This document proposes establishing research and development habitats and knowledge centers across different levels of the Indian education system to promote applied learning through a novel feedback mechanism from government institutions. It outlines establishing centers equipped with smart classrooms that provide access to scientific resources and career guidance from the primary to graduate levels. Funding and incentives are suggested to support student projects, access to foreign labs and journals, and pilot commercial projects to foster innovation in India.
This presentation is provided information about All India Council of Technical Education (AICTE) and its implemented schemes. There are number of schemes are provided by AICTE like Post graduate scheme, Seminar grant etc. and also provided detail about its beneficiaries.
many new initiatives have been taken by aicte to improve the quality of technical education India. These initiatives includes model curriculum, induction program for students, internship policy, examination reforms, mandatory internship, industry institute cells in every college, mandatory accreditation, perspective plan for technical education etc.
Unemployed and Unemployable Engineers in IndiaVinit Vaibhav
The document discusses the issue of unemployed and unemployable engineers in India. It notes that while the number of engineering colleges in India has increased significantly, around 60% of graduating students remain unemployed and only 7% are deemed employable. Some of the key reasons identified for this issue include the large number of private colleges that have opened without proper facilities, high student-teacher ratios, outdated syllabi, lack of internship opportunities, and insufficient career guidance. Statistics are presented showing low employment rates and salaries for Indian engineers compared to other countries. The government has taken steps such as apprenticeship programs and centers of excellence to improve the situation.
The 10 most promising institutions in south india, 2020Merry D'souza
The world is changing and so many in this development are driven by engineers. Engineers don’t sit around and watch – they do things. Engineering graduates use innovation, creativity, and a wealth of knowledge to disrupt industries. The Knowledge Review is cover The 10 Most Promising Institutions in South India, 2020 issue in this edition.
The document discusses issues with engineering education in India and proposes ways to improve it. Over the past decade, the number of engineering colleges in India has more than doubled, but less than 25% of graduates are employable. The main problem is that engineering education focuses too much on passing exams through memorization rather than developing practical skills valued by industry. Close collaboration between academia and industry is needed to ensure the curriculum and teaching develops these skills and keeps up with changing industry needs. Suggestions include encouraging industry projects and site visits, consulting work from faculty, and inviting industry professionals to assess student work. Accelerating interaction between education and industry is critical to address skill gaps and improve returns on investments in education.
The document discusses vocational education in India. It defines vocational education as education that prepares students for specific trades through developing technical skills. It notes the need for vocational education in India to reduce unemployment and boost the economy. Various vocational subjects offered at secondary level are listed, along with agencies involved in technical and vocational education. Both advantages like shorter duration and hands-on learning, and challenges like limited flexibility and lack of continuous education are reviewed. The conclusion reiterates the importance of vocational education.
The document summarizes cultural and non-technical activities at LDRP Institute of Technology and Research over the past decade. It discusses the institute's participation in various inter-college competitions organized by Kadi Sarva Vishwavidyalaya and GTU, where students have won numerous prizes in dance, elocution, debate, rangoli, and other art/cultural events. It also provides details of workshops and activities conducted by the institute's IEEE student chapter to promote research and provide leadership opportunities for students.
This document summarizes several articles from a faculty newsletter. It discusses how many college campuses have shifted their focus from higher education to employment training and placements. It notes that placement training has become a major part of the academic calendar, and that colleges now see themselves more as employment exchanges. It also discusses criticisms of dubious training companies that promise jobs without substance and exploit students. The document advocates for placement to be a value addition to higher education rather than a replacement of it.
This presentation is provided information about All India Council of Technical Education (AICTE) and its implemented schemes. There are number of schemes are provided by AICTE like Post graduate scheme, Seminar grant etc. and also provided detail about its beneficiaries.
many new initiatives have been taken by aicte to improve the quality of technical education India. These initiatives includes model curriculum, induction program for students, internship policy, examination reforms, mandatory internship, industry institute cells in every college, mandatory accreditation, perspective plan for technical education etc.
Unemployed and Unemployable Engineers in IndiaVinit Vaibhav
The document discusses the issue of unemployed and unemployable engineers in India. It notes that while the number of engineering colleges in India has increased significantly, around 60% of graduating students remain unemployed and only 7% are deemed employable. Some of the key reasons identified for this issue include the large number of private colleges that have opened without proper facilities, high student-teacher ratios, outdated syllabi, lack of internship opportunities, and insufficient career guidance. Statistics are presented showing low employment rates and salaries for Indian engineers compared to other countries. The government has taken steps such as apprenticeship programs and centers of excellence to improve the situation.
The 10 most promising institutions in south india, 2020Merry D'souza
The world is changing and so many in this development are driven by engineers. Engineers don’t sit around and watch – they do things. Engineering graduates use innovation, creativity, and a wealth of knowledge to disrupt industries. The Knowledge Review is cover The 10 Most Promising Institutions in South India, 2020 issue in this edition.
The document discusses issues with engineering education in India and proposes ways to improve it. Over the past decade, the number of engineering colleges in India has more than doubled, but less than 25% of graduates are employable. The main problem is that engineering education focuses too much on passing exams through memorization rather than developing practical skills valued by industry. Close collaboration between academia and industry is needed to ensure the curriculum and teaching develops these skills and keeps up with changing industry needs. Suggestions include encouraging industry projects and site visits, consulting work from faculty, and inviting industry professionals to assess student work. Accelerating interaction between education and industry is critical to address skill gaps and improve returns on investments in education.
The document discusses vocational education in India. It defines vocational education as education that prepares students for specific trades through developing technical skills. It notes the need for vocational education in India to reduce unemployment and boost the economy. Various vocational subjects offered at secondary level are listed, along with agencies involved in technical and vocational education. Both advantages like shorter duration and hands-on learning, and challenges like limited flexibility and lack of continuous education are reviewed. The conclusion reiterates the importance of vocational education.
The document summarizes cultural and non-technical activities at LDRP Institute of Technology and Research over the past decade. It discusses the institute's participation in various inter-college competitions organized by Kadi Sarva Vishwavidyalaya and GTU, where students have won numerous prizes in dance, elocution, debate, rangoli, and other art/cultural events. It also provides details of workshops and activities conducted by the institute's IEEE student chapter to promote research and provide leadership opportunities for students.
This document summarizes several articles from a faculty newsletter. It discusses how many college campuses have shifted their focus from higher education to employment training and placements. It notes that placement training has become a major part of the academic calendar, and that colleges now see themselves more as employment exchanges. It also discusses criticisms of dubious training companies that promise jobs without substance and exploit students. The document advocates for placement to be a value addition to higher education rather than a replacement of it.
Vocational education prepares students for specific trades through hands-on training in skills and techniques. It is offered at many high schools, vocational schools, community colleges, and technical institutes. In India, both national policies and state governments support vocational education to increase employability. However, the current vocational training system suffers from high dropout rates, low enrollment in vocational courses, rigid regulations, and a lack of experienced teachers.
Vocationalization of Secondary Education: The Open Schooling PerspectiveCEMCA
Presentation by Dr. SS. Jena at the National Consultative Workshop on Developing NVEQF Implementation Strategy for Open Schooling, 20-21 June, 2013, Kochi.
This document is an industrial training report submitted by Ahmad Syafiq Asyraf Bin Ahmad Sabri from Universiti Teknologi Malaysia. The report details his one month industrial training at the MEMS Laboratory at Keio University in Japan from June 16th to July 11th, 2014 under the supervision of Associate Professor Norihisa Miki. The report provides an overview of Keio University, including its history and campuses. It also outlines the purpose, objectives, and learning outcomes of the industrial training program, and describes the scope of work, training, and projects carried out by the student during his time at the MEMS Laboratory.
