Many countries globalized their economy. Due to this act, many foreign direct investments have come to establish industries. These companies demand multi-skilled employees. This presentation provides strategies in developing the needed human resources.
The PPTs provide methods to narrow the gaps between engineering education and industry through Science, technology, economics, management, and fire-fighting. Fire-fighting refers to continuous upgrading of the engineering programs based on the advancements of industrial practices.
This document discusses developing vocational education programs to meet the challenges of Industry 4.0. It outlines the key challenges including ensuring graduates have generic and transferable skills, occupationally specific skills that meet employer needs, and the role of employers in sharing costs and providing workplace training. The document then examines strengths and weaknesses of vocational education programs in meeting these challenges, as well as opportunities such as growing industrial corridors. Crucial skills needed for Industry 4.0 like virtual collaboration and cognitive load management are discussed. Best practices from countries like Korea, China, Germany and Switzerland are also summarized.
Mooc digital artifact key learnings on human capital developmentJoheen Boonzaaier
The digital artifact provides a summary of key learnings from the World Bank Massive Open Online Course (MOOC) on Human Capital Development (HCD), highlighting the change drivers for the future of work; how jobs will change in the face of technological advancement; and the skills required to ensure individuals can adapt to those changes. Focus is placed on the components of education that contribute to HCD. The status quo in South Africa with respect to education and development is presented as the context for my field of work, namely research and advisory services in skills development. Based on these learnings, policy implications for education in South Africa are drawn.
Id 7 pp ts hyderabad impact of world bank assisted technician education proje...Thanikachalam Vedhathiri
The research study reveals the positive impact of the World Bank assisted projects on three North-Eastern states of India, viz, Meghalaya, Mizoram, and Tripura.
The document discusses the lack of commercially viable research and innovation-driven R&D from the private sector in India compared to other countries like China. It notes India's low output of patents and lack of private sector investment in R&D. To address this, the document proposes creating innovation clusters through increased industry-academia collaboration. Specifically, it suggests forming field-specific clusters with jointly owned lab facilities and equipment to promote knowledge sharing and high-risk research between companies and universities.
The document discusses challenges with research and innovation in India such as a lack of commercially viable research and innovation-driven R&D from the private sector. It proposes the creation of specialized industry-academia innovation clusters to address these issues. The clusters would facilitate collaboration between universities and private companies on high-risk, high-end technological research through jointly owned facilities and equipment. This would provide benefits like pre-competitive knowledge sharing, access to expertise, and opportunities to invest in promising but unproven technologies. The government would provide seed funding, while private companies would be invited to sponsor cluster development through agreements with the National Innovation Council.
Building Knowledge Economies is important for developing countries. This study provides key strategies for transiting to a knowledge economy in Nigeria.
The PPTs provide methods to narrow the gaps between engineering education and industry through Science, technology, economics, management, and fire-fighting. Fire-fighting refers to continuous upgrading of the engineering programs based on the advancements of industrial practices.
This document discusses developing vocational education programs to meet the challenges of Industry 4.0. It outlines the key challenges including ensuring graduates have generic and transferable skills, occupationally specific skills that meet employer needs, and the role of employers in sharing costs and providing workplace training. The document then examines strengths and weaknesses of vocational education programs in meeting these challenges, as well as opportunities such as growing industrial corridors. Crucial skills needed for Industry 4.0 like virtual collaboration and cognitive load management are discussed. Best practices from countries like Korea, China, Germany and Switzerland are also summarized.
Mooc digital artifact key learnings on human capital developmentJoheen Boonzaaier
The digital artifact provides a summary of key learnings from the World Bank Massive Open Online Course (MOOC) on Human Capital Development (HCD), highlighting the change drivers for the future of work; how jobs will change in the face of technological advancement; and the skills required to ensure individuals can adapt to those changes. Focus is placed on the components of education that contribute to HCD. The status quo in South Africa with respect to education and development is presented as the context for my field of work, namely research and advisory services in skills development. Based on these learnings, policy implications for education in South Africa are drawn.
Id 7 pp ts hyderabad impact of world bank assisted technician education proje...Thanikachalam Vedhathiri
The research study reveals the positive impact of the World Bank assisted projects on three North-Eastern states of India, viz, Meghalaya, Mizoram, and Tripura.
The document discusses the lack of commercially viable research and innovation-driven R&D from the private sector in India compared to other countries like China. It notes India's low output of patents and lack of private sector investment in R&D. To address this, the document proposes creating innovation clusters through increased industry-academia collaboration. Specifically, it suggests forming field-specific clusters with jointly owned lab facilities and equipment to promote knowledge sharing and high-risk research between companies and universities.
