students to investigate real time problems as individuals or small groups.
4 / 29
9. Curriculum Enrichment
Curriculum is a plan for learning in an educational setting.
The institution strives towards overall development of students and faculty.
Quality augmentation of learners is carried out through various aspects of holistic knowledge
development, orientation programs and skill enrichment programs.
Curriculum enrichment program focuses on technological skills, managerial skills, communication
skills, leadership qualities, analytical skills, etiquettes, and awareness on present industry need
and bridging the gap through expert lectures, industrial visits and field trips
Strategy
Enrich the regular curriculum by providing students a wide range of experiences and
regular activities in order to introduce a variety of exciting areas of interest.
Design activities to develop skills that are beyond regular curriculum.
Empower students to investigate real time problems as individuals or small groups.
4 / 29
10. Curriculum Enrichment
Curriculum is a plan for learning in an educational setting.
The institution strives towards overall development of students and faculty.
Quality augmentation of learners is carried out through various aspects of holistic knowledge
development, orientation programs and skill enrichment programs.
Curriculum enrichment program focuses on technological skills, managerial skills, communication
skills, leadership qualities, analytical skills, etiquettes, and awareness on present industry need
and bridging the gap through expert lectures, industrial visits and field trips
Strategy
Enrich the regular curriculum by providing students a wide range of experiences and
regular activities in order to introduce a variety of exciting areas of interest.
Design activities to develop skills that are beyond regular curriculum.
Empower students to investigate real time problems as individuals or small groups.
4 / 29
11. Student Academic Enrichment
Academic enrichment programs are designed for broadening of learning opportunities and expe-
riences beyond the regular curriculum.
A range of targeted, differentiated and innovative educational programs are designed for students
to realize their potential and harness their talents towards making a positive contribution to the
global community.
The following Programs and activities engage students and enhance skills beyond curriculum,
provide real-world activities that connect to the broader community and develop thoughtful activi-
ties.
5 / 29
12. Faculty Academic Enrichment
Faculty academic enrichment is an essential element of institutional effectiveness and has a criti-
cal role to play in promoting academic excellence and innovation.
To facilitate student academic enrichment, faculty academic must be enriched regularly.
Faculty academic enrichment contributes to the effective use of emerging technologies and es-
tablishes a firm foundation for the overall development of high quality programs and curricula.
Strategy
Encouraging Teaching and non-teaching staff to attend workshops, seminars, conferences
and any other related programs.
Encouraging faculty to associate with professional bodies.
Providing latest study materials including e-Journals
Organizing faculty development programs and conferences regularly to provide the plat-
form for the faculty to enrich technical skills and leadership qualities.
Conduction of workshops for non-teaching staff to enable them to update to the latest skills.
6 / 29
13. Faculty Academic Enrichment
Faculty academic enrichment is an essential element of institutional effectiveness and has a criti-
cal role to play in promoting academic excellence and innovation.
To facilitate student academic enrichment, faculty academic must be enriched regularly.
Faculty academic enrichment contributes to the effective use of emerging technologies and es-
tablishes a firm foundation for the overall development of high quality programs and curricula.
Strategy
Encouraging Teaching and non-teaching staff to attend workshops, seminars, conferences
and any other related programs.
Encouraging faculty to associate with professional bodies.
Providing latest study materials including e-Journals
Organizing faculty development programs and conferences regularly to provide the plat-
form for the faculty to enrich technical skills and leadership qualities.
Conduction of workshops for non-teaching staff to enable them to update to the latest skills.
6 / 29
14. Faculty Academic Enrichment
Faculty academic enrichment is an essential element of institutional effectiveness and has a criti-
cal role to play in promoting academic excellence and innovation.
To facilitate student academic enrichment, faculty academic must be enriched regularly.
Faculty academic enrichment contributes to the effective use of emerging technologies and es-
tablishes a firm foundation for the overall development of high quality programs and curricula.
Strategy
Encouraging Teaching and non-teaching staff to attend workshops, seminars, conferences
and any other related programs.
Encouraging faculty to associate with professional bodies.
Providing latest study materials including e-Journals
Organizing faculty development programs and conferences regularly to provide the plat-
form for the faculty to enrich technical skills and leadership qualities.
Conduction of workshops for non-teaching staff to enable them to update to the latest skills.
6 / 29
15. Faculty Academic Enrichment
Faculty academic enrichment is an essential element of institutional effectiveness and has a criti-
cal role to play in promoting academic excellence and innovation.
To facilitate student academic enrichment, faculty academic must be enriched regularly.