This report analyses the current regulatory framework of higher education in India and highlights areas that require important policy reforms in order to encourage greater private participation. This participation would eventually lead to a more competitive environment in the higher education sector and foster growth, which is needed to achieve the target of 10% increase in Gross Enrolment Ratio (GER) set by the 12th Five Year Plan (FYP).
Higher education in India has seen significant growth and reforms over time. It is provided through public and private institutions, with oversight from central, state and local levels. While religious and temple-based education was common historically, the system has expanded in recent decades but still faces challenges in quality, management, and meeting demand. The private sector is expected to play an increasing role to help address these challenges and supplement public funding and capacity. Reforms are underway to improve regulation and encourage more participation by Indian and foreign institutions through public-private partnerships.
National e lecture series nep 2020 vocational educationURMILA PARALIKAR
This presentation was a part of the National E-Lecture Series conducted by the Gracious College of Education, Raipur, Chattisgarh, India on the date 28th of July 2021. This presentation discusses the problems of the hitherto prevailing Vocational Education and the recommendations made by the NEP2020 wrt the planning and execution of Vocational Education in India.
CIIT provides educational services through its various campuses and departments. As an internee at CIIT Islamabad, the author performed tasks in different departments like the help desk, call center, and admission cell. This provided learning experiences in areas like problem solving, communication, and handling admission processes. The 8-week internship allowed the author to understand CIIT's operations and gain practical experience working with students.
This document summarizes the current status of technical education in India. It discusses the importance of technical education for developing job skills and fueling economic growth. It outlines some key challenges facing technical education like outdated curricula and lack of practical training. It also provides an overview of the current technical education system in India and the state of Odisha, highlighting opportunities and threats. It concludes by emphasizing the need for reforms like increasing industry collaboration, focusing on developing practical skills, and lifelong learning opportunities.
India’s Higher Education System - May 2016Careers360
With nearly 8 million students entering the higher education
domain each year, and a GER hovering around
20%, India would see a sustained growth in number of
enrolments as well as institutions in the coming decades.
As good institutes are in short supply, the scope for
higher education services providers will only grow in
the coming years. The report presents an overview of
the status of education in the country, number and type
of institutions and their growth, aggregate enrolments
and growth, nature of research conducted in Indian
institutions, opportunities for joint degrees/sandwich
programmes and research collaborations.
Iec group of Institutions is an Best engineering institute in noida , Greater Noida Uttar Pradesh, India. We have the world class campus placement , excellence in teaching, research an innovation experiential learning ,top educated faculty get here.
Professional Education Opportunities @ SingaporeRushit Shah
The document summarizes professional education opportunities in Singapore. It discusses Singapore's education system and prominent institutions that offer degrees in various fields like arts, engineering, hospitality, and business. It also outlines the visa application process for international students and different scholarship programs available. Singapore aims to be a global education hub and its institutions are well-regarded internationally.
Swot analysis of COMSATS Institute of Information Technology, Abbottabad Zohaib HUSSAIN
This document provides a SWOT analysis of COMSATS Abbottabad. It identifies several strengths, including highly qualified faculty, specialized degree programs, modern facilities, and opportunities for research. Weaknesses include insufficient housing and underfunding. Opportunities include continuing education programs and partnerships with employers. Threats include increased competition from other local universities. The conclusion states that COMSATS Abbottabad has good potential to leverage its strengths and minimize threats given its resources and strategic location.
This document provides information about the Undergraduate Common Entrance Examination for Design (UCEED) 2015 conducted by IIT Bombay. It outlines the schedule, eligibility criteria, registration process, exam structure, and reservation policies for UCEED 2015. The exam consists of two papers that will be held on May 31, 2015. Candidates must meet age limits, attempt limits, and Class 12 passing criteria to be eligible. Registration is online from April 1-15, 2015 and different fees apply based on gender and category. Accommodations are available for persons with disabilities.
This document summarizes a presentation given at the 16th annual ISTE student convention on updating curriculum and nourishing talent through extracurricular activities to ignite genius in professional students. The presentation discusses how India's large education system faces challenges like poor performance and quality issues. It advocates linking academic and practical skills to help students understand their abilities and career goals. The presentation also emphasizes the importance of extracurricular activities in developing student skills and bonding, and suggests updates to curriculum like introducing vocational training, industry partnerships, and interactive learning through technology.
This document provides an overview of the Indian higher education system, including its structure, governance, quality assurance mechanisms, and key challenges. Some of the main points covered are:
- India has a diverse higher education system comprising of universities, colleges, and standalone institutes, with over 30 million students.
- The system is overseen by the Ministry of HRD and UGC at the central level, along with state-level bodies. Accreditation is provided by bodies like NAAC, NBA, and NIRF.
- Challenges facing Indian universities include limited global visibility and rankings, attracting more international students and faculty, and developing world-class research output on par with top global universities.
The document outlines a revised centrally sponsored scheme for vocationalization of higher secondary education in India. Key points:
1. The scheme aims to prepare students for employment through competency-based vocational courses and increase their employability and competitiveness.
2. Under the revised scheme, vocational education will be integrated into the national qualifications framework to allow for lateral and vertical mobility between vocational and academic streams.
3. Demand-driven modular courses will be identified in collaboration with industry and offered in higher secondary schools, with a focus on both technical and soft skills. Courses will be revised regularly based on industry needs.
The Sanjay Ghodawat Polytechnic was established in 2012 in Maharashtra with the vision of providing quality diploma education. It offers diploma programs in mechanical, civil, computer science, electronics, and electrical engineering. The institute provides state-of-the-art infrastructure including digitally equipped classrooms and well-equipped labs. It also offers various co-curricular activities like sports and guest lectures to promote the holistic development of students. The polytechnic aims to impart job-oriented skills and has placement rates of approximately 100%. It is working towards getting accredited by the National Board of Accreditation to further enhance its education quality.
The Knowledge Review thus comes up with a special issue of “The 10 Best Diploma Colleges in India, 2018”, which highlights some of the best institutes in India which are innovatively transforming and enhancing diploma education. This issue highlights some of those institutes which have set a global standard in the field of diploma education, research, and training.
The educational institutions in India have metamorphosed with the passage of time. Diploma education in India has also witnessed a tremendous transformation with the implementation of cutting-edge technologies and research oriented educational procedures.
The Knowledge Review thus comes up with a special issue of “The 10 Best Diploma Colleges in India, 2018”, which highlights some of the best institutes in India which are innovatively transforming and enhancing diploma education. This issue highlights some of those institutes which have set a global standard in the field of diploma education, research, and training.
The document discusses youth unemployment as one of the major economic challenges of the 21st century. It notes that unemployment is highest among youth aged 15-29. There are two main aspects contributing to youth unemployment: lack of proper skills and lack of opportunities or knowledge. To address this, the document suggests improving communication skills training in schools, promoting vocational training institutes, encouraging youth to join the defense forces, and providing loans to promote entrepreneurship among graduates.
This document discusses stepping stones to enhance primary education in rural India. It notes that about 58% of Indian children do not complete primary education, with only 50% able to read at a second grade level and 40% unable to do simple subtraction. Many rural children face challenges securing basic needs. The government has implemented programs like Sarva Shiksha Abhiyan to universalize elementary education and the Right to Education Act to guarantee free education for all children ages 6 to 14. However, more needs to be done to improve teaching quality and address issues like health challenges rural children face due to poor nutrition and environments. Communication between teachers and students also needs to be enhanced to help students overcome understanding barriers.