The document discusses challenges with research and innovation in India such as a lack of commercially viable research and innovation-driven R&D from the private sector. It proposes the creation of specialized industry-academia innovation clusters to address these issues. The clusters would facilitate collaboration between universities and private companies on high-risk, high-end technological research through jointly owned facilities and equipment. This would provide benefits like pre-competitive knowledge sharing, access to expertise, and opportunities to invest in promising but unproven technologies. The government would provide seed funding, while private companies would be invited to sponsor cluster development through agreements with the National Innovation Council.
Building Knowledge Economies is important for developing countries. This study provides key strategies for transiting to a knowledge economy in Nigeria.
This document discusses India's lack of private sector investment in research and development. It notes that few Indian companies are ranked among the top global investors in R&D, and that India files very few patents compared to countries like China. It analyzes causes such as lack of private initiative, lack of funds for researchers, and outdated university curricula. Solutions proposed include establishing industry-academia research centers jointly funded by government and private companies, training programs to develop high-skilled workers, and instituting corporate-university consortiums to facilitate applied research. The goal is to increase commercially viable research through greater collaboration between industry and academia.
San Quei Lin – Vocational Education, Training & Economic Development in TaiwanGlobal Education Futures
This document discusses vocational education, training, and economic development in Taiwan. It provides information on:
- WorldSkills International's growth to 74 member countries hosting skills competitions across various sectors.
- Taiwan's success in WorldSkills competitions, ranking 3rd in the recent competition with 6 gold, 4 silver, and 8 bronze medals.
- Taiwan shifting its industrial development focus to innovation-driven and knowledge-intensive industries.
- Taiwan's strategies to develop human resources through lifelong learning, training programs, talent recruitment, and improving vocational education.
1. The document discusses the electrical and electronics (E&E) industry cluster in Malaysia, including its history, current state, and strategies for future development.
2. It outlines the E&E cluster's internal strengths like its role as a major electronics exporter, but also weaknesses such as an asymmetric industry structure and lack of skills.
3. External opportunities for the cluster include increasing exports and industry 4.0, but threats include a slowing global economy and lower demand from key markets.
4. The Penang Skills Development Centre (PSDC) supports the industry through training programs, but more cooperation is needed internationally and within ASEAN to strengthen the E&E cluster long term.
This document discusses innovation and higher education from an Indian perspective. It provides an overview of innovation initiatives at the National Innovation Foundation and Council in India. It then focuses on the specific efforts at NIT Silchar to promote innovation culture through courses, a research promotion cell, Indovation Lab, incubation of startups, skill development programs, renewable energy projects, and telemedicine initiatives. It outlines some challenges in promoting innovation such as lack of national guidance, recognition, networking and resources. The document aims to showcase how NIT Silchar is working to foster innovation among students and the community.
Innovation, Entrepreneurship and Higher EducationOdai Assaf
This presentaion gives you a starting point and basic understanding of the three main economics driven which are : Innovation, Entrepreneurship and Higher Education by defining each term and showing a great example from the real life about these iteams .
The document discusses the need to establish collaborative research facilities in India to promote innovation. It notes that while India produces a large number of experts, it invests little in research and development and lacks world-class research infrastructure. It proposes creating research facilities that bring together government, industry, and academia to share resources and costs. This would encourage private sector funding of research, provide industry access to top researchers and facilities, and help retain scientific talent in India rather than contributing to brain drain. The document uses the example of establishing such a facility in computer engineering and technology near IIT Mumbai to leverage local talent and industry partnerships.
Panelist speaker Ngan Cheng Hwa, Deputy Managing Director GMI at the Selangor Smart City & Digital Economy Convention 2018, on the panel session titled IoT and Cloud Computing: Realising IR 4.0 in Malaysia
- Prof. Dr. Nawaz Sharif has extensive academic and professional experience in engineering, technology management, and industrial engineering. He has degrees from universities in Bangladesh, USA, and Thailand.
- He has worked as a professor and administrator at universities in Bangladesh, Thailand, and USA. He has also consulted for organizations like the World Bank and United Nations on science and technology projects.
- The document announces a two-week evening course on fundamentals of technological innovation in organizations to be taught by Prof. Sharif at the Bangladesh Institute of Management from November 1-9, 2013. The course is intended for managers, engineers, and executives to learn frameworks and strategies for technological innovation.