Faculty academic enrichment contributes to the effective use of emerging technologies and es-
tablishes a firm foundation for the overall development of high quality programs and curricula.
Strategy
Encouraging Teaching and non-teaching staff to attend workshops, seminars, conferences
and any other related programs.
Encouraging faculty to associate with professional bodies.
Providing latest study materials including e-Journals
Organizing faculty development programs and conferences regularly to provide the plat-
form for the faculty to enrich technical skills and leadership qualities.
Conduction of workshops for non-teaching staff to enable them to update to the latest skills.
6 / 29
16. Faculty Academic Enrichment
Faculty academic enrichment is an essential element of institutional effectiveness and has a criti-
cal role to play in promoting academic excellence and innovation.
To facilitate student academic enrichment, faculty academic must be enriched regularly.
Faculty academic enrichment contributes to the effective use of emerging technologies and es-
tablishes a firm foundation for the overall development of high quality programs and curricula.
Strategy
Encouraging Teaching and non-teaching staff to attend workshops, seminars, conferences
and any other related programs.
Encouraging faculty to associate with professional bodies.
Providing latest study materials including e-Journals
Organizing faculty development programs and conferences regularly to provide the plat-
form for the faculty to enrich technical skills and leadership qualities.
Conduction of workshops for non-teaching staff to enable them to update to the latest skills.
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17. Objectives
To impart technical knowledge and skills in an organized manner.
To provide an opportunity to build mastery in content beyond core academic subjects, deep-
ening skills and interests.
To encourage valuable research-oriented academic, advanced educational credentials and
leadership skills.
To facilitate industry institute interaction for enhancing awareness of latest trends and tech-
nologies.
To promote innovations in teaching and learning.
Exploring avenues for further research and collaboration.
Empowering students with higher employability.
To encourage entrepreneurship.
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18. Objectives
To impart technical knowledge and skills in an organized manner.
To provide an opportunity to build mastery in content beyond core academic subjects, deep-
ening skills and interests.
To encourage valuable research-oriented academic, advanced educational credentials and
leadership skills.
To facilitate industry institute interaction for enhancing awareness of latest trends and tech-
nologies.
To promote innovations in teaching and learning.
Exploring avenues for further research and collaboration.
Empowering students with higher employability.
To encourage entrepreneurship.
7 / 29
19. Objectives
To impart technical knowledge and skills in an organized manner.
To provide an opportunity to build mastery in content beyond core academic subjects, deep-
ening skills and interests.
To encourage valuable research-oriented academic, advanced educational credentials and
leadership skills.
To facilitate industry institute interaction for enhancing awareness of latest trends and tech-
nologies.
To promote innovations in teaching and learning.
Exploring avenues for further research and collaboration.
Empowering students with higher employability.
To encourage entrepreneurship.
7 / 29
20. Objectives
To impart technical knowledge and skills in an organized manner.
To provide an opportunity to build mastery in content beyond core academic subjects, deep-
ening skills and interests.
To encourage valuable research-oriented academic, advanced educational credentials and
leadership skills.
To facilitate industry institute interaction for enhancing awareness of latest trends and tech-
nologies.
To promote innovations in teaching and learning.
Exploring avenues for further research and collaboration.
Empowering students with higher employability.
To encourage entrepreneurship.
7 / 29
21. Objectives
To impart technical knowledge and skills in an organized manner.
To provide an opportunity to build mastery in content beyond core academic subjects, deep-
ening skills and interests.
To encourage valuable research-oriented academic, advanced educational credentials and
leadership skills.
To facilitate industry institute interaction for enhancing awareness of latest trends and tech-
nologies.
To promote innovations in teaching and learning.
Exploring avenues for further research and collaboration.
Empowering students with higher employability.
To encourage entrepreneurship.
7 / 29
22. Objectives
To impart technical knowledge and skills in an organized manner.
To provide an opportunity to build mastery in content beyond core academic subjects, deep-
ening skills and interests.
To encourage valuable research-oriented academic, advanced educational credentials and
leadership skills.
To facilitate industry institute interaction for enhancing awareness of latest trends and tech-
nologies.
To promote innovations in teaching and learning.
Exploring avenues for further research and collaboration.
Empowering students with higher employability.
To encourage entrepreneurship.
7 / 29
23. Objectives
To impart technical knowledge and skills in an organized manner.
To provide an opportunity to build mastery in content beyond core academic subjects, deep-
ening skills and interests.
To encourage valuable research-oriented academic, advanced educational credentials and
leadership skills.
To facilitate industry institute interaction for enhancing awareness of latest trends and tech-
nologies.
To promote innovations in teaching and learning.