Vocational education prepares students for specific trades through hands-on training in skills and techniques. It is offered at many high schools, vocational schools, community colleges, and technical institutes. In India, both national policies and state governments support vocational education to increase employability. However, the current vocational training system suffers from high dropout rates, low enrollment in vocational courses, rigid regulations, and a lack of experienced teachers.
Vocationalization of Secondary Education: The Open Schooling PerspectiveCEMCA
Presentation by Dr. SS. Jena at the National Consultative Workshop on Developing NVEQF Implementation Strategy for Open Schooling, 20-21 June, 2013, Kochi.
This document is an industrial training report submitted by Ahmad Syafiq Asyraf Bin Ahmad Sabri from Universiti Teknologi Malaysia. The report details his one month industrial training at the MEMS Laboratory at Keio University in Japan from June 16th to July 11th, 2014 under the supervision of Associate Professor Norihisa Miki. The report provides an overview of Keio University, including its history and campuses. It also outlines the purpose, objectives, and learning outcomes of the industrial training program, and describes the scope of work, training, and projects carried out by the student during his time at the MEMS Laboratory.
This report analyses the current regulatory framework of higher education in India and highlights areas that require important policy reforms in order to encourage greater private participation. This participation would eventually lead to a more competitive environment in the higher education sector and foster growth, which is needed to achieve the target of 10% increase in Gross Enrolment Ratio (GER) set by the 12th Five Year Plan (FYP).
Higher education in India has seen significant growth and reforms over time. It is provided through public and private institutions, with oversight from central, state and local levels. While religious and temple-based education was common historically, the system has expanded in recent decades but still faces challenges in quality, management, and meeting demand. The private sector is expected to play an increasing role to help address these challenges and supplement public funding and capacity. Reforms are underway to improve regulation and encourage more participation by Indian and foreign institutions through public-private partnerships.
National e lecture series nep 2020 vocational educationURMILA PARALIKAR
This presentation was a part of the National E-Lecture Series conducted by the Gracious College of Education, Raipur, Chattisgarh, India on the date 28th of July 2021. This presentation discusses the problems of the hitherto prevailing Vocational Education and the recommendations made by the NEP2020 wrt the planning and execution of Vocational Education in India.
CIIT provides educational services through its various campuses and departments. As an internee at CIIT Islamabad, the author performed tasks in different departments like the help desk, call center, and admission cell. This provided learning experiences in areas like problem solving, communication, and handling admission processes. The 8-week internship allowed the author to understand CIIT's operations and gain practical experience working with students.
This document summarizes the current status of technical education in India. It discusses the importance of technical education for developing job skills and fueling economic growth. It outlines some key challenges facing technical education like outdated curricula and lack of practical training. It also provides an overview of the current technical education system in India and the state of Odisha, highlighting opportunities and threats. It concludes by emphasizing the need for reforms like increasing industry collaboration, focusing on developing practical skills, and lifelong learning opportunities.
India’s Higher Education System - May 2016Careers360
With nearly 8 million students entering the higher education
domain each year, and a GER hovering around
20%, India would see a sustained growth in number of
enrolments as well as institutions in the coming decades.
As good institutes are in short supply, the scope for
higher education services providers will only grow in
the coming years. The report presents an overview of
the status of education in the country, number and type
of institutions and their growth, aggregate enrolments
and growth, nature of research conducted in Indian
institutions, opportunities for joint degrees/sandwich
programmes and research collaborations.
Iec group of Institutions is an Best engineering institute in noida , Greater Noida Uttar Pradesh, India. We have the world class campus placement , excellence in teaching, research an innovation experiential learning ,top educated faculty get here.
Professional Education Opportunities @ SingaporeRushit Shah
The document summarizes professional education opportunities in Singapore. It discusses Singapore's education system and prominent institutions that offer degrees in various fields like arts, engineering, hospitality, and business. It also outlines the visa application process for international students and different scholarship programs available. Singapore aims to be a global education hub and its institutions are well-regarded internationally.
Swot analysis of COMSATS Institute of Information Technology, Abbottabad Zohaib HUSSAIN
This document provides a SWOT analysis of COMSATS Abbottabad. It identifies several strengths, including highly qualified faculty, specialized degree programs, modern facilities, and opportunities for research. Weaknesses include insufficient housing and underfunding. Opportunities include continuing education programs and partnerships with employers. Threats include increased competition from other local universities. The conclusion states that COMSATS Abbottabad has good potential to leverage its strengths and minimize threats given its resources and strategic location.
This document provides information about the Undergraduate Common Entrance Examination for Design (UCEED) 2015 conducted by IIT Bombay. It outlines the schedule, eligibility criteria, registration process, exam structure, and reservation policies for UCEED 2015. The exam consists of two papers that will be held on May 31, 2015. Candidates must meet age limits, attempt limits, and Class 12 passing criteria to be eligible. Registration is online from April 1-15, 2015 and different fees apply based on gender and category. Accommodations are available for persons with disabilities.
This document summarizes a presentation given at the 16th annual ISTE student convention on updating curriculum and nourishing talent through extracurricular activities to ignite genius in professional students. The presentation discusses how India's large education system faces challenges like poor performance and quality issues. It advocates linking academic and practical skills to help students understand their abilities and career goals. The presentation also emphasizes the importance of extracurricular activities in developing student skills and bonding, and suggests updates to curriculum like introducing vocational training, industry partnerships, and interactive learning through technology.
This document provides an overview of the Indian higher education system, including its structure, governance, quality assurance mechanisms, and key challenges. Some of the main points covered are:
- India has a diverse higher education system comprising of universities, colleges, and standalone institutes, with over 30 million students.
- The system is overseen by the Ministry of HRD and UGC at the central level, along with state-level bodies. Accreditation is provided by bodies like NAAC, NBA, and NIRF.
- Challenges facing Indian universities include limited global visibility and rankings, attracting more international students and faculty, and developing world-class research output on par with top global universities.
The document outlines a revised centrally sponsored scheme for vocationalization of higher secondary education in India. Key points:
1. The scheme aims to prepare students for employment through competency-based vocational courses and increase their employability and competitiveness.
2. Under the revised scheme, vocational education will be integrated into the national qualifications framework to allow for lateral and vertical mobility between vocational and academic streams.
3. Demand-driven modular courses will be identified in collaboration with industry and offered in higher secondary schools, with a focus on both technical and soft skills. Courses will be revised regularly based on industry needs.
The Sanjay Ghodawat Polytechnic was established in 2012 in Maharashtra with the vision of providing quality diploma education. It offers diploma programs in mechanical, civil, computer science, electronics, and electrical engineering. The institute provides state-of-the-art infrastructure including digitally equipped classrooms and well-equipped labs. It also offers various co-curricular activities like sports and guest lectures to promote the holistic development of students. The polytechnic aims to impart job-oriented skills and has placement rates of approximately 100%. It is working towards getting accredited by the National Board of Accreditation to further enhance its education quality.
The Knowledge Review thus comes up with a special issue of “The 10 Best Diploma Colleges in India, 2018”, which highlights some of the best institutes in India which are innovatively transforming and enhancing diploma education. This issue highlights some of those institutes which have set a global standard in the field of diploma education, research, and training.
The educational institutions in India have metamorphosed with the passage of time. Diploma education in India has also witnessed a tremendous transformation with the implementation of cutting-edge technologies and research oriented educational procedures.