The document describes a science scorecard developed by Stifterverband to evaluate and compare the university cities of Ames, Cedar Falls, Des Moines, and Iowa City in Iowa. The scorecard measures quantitative indicators in areas like science, community, and economy to generate a city profile. It also assesses qualitative factors regarding each city's strategy, knowledge transfer networks, collaboration, and branding to provide a city in action analysis. The scorecard found strengths and weaknesses in the science presence, skilled workforce, innovation culture, and strategic planning of each city. It concluded by discussing opportunities to expand the scorecard's use and develop an interactive dashboard tool for cities to assess goals and identify best practices.
[Challenge:Future] 8ball: The Future of Work - InnovationChallenge:Future
Cristian Drindea is a member from Romania who attends The Academy of Economic Studies in Eastern Europe. He notes that Eastern Europe has high potential in the energy and IT sectors due to its position between Western Europe and Asia. However, it faces weaknesses like losing its cost advantage to India and China and excessive bureaucracy. For Romania specifically, high potential sectors are IT and agriculture, and it is expected to gain more influence in the EU. The region's future growth will rely on innovation as costs rise and intellectual students drive new thinking.
The document outlines ICT's strategic planning process. It discusses ICT's mission to transform education through technology. It presents ICT's mission, vision, values, and goals. It also performs a SWOT analysis, identifying strengths like experienced staff, weaknesses like limited funding, opportunities like new partnerships, and threats like resistance to change. Finally, it explains the significance of the double phoenix symbol representing rebirth and the beginning of a new life through creative and spiritual regeneration.
The document summarizes the Third Annual Science, Engineering, and Technology (SET) conference hosted by the Technology Innovation Agency (TIA) and Vaal University of Technology. It discusses TIA's mandate to support technological innovation in South Africa to improve economic growth and quality of life. TIA focuses on developing skills and partnerships with government departments, universities, and industry to support sectors like agro-processing, tooling, and renewable energy. Initiatives include Technology Stations, Institutes for Advanced Tooling, and collaborations between universities and the tooling industry to address skills shortages and develop a competitive tooling sector in South Africa.
Harnessing Science and Technology: Reviving the Philippine Manufacturing SectorNEDAhq
Keynote address of Socioeconomic Planning Secretary and NEDA Director-General Arsenio M. Balisacan during the 35th Annual Scientific Meeting of the National Academy of Science and Technology (NAST), Manila Hotel,10 July 2013
The document proposes establishing autonomous Centers of Excellence through public-private partnerships to promote research and innovation in India. Currently, India contributes only a small fraction of global patent applications and Ph.D.s despite its large population. The centers would provide common platforms for collaboration, infrastructure, and resources to address issues like lack of funding and support for small businesses and students. The proposal outlines plans for initializing, operating, and expanding the centers over time to maximize their benefits for scientists, businesses, students, and society.
This document discusses the role of Cuyahoga Community College's Workforce Economic Development Division in workforce development. It highlights programs and initiatives that provide job training, career guidance, and education to help prepare students and the workforce. These include industry-specific training programs, partnerships with local employers, and initiatives to develop skills in growing fields like bioscience and transportation. The division works to align training with the needs of the local and regional economy and help define and measure student success in today's changing workforce landscape.
This document provides a brief resume of Prof. Dr. Nawaz Sharif from the USA as a course instructor. It outlines his educational qualifications including a BSc in Mechanical Engineering, an MEA from George Washington University, and a PhD from Texas A&M University. It details his professional experience including positions at Bangladesh University of Engineering and Technology, Asian Institute of Technology in Thailand where he was Vice President for Academic Affairs, and with the University of Maryland. It lists his areas of teaching and research expertise and publications. The resume concludes with his contact information.
Rolw of heads of indian engineering colleges in implementing digital technolo...Thanikachalam Vedhathiri
the heads of engineering colleges have very important roles like developing industry-specific curricula, training the faculty in interdisciplinary research, developing outstanding knowledge capital, and collaborating with research organizatios.
The IT industry in Armenia has grown rapidly in recent years, with 450 companies in 2015, a 12% increase from 2014, generating $560 million in revenue. However, the industry faces challenges in developing sufficient IT talent to sustain its growth. There is an annual shortage of around 2,000 specialists, as only around 45% of the approximately 900 IT graduates each year consider careers in the sector. The government and organizations are working to address this skills gap through educational initiatives and technology centers that provide training programs tailored to industry needs. The startup financing ecosystem in Armenia is also developing through accelerators, incubators, grants and venture funds to support entrepreneurship and innovation in the IT sector.