Exploring avenues for further research and collaboration.
Empowering students with higher employability.
To encourage entrepreneurship.
7 / 29
24. Objectives
To impart technical knowledge and skills in an organized manner.
To provide an opportunity to build mastery in content beyond core academic subjects, deep-
ening skills and interests.
To encourage valuable research-oriented academic, advanced educational credentials and
leadership skills.
To facilitate industry institute interaction for enhancing awareness of latest trends and tech-
nologies.
To promote innovations in teaching and learning.
Exploring avenues for further research and collaboration.
Empowering students with higher employability.
To encourage entrepreneurship.
7 / 29
25. Academic Enrichment programs
The Academic enrichment programs are designed in consultation with IQAC to realize the objec-
tives and also to
Explore students interests and develop new skills
Provide hands-on experience that a classroom doesn0t offer
Promote critical thinking and reasoning abilities
Develop and expand thinking skills
Build / extend cognitive language skills
Provide assistance for regional and national engineering competitions.
Build professional networking with engineering professionals and peers at other colleges
8 / 29
26. Academic Enrichment programs
The Academic enrichment programs are designed in consultation with IQAC to realize the objec-
tives and also to
Explore students interests and develop new skills
Provide hands-on experience that a classroom doesn0t offer
Promote critical thinking and reasoning abilities
Develop and expand thinking skills
Build / extend cognitive language skills
Provide assistance for regional and national engineering competitions.
Build professional networking with engineering professionals and peers at other colleges
8 / 29
27. Academic Enrichment programs
The Academic enrichment programs are designed in consultation with IQAC to realize the objec-
tives and also to
Explore students interests and develop new skills
Provide hands-on experience that a classroom doesn0t offer
Promote critical thinking and reasoning abilities
Develop and expand thinking skills
Build / extend cognitive language skills
Provide assistance for regional and national engineering competitions.
Build professional networking with engineering professionals and peers at other colleges
8 / 29
28. Academic Enrichment programs
The Academic enrichment programs are designed in consultation with IQAC to realize the objec-
tives and also to
Explore students interests and develop new skills
Provide hands-on experience that a classroom doesn0t offer
Promote critical thinking and reasoning abilities
Develop and expand thinking skills
Build / extend cognitive language skills
Provide assistance for regional and national engineering competitions.
Build professional networking with engineering professionals and peers at other colleges
8 / 29
29. Academic Enrichment programs
The Academic enrichment programs are designed in consultation with IQAC to realize the objec-
tives and also to
Explore students interests and develop new skills
Provide hands-on experience that a classroom doesn0t offer
Promote critical thinking and reasoning abilities
Develop and expand thinking skills
Build / extend cognitive language skills
Provide assistance for regional and national engineering competitions.
Build professional networking with engineering professionals and peers at other colleges
8 / 29
30. Academic Enrichment programs
The Academic enrichment programs are designed in consultation with IQAC to realize the objec-
tives and also to
Explore students interests and develop new skills
Provide hands-on experience that a classroom doesn0t offer
Promote critical thinking and reasoning abilities
Develop and expand thinking skills
Build / extend cognitive language skills
Provide assistance for regional and national engineering competitions.
Build professional networking with engineering professionals and peers at other colleges
8 / 29
31. Academic Enrichment programs
The Academic enrichment programs are designed in consultation with IQAC to realize the objec-
tives and also to
Explore students interests and develop new skills
Provide hands-on experience that a classroom doesn0t offer
Promote critical thinking and reasoning abilities
Develop and expand thinking skills
Build / extend cognitive language skills
Provide assistance for regional and national engineering competitions.
Build professional networking with engineering professionals and peers at other colleges
8 / 29
32. Plan of action
Orientation programs.
Innovative teaching.
Conduction of personality development courses.
Identify the curriculum gap and filling that gap by organizing Conferences, guest lectures,
workshops, seminars and industrial visits.
Conduction of skill enhancement programs and certification courses by signing MOUs with
reputed industries to fulfill the current industry needs.
Facilitating in conduction of mini projects for the application of theory concepts and orga-
nizing open house.
University recognized research centers in all disciplines.
Establishing science/technical clubs and Professional body memberships.
Facilitating innovative projects, internships and publications.
Deliberation by BOS members at university level to incorporate curriculum enrichment.
9 / 29
33. Plan of action
Orientation programs.
Innovative teaching.
Conduction of personality development courses.
Identify the curriculum gap and filling that gap by organizing Conferences, guest lectures,
workshops, seminars and industrial visits.
Conduction of skill enhancement programs and certification courses by signing MOUs with
reputed industries to fulfill the current industry needs.