The Knowledge Review thus comes up with a special issue of “The 10 Best Diploma Colleges in India, 2018”, which highlights some of the best institutes in India which are innovatively transforming and enhancing diploma education. This issue highlights some of those institutes which have set a global standard in the field of diploma education, research, and training.
The document discusses youth unemployment as one of the major economic challenges of the 21st century. It notes that unemployment is highest among youth aged 15-29. There are two main aspects contributing to youth unemployment: lack of proper skills and lack of opportunities or knowledge. To address this, the document suggests improving communication skills training in schools, promoting vocational training institutes, encouraging youth to join the defense forces, and providing loans to promote entrepreneurship among graduates.
This document discusses stepping stones to enhance primary education in rural India. It notes that about 58% of Indian children do not complete primary education, with only 50% able to read at a second grade level and 40% unable to do simple subtraction. Many rural children face challenges securing basic needs. The government has implemented programs like Sarva Shiksha Abhiyan to universalize elementary education and the Right to Education Act to guarantee free education for all children ages 6 to 14. However, more needs to be done to improve teaching quality and address issues like health challenges rural children face due to poor nutrition and environments. Communication between teachers and students also needs to be enhanced to help students overcome understanding barriers.
1) The document proposes solutions to improve primary education quality in India by addressing issues like high dropout rates, lack of proper infrastructure and qualified teachers, and students performing below grade level.
2) One solution is to establish specialized training institutes that would produce highly trained and qualified primary school teachers, similar to programs at IITs and IIMs. These institutes would provide training on teaching methodology, management skills, and maintaining healthy student-teacher relationships.
3) Trainees would include both unemployed graduates and existing primary teachers. The training would help address the shortage of qualified teachers and improve education standards in primary schools across India.
The document discusses issues with India's primary education system and proposes solutions. It notes a lack of interest among both students and teachers. It suggests that pictorial and musical classes could boost student engagement by reducing textbooks and incorporating audio/visual materials. It also stresses the need for qualified teachers, implementation of government policies like free meals and dresses, and extracurricular activities to complement academic lessons. Overall, the document argues that mutual effort from parents, teachers, and policy changes are needed to improve the primary education system in India.
STEP Annual Report 2014-2015 - MANTRA's School Transformation and Empowerment...Anoop Erakkil
School Transformation and Empowerment Project(STEP) is an initiative of MANTRA Social Services - Bangalore, Through STEP, we strive to promote and improve quality of education in schools serving the socioeconomically disadvantaged population of the country.
In the current academic year(2014-2015), MANTRA engaged with 9 schools for the first stage of STEP with a need assessment and report for clarifying and aligning to school’s purpose.
This report captures our work on the ground hitherto – highlighting our activities in Year 1 of STEP,our key learning and strategic intent going forward.
This annual report from Happy Horizons Trust provides an overview of the organization and its educational projects in 2015-2016. It discusses the mission to improve education quality in India, the expansion of projects and regions served in the past year, and highlights several key projects including Project Jagriti, Learning Through Videos, Career Seminars, and the Rukmini Devi Scholarship program which provides leadership training to high school girls. Contact information is also provided for the managing trustee, project manager, and various office locations.
Inclusive Education & Its Implication in Classroom TeachingRajnish Kumar Arya
For this presentation, in-service Itinerant Teachers were population. Here I tried to cater their needs. Before preparing it, they were given a questionnaire containing 40 items. After analyzing its result I come to know their requirement.
The document provides an overview of the education sector in India. Some key points:
- India has the largest higher education system in the world with over 760 universities and over 48,000 colleges.
- The education sector is estimated to be worth $97.8 billion in 2016 and projected to reach $144 billion by 2020.
- There is a huge demand-supply gap with the need for more schools, colleges, and vocational training centers. The government aims to increase higher education enrollment.
AICTE during past two years have taken many new initiatives under the dynamic leadership of Prof Anil Sahasrabudhe, Chairman AICTE. The major initiatives are implementation of Sh M K Kaw Committee report. The committee suggested that AICTE should prove its functioning as facilitator. The curriculum should be changed as per the needs of the society as a whole. Use of blended learning (SWAYAM), teachers training, skill and vocational education, improving the level of weak institutes, more funding to AICTE by government of India, third party ranking system of technical institutes, single entry test for admission etc, rigorous accreditation system etc.
This document proposes establishing Skills Development Centers (SDCs) across India to address issues with the country's employment market. SDCs would be managed by the University Grants Commission and overseen by the Human Resource Development Ministry. They would offer vocational skills training to students and working professionals on weekends and evenings. Courses would include both technical and non-technical skills to make students more employable. SDCs aim to improve the quality of the workforce and better integrate skills training with formal education to help resolve India's employment problems. However, their success would depend on factors like adequate funding, integration with education, and increasing awareness of the program.
This document proposes establishing Skills Development Centers (SDCs) across India to address issues with the country's employment market. SDCs would be managed by the University Grants Commission and overseen by the Human Resource Development Ministry. They would offer vocational skills training to students and working professionals on weekends and evenings. Courses would include both technical and non-technical skills to make students more employable. SDCs aim to improve the quality of the workforce and better integrate skills training with formal education to help resolve India's employment problems. However, challenges include securing adequate funding and integration with existing education systems.
AICTE is the national-level body that regulates technical education in India. It was established in 1945 to survey technical education programs and facilities. AICTE sets norms and standards for technical education, approves new programs and institutes, and provides funding and scholarships to support priority areas. It oversees various bureaus and boards to fulfill its objectives of coordinating, maintaining quality, and developing technical education in India.
The document provides information about the INSPIRE Awards scheme in India, which aims to attract talented students aged 10-32 years to science. It discusses the five components of the scheme that target different age groups, and the objectives to foster innovation among students and build the science talent pool. Over one million original ideas are targeted annually to solve societal problems. Top ideas are supported with awards, internships, scholarships, and fellowships. National competitions are held to advance the best projects.
The document outlines 11 schemes operated by the Research and Faculty Development Bureau of the All India Council for Technical Education (AICTE) to promote quality technical education. The schemes provide funding for research projects, modernizing infrastructure, industry collaboration, faculty development, and more. Eligible institutions include AICTE-approved technical institutions and university departments. The schemes aim to support research, encourage innovation, enhance teaching capabilities, and promote faculty career growth. Objectives, eligibility criteria, funding limits, and expected outcomes are provided for each scheme.
The document describes the Centre for Technology Innovation and Entrepreneurship (CTIE) at KLE Technological University in Hubli, India. CTIE aims to foster entrepreneurship in tier 2 and 3 cities by building an entrepreneurial ecosystem on campus. It does this through formal curriculum interventions like capstone projects, and informal interventions like working with experienced entrepreneurs. CTIE has supported over 37 tech ventures, created over 260 jobs, and aims to create 700 engineering jobs in the next 3 years. The model has proven entrepreneurship can be cultivated on campus and empowered students from tier 2 cities.
This document provides guidelines for setting up Atal Tinkering Laboratories (ATLs) under the Atal Innovation Mission (AIM) in India. The objective is to foster curiosity, creativity, and skills in science, technology, engineering, and math among young students. Schools can apply to establish an ATL, which will receive funding for equipment, consumables, and activities over 5 years. Selected schools must provide lab space and identify faculty to manage the ATL. The ATL will promote hands-on learning, competitions, workshops, and networking with industry and academia to encourage innovation among students.
the status and challenges of technical education is discussed. The initiatives of aicte is also presented. The expectation of industries from Indian technical education graduates is also presented. Challenges of employ ability and expectation by industries is explained.