Moden industries have established many corporate universities that are developing innovative products and continuously modernize them. The gap between the engineering institutions and the industries increases. Hence, the engineering institutes have to plan new programs to meet the challenges, economy, management and filling the gaps.
The document proposes establishing Educational Institutes Innovation Cells (EIICs) in higher education institutions in India to bridge the gap between academia and industry. The EIICs would take up projects from local organizations to be included in coursework, set up research labs, and organize internships and training. This would help address societal needs through student projects while also providing a skilled workforce for industries. Key activities of the EIICs would include course development, seminars, apprenticeships, infrastructure support, and maintaining a central database of solutions. The model aims to boost the economy by reducing import dependence and encouraging innovation, entrepreneurship, and applied research focused on domestic needs. Challenges in implementation include ensuring uniform facilities
Generating smart goals is very essential for the development of engineering programs, improving the attributes of the graduates and faculty development.
This document discusses India's lack of private sector investment in research and development. It notes that few Indian companies are ranked among the top global investors in R&D, and that India files very few patents compared to countries like China. It analyzes causes such as lack of private initiative, lack of funds for researchers, and outdated university curricula. Solutions proposed include establishing industry-academia research centers jointly funded by government and private companies, training programs to develop high-skilled workers, and instituting corporate-university consortiums to facilitate applied research. The goal is to increase commercially viable research through greater collaboration between industry and academia.
San Quei Lin – Vocational Education, Training & Economic Development in TaiwanGlobal Education Futures
This document discusses vocational education, training, and economic development in Taiwan. It provides information on:
- WorldSkills International's growth to 74 member countries hosting skills competitions across various sectors.
- Taiwan's success in WorldSkills competitions, ranking 3rd in the recent competition with 6 gold, 4 silver, and 8 bronze medals.
- Taiwan shifting its industrial development focus to innovation-driven and knowledge-intensive industries.
- Taiwan's strategies to develop human resources through lifelong learning, training programs, talent recruitment, and improving vocational education.
1. The document discusses the electrical and electronics (E&E) industry cluster in Malaysia, including its history, current state, and strategies for future development.
2. It outlines the E&E cluster's internal strengths like its role as a major electronics exporter, but also weaknesses such as an asymmetric industry structure and lack of skills.
3. External opportunities for the cluster include increasing exports and industry 4.0, but threats include a slowing global economy and lower demand from key markets.
4. The Penang Skills Development Centre (PSDC) supports the industry through training programs, but more cooperation is needed internationally and within ASEAN to strengthen the E&E cluster long term.
This document discusses innovation and higher education from an Indian perspective. It provides an overview of innovation initiatives at the National Innovation Foundation and Council in India. It then focuses on the specific efforts at NIT Silchar to promote innovation culture through courses, a research promotion cell, Indovation Lab, incubation of startups, skill development programs, renewable energy projects, and telemedicine initiatives. It outlines some challenges in promoting innovation such as lack of national guidance, recognition, networking and resources. The document aims to showcase how NIT Silchar is working to foster innovation among students and the community.
Innovation, Entrepreneurship and Higher EducationOdai Assaf
This presentaion gives you a starting point and basic understanding of the three main economics driven which are : Innovation, Entrepreneurship and Higher Education by defining each term and showing a great example from the real life about these iteams .
The document discusses the need to establish collaborative research facilities in India to promote innovation. It notes that while India produces a large number of experts, it invests little in research and development and lacks world-class research infrastructure. It proposes creating research facilities that bring together government, industry, and academia to share resources and costs. This would encourage private sector funding of research, provide industry access to top researchers and facilities, and help retain scientific talent in India rather than contributing to brain drain. The document uses the example of establishing such a facility in computer engineering and technology near IIT Mumbai to leverage local talent and industry partnerships.
Panelist speaker Ngan Cheng Hwa, Deputy Managing Director GMI at the Selangor Smart City & Digital Economy Convention 2018, on the panel session titled IoT and Cloud Computing: Realising IR 4.0 in Malaysia
- Prof. Dr. Nawaz Sharif has extensive academic and professional experience in engineering, technology management, and industrial engineering. He has degrees from universities in Bangladesh, USA, and Thailand.
- He has worked as a professor and administrator at universities in Bangladesh, Thailand, and USA. He has also consulted for organizations like the World Bank and United Nations on science and technology projects.