Facilitating in conduction of mini projects for the application of theory concepts and orga-
nizing open house.
University recognized research centers in all disciplines.
Establishing science/technical clubs and Professional body memberships.
Facilitating innovative projects, internships and publications.
Deliberation by BOS members at university level to incorporate curriculum enrichment.
9 / 29
34. Plan of action
Orientation programs.
Innovative teaching.
Conduction of personality development courses.
Identify the curriculum gap and filling that gap by organizing Conferences, guest lectures,
workshops, seminars and industrial visits.
Conduction of skill enhancement programs and certification courses by signing MOUs with
reputed industries to fulfill the current industry needs.
Facilitating in conduction of mini projects for the application of theory concepts and orga-
nizing open house.
University recognized research centers in all disciplines.
Establishing science/technical clubs and Professional body memberships.
Facilitating innovative projects, internships and publications.
Deliberation by BOS members at university level to incorporate curriculum enrichment.
9 / 29
35. Plan of action
Orientation programs.
Innovative teaching.
Conduction of personality development courses.
Identify the curriculum gap and filling that gap by organizing Conferences, guest lectures,
workshops, seminars and industrial visits.
Conduction of skill enhancement programs and certification courses by signing MOUs with
reputed industries to fulfill the current industry needs.
Facilitating in conduction of mini projects for the application of theory concepts and orga-
nizing open house.
University recognized research centers in all disciplines.
Establishing science/technical clubs and Professional body memberships.
Facilitating innovative projects, internships and publications.
Deliberation by BOS members at university level to incorporate curriculum enrichment.
9 / 29
36. Plan of action
Orientation programs.
Innovative teaching.
Conduction of personality development courses.
Identify the curriculum gap and filling that gap by organizing Conferences, guest lectures,
workshops, seminars and industrial visits.
Conduction of skill enhancement programs and certification courses by signing MOUs with
reputed industries to fulfill the current industry needs.
Facilitating in conduction of mini projects for the application of theory concepts and orga-
nizing open house.
University recognized research centers in all disciplines.
Establishing science/technical clubs and Professional body memberships.
Facilitating innovative projects, internships and publications.
Deliberation by BOS members at university level to incorporate curriculum enrichment.
9 / 29
37. Plan of action
Orientation programs.
Innovative teaching.
Conduction of personality development courses.
Identify the curriculum gap and filling that gap by organizing Conferences, guest lectures,
workshops, seminars and industrial visits.
Conduction of skill enhancement programs and certification courses by signing MOUs with
reputed industries to fulfill the current industry needs.
Facilitating in conduction of mini projects for the application of theory concepts and orga-
nizing open house.
University recognized research centers in all disciplines.
Establishing science/technical clubs and Professional body memberships.
Facilitating innovative projects, internships and publications.
Deliberation by BOS members at university level to incorporate curriculum enrichment.
9 / 29
38. Plan of action
Orientation programs.
Innovative teaching.
Conduction of personality development courses.
Identify the curriculum gap and filling that gap by organizing Conferences, guest lectures,
workshops, seminars and industrial visits.
Conduction of skill enhancement programs and certification courses by signing MOUs with
reputed industries to fulfill the current industry needs.
Facilitating in conduction of mini projects for the application of theory concepts and orga-
nizing open house.
University recognized research centers in all disciplines.
Establishing science/technical clubs and Professional body memberships.
Facilitating innovative projects, internships and publications.
Deliberation by BOS members at university level to incorporate curriculum enrichment.
9 / 29
39. Plan of action
Orientation programs.
Innovative teaching.
Conduction of personality development courses.
Identify the curriculum gap and filling that gap by organizing Conferences, guest lectures,
workshops, seminars and industrial visits.
Conduction of skill enhancement programs and certification courses by signing MOUs with
reputed industries to fulfill the current industry needs.
Facilitating in conduction of mini projects for the application of theory concepts and orga-
nizing open house.
University recognized research centers in all disciplines.
Establishing science/technical clubs and Professional body memberships.
Facilitating innovative projects, internships and publications.
Deliberation by BOS members at university level to incorporate curriculum enrichment.
9 / 29
40. Plan of action
Orientation programs.
Innovative teaching.
Conduction of personality development courses.
Identify the curriculum gap and filling that gap by organizing Conferences, guest lectures,
workshops, seminars and industrial visits.
Conduction of skill enhancement programs and certification courses by signing MOUs with
reputed industries to fulfill the current industry needs.
Facilitating in conduction of mini projects for the application of theory concepts and orga-
nizing open house.