This document outlines the new curriculum for 3-year diploma programs in mechanical engineering in Andhra Pradesh. It was created through a collaborative process involving polytechnic faculty, industry representatives, and academic experts. Key aspects of the new C-20 curriculum include an increased focus on practical skills, revised lab and workshop content, the addition of 6 months of industrial training, and alignment with NBA accreditation guidelines. The goal is to produce graduates with strong technical skills who meet industry needs.
The document discusses India's goals in science, technology, and innovation (STI) to become one of the top three scientific superpowers. It highlights the importance of research and development (R&D) in renewable energy, AI, robotics, and other emerging technologies. It summarizes key aspects of the new National Education Policy (NEP) 2020 related to STI, including increasing spending on education and R&D, setting up research universities and institutions, and strengthening industry-academia collaborations. The STI policy aims to double R&D expenditure and the number of researchers over the next five years to make India self-reliant in cutting-edge technologies.
The document proposes the creation of the Forum for Academic and Industrial Research (FAIR) to promote research and innovation in India. FAIR would establish zonal centers in various IITs across India. It would connect students to research institutes and industries through internships and provide scholarships to encourage research. FAIR would host an Innovation Expo to connect innovators to investors and incubators and hold competitions to find solutions to national issues. Its goals are to build research skills in students, commercialize innovations, and create awareness of research opportunities in India to stem brain drain. FAIR aims to support over 600 interns and 100 startups annually while connecting industries to technical solutions. Long-term, it hopes to increase India's research
This document outlines regulations and syllabi for an Advanced Level Course in Computer Science (ALCCS) offered by The Institution of Electronics and Telecommunication Engineers (IETE). The 3-year part-time ALCCS program is designed to impart advanced training in software development and provide qualifications equivalent to an M.Tech in Computer Science. The course is conducted at various IETE centers and includes subjects like parallel computing, object-oriented programming, and computer networks. Students must complete coursework, assignments, a dissertation, and maintain the required attendance to be eligible to receive the ALCCS certification, which is recognized by the Government of India and various universities for employment and further education purposes.
The 10 phenomenal engineering institutes of india 2021Merry D'souza
The knowledge Review covered 'The 10 Phenomenal Engineering Institutes of India 2021, Across the Globe, here The best 10 Phenomenal Engineering Institutes of India 2021
The document discusses challenges and solutions to promoting research in India. It outlines problems such as poor research infrastructure, low industry-university linkages, and negative social perceptions of research. Solutions proposed include increasing government funding for research awards and infrastructure, encouraging foreign student enrollment to support research, revising university curricula and admission policies to emphasize research skills, and sponsoring school-level research competitions. However, challenges to implementation may include resistance from universities, limited government funding, and safety concerns deterring foreign students. Overall solutions aim to improve research quality and output in India.
The document is a self-study report submitted by KIIT College of Engineering to the National Assessment and Accreditation Council (NAAC) for accreditation. It provides details about the college such as its management, vision, infrastructure, programs offered, faculty, research activities, industry collaborations, training and placements, and association with professional bodies. The report is organized into 7 criteria covering aspects such as curriculum, teaching-learning, research, infrastructure, student support, governance and best practices. The college aims to gain NAAC accreditation to further enhance its academic and professional standards.
Fostering innovation and entrepreneurship through university education - Road...S M Raunaque Mustafa
This document discusses fostering innovation and entrepreneurship through university education in India. It finds that while the number of universities and colleges is large, enrollment in professional fields like engineering and medicine is much lower than non-professional fields. It also finds that while the number of PhDs awarded is increasing, the number of patents filed by Indian universities is very low compared to other countries. It identifies that there are currently 68 incubators linked to academic institutions in India, which is far lower than other countries. It recommends introducing entrepreneurship education into university curriculums, providing funding for incubators, and training faculty to better support innovation and entrepreneurship.
The document proposes a plan to upgrade higher education institutions in India to promote research and innovation. It identifies 100 institutions across India that will be developed. These institutions will be divided into 5 zones, with 20 institutions in each zone. A zonal committee will be formed for each zone to monitor the institutions' infrastructure and faculty. The plan aims to provide INR 3,500 crore to upgrade infrastructure, recruit additional faculty, and train existing faculty. It discusses funding sources, implementation approach, and mechanisms to measure impact and ensure sustainability. Challenges around social attitudes, economic pressures, and political influences are also addressed.
The document proposes a plan to promote research and innovation in India by targeting students from high school through post-graduation. It would establish teams across areas like recruitment, administration, legal support, media, IT, finance, and science. The plan aims to benefit 200 million students annually by inspiring innovative thinking, providing research opportunities and scholarships, making patents and publications easier, and linking universities and industries. It estimates a budget of 600 crore rupees and expects to file 1200 patents annually while developing products for India and boosting the economy.
This document discusses increasing youth employability by focusing on three main types of employability skills: basic academic skills like reading and writing; higher-order thinking skills such as problem solving and decision making; and personal qualities including self-confidence, social skills, and a good work attitude. It notes that the real challenge for employers is finding workers with these job readiness skills and recommends teaching employability skills through involving parents, providing opportunities to observe workplaces, and designing classrooms to mimic real work settings.
This document proposes solutions to improve primary education in India. It discusses four solutions: 1) A parallel primary education network run by volunteer youth, 2) Promoting the use of technology in schools, 3) Public-private partnerships to enhance schools, and 4) Enriching learning through hands-on methods. Each solution includes steps for implementation and discusses the potential impacts and challenges. The overall goal is to address issues like high dropout rates and low learning levels in Indian primary education.
This document proposes a 3-tier skill development framework to address India's shortage of 1.2 crore jobs per year for the next decade. It involves (1) 6-month skill courses for unemployed graduates run through public-private partnerships, (2) mandatory career counseling and 100-day apprenticeships for secondary students, and (3) extended skill and apprenticeship programs for school dropouts aged 14+. This framework aims to provide industry-relevant skills while reducing costs through private sector involvement. It could help direct workers towards new job markets and improve productivity across the economy. Challenges include gaining political and institutional support, but the document argues these can be addressed through awareness campaigns and leveraging existing IT infrastructure.
The document proposes a new model to address India's high rates of malnutrition among children. It identifies several key factors contributing to malnutrition, including poor nutrition of mothers, lack of information and education, and poverty. The proposed multi-pronged solution focuses on improving anganwadi centers and ICDS programs, promoting biofortified crops, reforming PDS to reduce leakage, and increasing women's empowerment. It aims to provide a more holistic, sustainable, and cost-effective approach to fighting malnutrition across India.
The document discusses the issue of youth unemployment in India and provides recommendations to improve employability. It notes that youth unemployment is one of India's largest challenges and that awareness has increased around this issue. Several statistics on unemployment rates in India are presented. The document advocates for initiatives and policies that develop skills, encourage hands-on learning, and link education to employment opportunities to help boost youth employability and reduce unemployment.
The document discusses India's Public Distribution System (PDS), which aims to provide essential commodities like food grains, sugar, and kerosene to vulnerable groups at subsidized prices. It outlines the objectives and flow of PDS from farmers to fair price shops. Key points covered include the targeted beneficiaries and their entitlements under PDS, the challenges of leakage and exclusion of poor families, and efforts to monitor movement of supplies from depots to shops.