- The document announces a two-week evening course on fundamentals of technological innovation in organizations to be taught by Prof. Sharif at the Bangladesh Institute of Management from November 1-9, 2013. The course is intended for managers, engineers, and executives to learn frameworks and strategies for technological innovation.
The document describes a science scorecard developed by Stifterverband to evaluate and compare the university cities of Ames, Cedar Falls, Des Moines, and Iowa City in Iowa. The scorecard measures quantitative indicators in areas like science, community, and economy to generate a city profile. It also assesses qualitative factors regarding each city's strategy, knowledge transfer networks, collaboration, and branding to provide a city in action analysis. The scorecard found strengths and weaknesses in the science presence, skilled workforce, innovation culture, and strategic planning of each city. It concluded by discussing opportunities to expand the scorecard's use and develop an interactive dashboard tool for cities to assess goals and identify best practices.
[Challenge:Future] 8ball: The Future of Work - InnovationChallenge:Future
Cristian Drindea is a member from Romania who attends The Academy of Economic Studies in Eastern Europe. He notes that Eastern Europe has high potential in the energy and IT sectors due to its position between Western Europe and Asia. However, it faces weaknesses like losing its cost advantage to India and China and excessive bureaucracy. For Romania specifically, high potential sectors are IT and agriculture, and it is expected to gain more influence in the EU. The region's future growth will rely on innovation as costs rise and intellectual students drive new thinking.
The document outlines ICT's strategic planning process. It discusses ICT's mission to transform education through technology. It presents ICT's mission, vision, values, and goals. It also performs a SWOT analysis, identifying strengths like experienced staff, weaknesses like limited funding, opportunities like new partnerships, and threats like resistance to change. Finally, it explains the significance of the double phoenix symbol representing rebirth and the beginning of a new life through creative and spiritual regeneration.
The document summarizes the Third Annual Science, Engineering, and Technology (SET) conference hosted by the Technology Innovation Agency (TIA) and Vaal University of Technology. It discusses TIA's mandate to support technological innovation in South Africa to improve economic growth and quality of life. TIA focuses on developing skills and partnerships with government departments, universities, and industry to support sectors like agro-processing, tooling, and renewable energy. Initiatives include Technology Stations, Institutes for Advanced Tooling, and collaborations between universities and the tooling industry to address skills shortages and develop a competitive tooling sector in South Africa.
Harnessing Science and Technology: Reviving the Philippine Manufacturing SectorNEDAhq
Keynote address of Socioeconomic Planning Secretary and NEDA Director-General Arsenio M. Balisacan during the 35th Annual Scientific Meeting of the National Academy of Science and Technology (NAST), Manila Hotel,10 July 2013
The document proposes establishing autonomous Centers of Excellence through public-private partnerships to promote research and innovation in India. Currently, India contributes only a small fraction of global patent applications and Ph.D.s despite its large population. The centers would provide common platforms for collaboration, infrastructure, and resources to address issues like lack of funding and support for small businesses and students. The proposal outlines plans for initializing, operating, and expanding the centers over time to maximize their benefits for scientists, businesses, students, and society.
This document discusses the role of Cuyahoga Community College's Workforce Economic Development Division in workforce development. It highlights programs and initiatives that provide job training, career guidance, and education to help prepare students and the workforce. These include industry-specific training programs, partnerships with local employers, and initiatives to develop skills in growing fields like bioscience and transportation. The division works to align training with the needs of the local and regional economy and help define and measure student success in today's changing workforce landscape.
This document provides a brief resume of Prof. Dr. Nawaz Sharif from the USA as a course instructor. It outlines his educational qualifications including a BSc in Mechanical Engineering, an MEA from George Washington University, and a PhD from Texas A&M University. It details his professional experience including positions at Bangladesh University of Engineering and Technology, Asian Institute of Technology in Thailand where he was Vice President for Academic Affairs, and with the University of Maryland. It lists his areas of teaching and research expertise and publications. The resume concludes with his contact information.
Rolw of heads of indian engineering colleges in implementing digital technolo...Thanikachalam Vedhathiri
the heads of engineering colleges have very important roles like developing industry-specific curricula, training the faculty in interdisciplinary research, developing outstanding knowledge capital, and collaborating with research organizatios.