University recognized research centers in all disciplines.
Establishing science/technical clubs and Professional body memberships.
Facilitating innovative projects, internships and publications.
Deliberation by BOS members at university level to incorporate curriculum enrichment.
9 / 29
41. Plan of action
Orientation programs.
Innovative teaching.
Conduction of personality development courses.
Identify the curriculum gap and filling that gap by organizing Conferences, guest lectures,
workshops, seminars and industrial visits.
Conduction of skill enhancement programs and certification courses by signing MOUs with
reputed industries to fulfill the current industry needs.
Facilitating in conduction of mini projects for the application of theory concepts and orga-
nizing open house.
University recognized research centers in all disciplines.
Establishing science/technical clubs and Professional body memberships.
Facilitating innovative projects, internships and publications.
Deliberation by BOS members at university level to incorporate curriculum enrichment.
9 / 29
42. Outcomes
Enhanced self confidence
Increase in pass percentage in university examinations
Increased number of offers in placements
Higher studies and successful in clearing competitive exams
Innovative projects resulting in funds and prizes in project competitions.
Increased research activity and publications
Resource persons at various national and international conferences, workshops and semi-
nars
Entrepreneurs
Awards
Consultancy and patents
10 / 29
43. Outcomes
Enhanced self confidence
Increase in pass percentage in university examinations
Increased number of offers in placements
Higher studies and successful in clearing competitive exams
Innovative projects resulting in funds and prizes in project competitions.
Increased research activity and publications
Resource persons at various national and international conferences, workshops and semi-
nars
Entrepreneurs
Awards
Consultancy and patents
10 / 29
44. Outcomes
Enhanced self confidence
Increase in pass percentage in university examinations
Increased number of offers in placements
Higher studies and successful in clearing competitive exams
Innovative projects resulting in funds and prizes in project competitions.
Increased research activity and publications
Resource persons at various national and international conferences, workshops and semi-
nars
Entrepreneurs
Awards
Consultancy and patents
10 / 29
45. Outcomes
Enhanced self confidence
Increase in pass percentage in university examinations
Increased number of offers in placements
Higher studies and successful in clearing competitive exams
Innovative projects resulting in funds and prizes in project competitions.
Increased research activity and publications
Resource persons at various national and international conferences, workshops and semi-
nars
Entrepreneurs
Awards
Consultancy and patents
10 / 29
46. Outcomes
Enhanced self confidence
Increase in pass percentage in university examinations
Increased number of offers in placements
Higher studies and successful in clearing competitive exams
Innovative projects resulting in funds and prizes in project competitions.
Increased research activity and publications
Resource persons at various national and international conferences, workshops and semi-
nars
Entrepreneurs
Awards
Consultancy and patents
10 / 29
47. Outcomes
Enhanced self confidence
Increase in pass percentage in university examinations
Increased number of offers in placements
Higher studies and successful in clearing competitive exams
Innovative projects resulting in funds and prizes in project competitions.
Increased research activity and publications
Resource persons at various national and international conferences, workshops and semi-
nars
Entrepreneurs
Awards
Consultancy and patents
10 / 29
48. Outcomes
Enhanced self confidence
Increase in pass percentage in university examinations
Increased number of offers in placements
Higher studies and successful in clearing competitive exams
Innovative projects resulting in funds and prizes in project competitions.
Increased research activity and publications
Resource persons at various national and international conferences, workshops and semi-
nars
Entrepreneurs
Awards
Consultancy and patents
10 / 29
49. Outcomes
Enhanced self confidence
Increase in pass percentage in university examinations
Increased number of offers in placements
Higher studies and successful in clearing competitive exams
Innovative projects resulting in funds and prizes in project competitions.
Increased research activity and publications
Resource persons at various national and international conferences, workshops and semi-
nars
Entrepreneurs
Awards
Consultancy and patents
10 / 29
50. Outcomes
Enhanced self confidence
Increase in pass percentage in university examinations
Increased number of offers in placements
Higher studies and successful in clearing competitive exams
Innovative projects resulting in funds and prizes in project competitions.
Increased research activity and publications
Resource persons at various national and international conferences, workshops and semi-
nars
Entrepreneurs
Awards
Consultancy and patents
10 / 29
51. Outcomes
Enhanced self confidence
Increase in pass percentage in university examinations
Increased number of offers in placements
Higher studies and successful in clearing competitive exams
Innovative projects resulting in funds and prizes in project competitions.
Increased research activity and publications
Resource persons at various national and international conferences, workshops and semi-
nars
Entrepreneurs
Awards
Consultancy and patents
10 / 29