The document proposes solutions to increase transparency in India's Public Distribution System (PDS). It outlines problems like corruption and diversion of goods from PDS outlets. The team's proposed solutions include implementing an ERP system to integrate PDS departments, using mobile updates to track goods delivery, and introducing smart cards with Aadhaar details for citizens to purchase rations. This would allow transparent monitoring of distribution and prevent illegal sale of goods. The team aims to build on these ideas to improve the system and create a more open and reliable PDS for people across India.
Primary education in India faces several challenges, including low enrollment and attendance rates, high dropout rates before 5th grade, and poor quality of education especially in rural areas and for girls. The government has implemented various programs to address these issues, such as the District Primary Education Program, Sarva Shiksha Abhiyan, and Operation Blackboard. New initiatives like the Right to Education Act aim to increase access to private schools for underprivileged children. However, improving teacher training and classroom practices will be needed to truly enhance educational quality and outcomes for Indian children.
Drinking water is essential for life but can become contaminated through various sources, posing health risks. Sanitation through hygienic prevention of contact with waste is important for public health. In India, many lack access to clean drinking water and proper sanitation, which can have serious health repercussions like diarrhea, skin diseases, and various infections. The government has undertaken programs to improve rural sanitation and clean water access, but challenges remain in fully achieving these goals.
The document summarizes a study conducted on brain gain in India. It provides details of the study team and methodology used. Key findings include that brain drain has led to gain in four technological areas - ICT, biotechnology, pharmaceuticals, and agriculture. Most returnees expressed satisfaction with returning to India and had increased qualifications and responsibilities. Suggestions are made to replicate successful state models, improve policies in education, research and industry, and provide incentives to attract more returnees. In conclusion, the study counters myths about brain drain and suggests further research on the value of migration options and effects on institutional development.
The document discusses strategies to improve access to justice in India. At the grassroots level, it proposes creating legal awareness programs, conducting legal aid camps, and establishing legal aid cells run by trained paralegal volunteers. It also aims to strengthen the education system. At the administrative level, the document seeks to reduce case backlogs, appoint more judges, establish additional courts, and implement e-courts and information technology systems. Ensuring timely justice for all citizens across India requires empowering people at the grassroots level through legal awareness as well as positive changes to the administrative system such as reducing delays in the courts.
This document discusses women's empowerment in India. It defines empowerment as gaining power, authority, and influence through having decision-making ability, access to resources and information, positive thinking, and skills. It notes that empowering women is key to global development goals. While women faced social evils historically like sati and child marriage, independence brought efforts to uplift women through education. Literacy and sex ratios have risen in recent decades. Women now participate in all sectors of society, showing their empowerment has occurred through increased participation and access to resources leading to improved status. The empowerment of women is important for families and productivity.
The document discusses key challenges facing the North Eastern states of India, including insurgency, lack of infrastructure, and poor governance. It argues that developing tourism and border trade could help address high unemployment and low GDP in the region by generating jobs and revenue. Specifically, the region has great potential for eco and adventure tourism due to its natural beauty and cultural heritage. Border trade could revive local industries and provide access to new markets, fulfilling the goals of India's "Look East" policy. However, more work is still needed to improve infrastructure and overcome security challenges and isolationist mindsets that have hindered economic development.
Rural India faces significant challenges in providing safe drinking water and sanitation to its large population. Despite significant investments, many rural Indians still lack access to these basic services. Open defecation and waterborne diseases remain widespread problems, negatively impacting public health, education, and economic productivity. Effective solutions will require a multipronged approach including education, community participation, improved infrastructure, and strategies that address the unique needs of both rural and urban areas.
This document proposes changes to the system in India to empower women and ensure their safety and equality. It identifies issues such as jurisdiction problems, lack of evidence, and fear of lodging complaints that prevent crimes against women from being properly addressed. It recommends establishing a women's crime cell to anonymously register complaints, hiring more women in law enforcement, providing self-defense training, educating rural women on their rights, and implementing stricter laws around crimes targeting women. The proposals aim to improve women's mobility, access to resources, decision-making power, and security overall.
This document describes a project called "Sahas: Ek Prayas" aimed at ensuring women's safety and empowerment. The team is from B.P. Poddar Institute of Management and Technology and includes 5 members. The document notes alarming statistics about crimes against women in India such as rapes, dowry deaths, and human trafficking. It states the project's priorities are to educate, empower, and employ women. The proposed solution has two levels: Atma-Suraksha focuses on self-help through distributing self-defense kits and training, while Sarvasva Suraksha aims to improve safety at the community level through vocational training and educational technology.
The document outlines a 5-step plan by a team to improve research and innovation (REIN) in education. The team aims to include REIN as a subject, make projects mandatory, filter the top projects, and hold a REIN festival to showcase projects. The goal is to address issues like poor education quality, lack of funds, and brain drain by promoting research and innovation from the school to national level.
The document discusses malnutrition in India and proposes strategies to address it. It notes that India has high levels of malnutrition, with over 40% of the world's underweight children under 5 living in India. It analyzes the current situation, noting that India lacks a comprehensive national program to eradicate malnutrition. The root causes of malnutrition are intergenerational and interconnected, stemming from poverty, lack of women's empowerment, insufficient access to nutritious food and healthcare. It proposes specific nutrition interventions and monitoring strategies to combat malnutrition through a multi-sectoral approach.
The document discusses a program initiated by students from the College of Engineering, Pune to enhance the quality of primary education. As part of the program, the students visited areas with low education facilities and identified problems like lack of proper infrastructure, dull teaching methods, and economic barriers. Their objectives are to provide quality education, overall student development, and create awareness about education quality. Some of their proposed solutions include improving teacher training, making learning more interactive, focusing on students' health and extracurricular activities, and using community outreach and media to promote awareness.
This document provides details about the public distribution system (PDS) in India, including:
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2) Details about the procurement and allocation processes with organizations like FCI responsible for food grains and other groups handling other items.
3) Background on why PDS was established in India due to factors like drought, famine, war, inflation, market imperfections, and poverty.
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Rockefeller5
1. BRAIN GRAIN :
PROMOTING RESEARCH AND INNOVATION
Establishment of R & D Habitats and Knowledge Centres
at different sections of the Indian Education System,
to promote interest in applicative learning through a
novel Feedback Mechanism by the government institutions.
TEAM DETAILS
1. Tushar Singhal
2. Ankur Sharma
3. Arpit Upadhyay
4. Ashish Maheshwari
5. Himanshu Sharma
ZakirHusainCollegeofEngineeringandTechnology,AMU
2. Lack of Curiosity and Creativity due to lack of applicative learning at
basic levels of education.
Though sufficient government funds and schemes already exist but
the Proper Channel Doesn’t Function as desired and required.
Scarcity of Awareness and Platforms to showcase various advantages
and career prospects in R&D.
Though very good technical/ Non- technical educational institutions
exist, but Severe Lack of Industry Related or Commercialized Projects
that have significant revenue relevance.
ZakirHusainCollegeofEngineeringandTechnology,AMU
WHERE DO WE LAG BEHIND…???
6.4
2 2.4
26
17
15
0
5
10
15
20
25
30
MATERIAL SCIENCE MATHEMATICS COMPUTER SCIENCE
RESEARCH CAMPARISION OF INDIA AND
CHINA
INDIA CHINA
6.5
6.4
6.2
6.1
4.9
4.6
4.2
0 1 2 3 4 5 6 7
CHEMISTRY
MATERIAL SCIENCES
AGRICUTURAL SCIENCES
PHARMACOLOGY
MICROBIOLOGY
PHYSICS
ENGINEERING
PERCENTAGE OF RESEARCH IN WORLD (2010)
PERCENTAGE OF RESEARCH IN WORLD (2010)
3. GOVERNMENT
GRADUATE
LEVEL
POST
GRADUATE
LEVEL
UNDER
GRADUATE
LEVEL
ZakirHusainCollegeofEngineeringandTechnology,AMU
EDUCATION HABITATS
Access to Science Magazines for kids.
Online Video Portal from classrooms.
Awareness and classes for NTSE, INSPIRE
and KVPY.
Grant for selected School Projects.
Establishment of working models
implementing teaching methodologies that
have a practical approach to promote
‘Learning by doing’.
Support of local NGOs in
recruiting resources like books
and other free lancer teachers to
teach students in a more practical
way .
KNOWLEDGE CENTRES
Access to Foreign Labs and Journals.
Paid Trip if paper selected in
International Journal/ Conference.
Partial funding of Lab Scale Project
if finalised.
Funds for setup of Pilot Level or
commercial levels projects that have
been established at the test tube/
laboratory level.
Grants and paid foreign trips for Non
Technical students to gain access to
World literature and various forms of arts
round the world.
Foreign Exchange Program for selected
students both technical and non-
technical.
R & D CENTRES
Setup of Personal Computers in cells to access database.
Access to all Online Paid Journals.
Guest Lectures from scientist of ministry/ Industrialists.
An Annual Competition to promote innovation and check
progress.
Providing HANDS on SESSION with renowned industries for research
students to promote commercially viable technologies.
UP TO 10th
SENIOR SECONDARY
NON TECHNICALTECHNICAL
WHAT GOVERNMENT WILL GIVE…???
The idea is based on the idea
of Krishi Vikas Kendra and
NSIC (National Small Scale
Industry Cooperation).
4. REQUIREMENTS
1. ₹ 15,00,000 for smart class in each district. 2.₹ 5,00,000 for infrastructure per district. 3.Extra Incentives for manpower. (₹ 75,000 per district)
2. Total 650 districts, So ₹ 20,00,000 x 650 = ₹ 130 C
The government will initially setup 10 centres in Government school in a district equipped with smart classes.
The government will also provide grants for selected school projects.
The government will provide various scientific magazines for students.
The primary purpose of these centres would be to impart practical and applied scientific knowledge to students.
This will generate the curiosity and understanding of concept among students which they lack a lot.
The classes will be taken by:
•Regulate their increased
pension amount through
this program.
Retired
Government
Teachers
•Selected through online
DBMS of government.Volunteers
•Students can apply as
internship.Graduate Students
The classes will show shows of basic scientific
knowledge aired on Discovery, Discovery Kids,
Animal Planet, The History Channel and Topper
Channel.
The other aim of the centres will be to educate and
aware students about NTSE (National Talent Search
Examination) and INSPIRE (Innovation in Science
Pursuit for Inspired Research).
The classes should be open to all students
who wish to gain knowledge.
The 10 schools selected should be :
5 CBSE schools
2 ICSE schools
2 state boards
recognized schools
1 Other board
recognized school
ZakirHusainCollegeofEngineeringandTechnology,AMU
All research and innovation begin here, so to
make them see what they learn and make them
do what they learn, will create INNOVATION.
Proposal to be send by the student verified & accepted by
the ministry and then funding.
All the paper work to be supported by school administration.
Each year 5 new
schools will be
equipped.
The school will be
selected on the
basic of strength in
each school.
UPTO 10th LEVEL
5. The government will setup 10 centres in Government school in a district equipped with smart classes.
Guest lectures on different topics.
Availability of magazines and journals for students.
Career counselling and awareness about career in R&D.
Grants for school level prototypes models.
Proposal to be send by the student verified & accepted by the
ministry and then funding.
All the paper work to be supported by
school administration.
The classes will be taken by people as proposed
in last slide.
Online video portal support to students.
The students will be prepared for examinations like KVPY (Kishore Vigyanik Pratiyogita Yojna),NEST (Nationwide
Education Scholarship Test), IISER( Indian Institute of Science, Education and Research) and other research
oriented examinations.
SECONDARY LEVEL
10 centres
SCIENCE
5 centres
HUMANITIES
2 centres
COMMERCE
3 centres
ZakirHusainCollegeofEngineeringandTechnology,AMU
REQUIREMENTS
1. ₹ 15,00,000 for smart class per district 2.₹ 7,50,000 for infrastructure per district 3. ₹ 5,00,000 for added incentives.
2. Total ₹ 27,50,000 x 650 = 160 Cr
Each year 5 new
schools will be
equipped.
The school will be
selected on the
basic of strength in
each school.
It is the level where students do it
first, Make it more creative, the more
INNOVATIVE the students get.
SENIOR SECONDARY LEVEL
6. In case of technical education colleges, they have to apply for membership to Government.
ELIGIBILITY CRITERIA
1. The College should be approved by AICTE (All India Council for Technical Education).
2. The college should have minimum 10 years of experience in imparting education.
IMMEDIATE ADVANTAGES
1. Setup of an Research and Development Cell in college with 4 Personal Computers.
2. Free subscription of IEEE Journals/ Sciencedirect.com journals on these PCs.
The college will be provided a employee by the government, technically trained for R&D Cell.
Procedure
• 10 students
+ 2
professors
• No limit on
no. of teams
per college
Students’
team
Summary of
project for
allocation of
ministry.
After 3
months
• Virtual round
presentation in
respective ministry.
• A panel of 3 scientists
and 2 Industrialist
will judge the
students.
• One college-one
ministry-one team
After 6
months
• Finals at
respective
ministry.
• A panel of 3
scientists and 2
Industrialist will
judge the
students.
After 12
months
Project proposal to be send and Funded
by the respective ministries.
ZakirHusainCollegeofEngineeringandTechnology,AMU
The funding will be checked by the
Principal of the college.,
The students can directly complain
regarding any issue online.
REQUIREMENTS (Assuming 200 colleges get register in the first year)
1. ₹ 3,00,000 per college for setup of R&D cell. 2. ₹ 3,00,000 per annum for government employee 3. Maximum ₹ 40,00,000 for each college project funding
Total = ₹ 46,00,000 X 200 = ₹ 90 Cr
The students can apply for mentorship/
direct expertise for their projects.,
GRADUATE LEVEL - TECHNICAL
7. After finals all India average ranking colleges will be issued. Based on
the rankings college will be divided in 4 categories.
A magazine with details about all projects will be send to each college.
ELIGIBILITY CRITERIA
1. The College should be approved by UGC (University Grant Commission).
2. The college should have minimum 10 years of experience in imparting education
In case of Non technical students same procedure and setup can be applied.
They can be issued journal according to their fields and similar procedure can be followed.
ZakirHusainCollegeofEngineeringandTechnology,AMU
REQUIREMENTS ( assuming 200 non technical institutions apply in the first year)
1. ₹ 3,00,000 for R&D cell setup. 2. ₹ 3,00,000 per annum for technical employee 3. ₹ 18,00,000 per college for project funding.
Total = ₹ 24,00,000 X 200 = ₹ 50 Cr
100
60
40
20
GRADE A GRADE B GRADE C GRADE D
FUNDING OF COLLEGES FOR SUBSEQUENT
YEARS
% Funding
15
20
25
40
% OF COLLEGES
GRADE A
GRADE B
GRADE C
GRADE D
GRADUATE LEVEL – NON TECHNICAL
8. • 5 students +
2 professors
• No limit on
no. of teams
per college
Students’
team
Summary of
project for
allocation of
ministry.
After 60
days
• Virtual round
presentation in
respective ministry.
• A panel of 3 scientists
and 2 Industrialist
will judge the
students.
• One college-one
ministry-one team
After 3
months
• Finals at
respective
ministry.
• A panel of 3
scientists and 2
Industrialist will
judge the
students.
After 6
months
ZakirHusainCollegeofEngineeringandTechnology,AMU
REQUIREMENTS (Assuming 75 technical and 25 non technical institutions apply in the first year)
1.Foreign exchange program - ₹ 2,50,000 per college 2. Paid trip and Journals- ₹ 4,00,000 per college 3. ₹ 7,50,000 for project funding.
Total = ₹ 28,00,000 X 100 = 150 Cr
Funding by respective ministries.
KNOWLEDGE CENTRES
Access to foreign labs and journals.
Online Video Portal for access.
Paid trip if paper selected in International Journal/ Conference.
Partial funding of lab scale project if finalised.
Funds for setup of pilot level or commercial levels projects.
Foreign exchange program for selected students.
Under all programs of government like TEQIP, DST etc. funds are
provided only for infrastructure and not directly for research but
often they are not utilised properly.
For post graduate level the timeline for the project can be reduced to half.
All on the basis of competition to be held twice in a
year.
Grading of colleges to be
done the same way as
mentioned before.
USP of this idea is that not only it brings new platforms for the students but also
channelizes the existing funding schemes in a better streamlined way to make
them more accessible to the students.
POST GRADUATE LEVEL
9. ZakirHusainCollegeofEngineeringandTechnology,AMU
MINISTRY
NGOs
R&D CELL
F
R
E
E
L
A
N
C
E
R
Applicant can directly apply through
online/offline registration form.
Applicant can approach an NGO
associated with the education habitats.
Ministry, if approve the project
will assign the freelancer to
nearby R&D Cell.
There have been many experiences where people from Non-Educative Background have come up with Practical
Solutions to daily problems.
Our education habitats / R&D centres will serve as local go to places for those interested free lancers to exhibit their
technology and improve it and take it to National level through government funding in case the project is validated
by concerned ministry.
If the project is approved and implemented, it can be collaborated
with NREGA in an area.
This way it will Promote Research and Jobs both in an area initially
and later on at national level.
REQUIREMENTS
Government can allot ₹ 20 Cr each year for Freelance researchers that include setup of local level or pilot level test plants.
When talent meets opportunity ,
something out of the box happens.
For FREELANCER RESEARCHERS from Non-Educative
Backgrounds
10. REQUIREMENTS
The government will each year organise an Annual Innovation
Meet (AIM).
ZakirHusainCollegeofEngineeringandTechnology,AMU
Annual Innovation Meet (AIM)
Industrialists
Scientists /
Professors
Students
The top 3 winners from each ministry at
each level (graduate/ post graduate level)
will be invited to AIM.
Scientists from institutes and ministries and
professors of winning teams will be invited.
Top industrialist from whole country will be
invited.
A few selected school students will also be
invited (selected on the basis of top 10
school projects in India).
•In case the project is
selected and
validated by the
experts and
scientist,
government will be
responsible for filling
projects.
•An annual magazine
named LAKSHYA
with the details of
top projects an AIM
will be published
and sent to each
and every member
institution.
MAGAZINE PATENTS
PROSPECTS OF AIM
• This will provide the opportunity to know the current level of research and
innovation in our country.
• Provide an exposure to international status.
• An amalgam of brightest minds of different sector from country.
AIM
• The meet will be partially sponsored by the interested industrial sector,
and organized by the government.
• Its will cost be around ₹ 15 Cr
The magazine ‘LAKSHYA’ will serve as medium of
awareness about current scenario of India in
research in innovation and research.
THE NEXT STEP - AIM
11. We propose a estimated rise of 25-30 %
in students as the subsequent year
arrives on the basis of previous states.
ZakirHusainCollegeofEngineeringandTechnology,AMU
WHAT OUR COUNTRY ACHIEVES
UPTO10
1.Assuming 100
students per school
get benefits at this
level.
2.It accounts for
1000 students per
district and 6,50,000
throughout the
nation in the first
year only.
SENIORSECONDARY
1. Assuming 100
students in science,
50 in commerce and
50 in humanities get
benefit in a school.
2. It accounts for
1500 students per
district and
9,75,000 students
throughout the
country in the first
year only.
GRADUATELEVEL
1.Assuming 500
graduate students
per college get
benefit.
2. It accounts for
2,00,000 students
gaining from the
scheme both
technical and non
technical.
POSTGRADUATELEVEL
1. Assuming 50
students in a college
get benefit from this
scheme.
2. It accounts for
5000 post graduate
students gaining
from the given
scheme.
10th LEVEL SENIOR
SECONDARY
GRADUATE
LEVEL
POST
GRADUATE
LEVEL
6.5
9.75
2
0.05
1.3 1.6 1.4 1.5
ANALYSIS
BENEFITED STUDENTS (in Lakhs) MONEY SPENT ₹ (In Hundred Crores)
.
FUTURE ASPECTS AND CHALLENGES The total expenditure of the scheme is ₹
600 Crores yearly.
18.3
22.7
28.6
33.4
40
₹60
₹30
₹23
₹18 ₹15
0
10
20
30
40
50
60
70
1st Year 2nd Year 3rd Year 4th Year 5th Year
FIVE YEAR PLAN
NO. OF STUDENTS (In Lakhs) EXPENDITURE (in ten crores)
Estimated 40 lakh students would be a part of this innovation
renaissance in India, but at the same time proper channels to make
resources available should function properly.
The expenditure is estimated to come down from ₹ 600 crores to ₹
150 crores in 5 years reducing financial burden on the government,
but this budget might vary as per the national budget.
Break even point where the expenditure levels and substantial
outcomes in terms of research and innovation among students would
amalgamate is estimated to be reached in the 3rd year.
12. • Sinha, K. (2012, October 1). India accounts for just 3.5% of global research output. The Times of India. Retrieved from
http://articles.timesofindia.indiatimes.com/2012-10-01/india/34197401_1_computer-sciences-india-research
• Global Innovation Index. (2013). Global Innovation Report 2013. Retrieved from http://battelle.org/docs/default-document-
library/2012_global_forecast.pdfhttp://www.globalinnovationindex.org/content.aspx?page=gii-full-report-2013
• Batelle. (2012). Global R&D Funding Forecast. Retrieved from http://battelle.org/docs/default-document-library/2012_global_forecast.pdf
• Department of Science and Technology, Government of India. (2012). Bibliometric Study of India’s scientific publication outputs during
2001-10. Retrieved from http://www.dst.gov.in/whats_new/whats_new12/report.pdf
• National innovation Council. (2010). Introduction. Retrieved from http://www.innovationcouncil.gov.in/
• Ministry of Science and Technology. (2013). Science, Technology and Innovation Policy 2013. Retrieved from http://www.dst.gov.in/sti-
policy-eng.pdf
• Noorden, R.V. (2013). India fails to deliver on promises to boost science budget . Nature News Blog. Retrieved from
http://blogs.nature.com/news/2013/03/india-fails-to-deliver-on-promises-to-boost-science-budget.html
• PRS India Pending Bills in India
• HIGHER EDUCATION BILL AND RESEARCH BILL, 2011
• UNIVERSITIES OF RESEARCH AND INNOVATION BILL, 2012
• FOREIGN EDUCATION INSTITIUTION BILL, 2010
• EDUCATION TRIBUNAL BILL, 2010
ZakirHusainCollegeofEngineeringandTechnology,AMU
REFERENCES