The IT industry in Armenia has grown rapidly in recent years, with 450 companies in 2015, a 12% increase from 2014, generating $560 million in revenue. However, the industry faces challenges in developing sufficient IT talent to sustain its growth. There is an annual shortage of around 2,000 specialists, as only around 45% of the approximately 900 IT graduates each year consider careers in the sector. The government and organizations are working to address this skills gap through educational initiatives and technology centers that provide training programs tailored to industry needs. The startup financing ecosystem in Armenia is also developing through accelerators, incubators, grants and venture funds to support entrepreneurship and innovation in the IT sector.
Moden industries have established many corporate universities that are developing innovative products and continuously modernize them. The gap between the engineering institutions and the industries increases. Hence, the engineering institutes have to plan new programs to meet the challenges, economy, management and filling the gaps.
The document proposes establishing Educational Institutes Innovation Cells (EIICs) in higher education institutions in India to bridge the gap between academia and industry. The EIICs would take up projects from local organizations to be included in coursework, set up research labs, and organize internships and training. This would help address societal needs through student projects while also providing a skilled workforce for industries. Key activities of the EIICs would include course development, seminars, apprenticeships, infrastructure support, and maintaining a central database of solutions. The model aims to boost the economy by reducing import dependence and encouraging innovation, entrepreneurship, and applied research focused on domestic needs. Challenges in implementation include ensuring uniform facilities
Generating smart goals is very essential for the development of engineering programs, improving the attributes of the graduates and faculty development.
Skills Gap of Sri Lanka Becoming an IT-BPO DestinationS.T. Seelan
The document summarizes skills gaps and opportunities in Sri Lanka's growing IT/BPO industry. It notes that the industry is expected to contribute $5 billion by 2020 and require 25,000 qualified employees annually by 2022. However, Sri Lanka only produces 7,500 IT graduates yearly, leaving a shortage of 17,500. Other challenges include graduates lacking soft skills and the ability to pursue further education. The document discusses training programs and opportunities in various IT subsectors and recommends internships, entrepreneurship education, and producing job-oriented graduates with needed skills to address gaps.
Why Training in Engineering colleges should orient towards Industry 4.0 and the importance of advanced Mfg techniques. What should India do to catch up with the requirements for implementing Industry 4.0 techniques in Engg Colleges. What should students also do?
The World Bank assisted Technician Education Project in Meghalaya, Mizoram, and Tripura states of India aimed to address the limited opportunities for technical education and shortage of trained human resources in the region. Key outcomes of the project included increased enrollment of women students, full employment of graduates, poverty alleviation, and transformation of the states to undertake industrialization. The project significantly improved the human capital and self-sufficiency of technical manpower in the states. It also increased entrepreneurship and enabled the states to undertake further industrial and economic development.
Academic excellence through improved ecosystem and faculty engagement (3)Thanikachalam Vedhathiri
academic excellence deeply depends on the improved ecosystem. It centers around the continuous development of faculty members. ROI also improves through faculty development. The quality of the graduates is based on the planning of academic activities of the faculty members
The document discusses initiatives by the Indian government and private sector to increase skill development and employability of youth. It notes that 57% of Indian youth lack sufficient skills and 80% do not have marketable skills. Government programs through organizations like NSDC aim to strengthen vocational training through ITIs and ITCs. Challenges include integrating skill programs with formal education and ensuring placement. Potential solutions proposed include reforming education to focus more on analytical skills, introducing latest technologies, and establishing a strong network of volunteers from different professional backgrounds to impart skills training.
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 has immense potential for research and innovation but currently contributes only a small fraction of global research output and patents. The document proposes a fellowship program called "Ennovate India" to promote innovation by providing resources and training to passionate individuals to develop affordable solutions to social problems. The one-year program would select 40 fellows who would undergo training, design products, test prototypes, and partner with organizations to pilot and commercialize their solutions. The goal is to utilize India's talent and "jugaad" spirit to develop low-cost, inclusive innovations that improve lives at scale. Funding of ~1 crore rupees per year would be required from government and private sources.
Strategies for promoting globally competitive engineering education in indiaThanikachalam Vedhathiri
The document discusses strategies for improving engineering education in India. It outlines a quality circle approach used to gather solutions from senior faculty on improving junior and middle level faculty as well as graduate students. The quality circles identified ways to enhance faculty development through summer/winter schools, increased pay, mentoring, and blended online programs. For students, suggestions included developing global curricula, internships, accreditation, and blended professional development. Overall the document recommends greater industry collaboration, national policy support, and digital technology adoption to modernize engineering education in India.
AstroWix unveiled ACOE Global, which aims to address shortages of project management skills in key industries like infrastructure, energy, automobiles, defense, and IT/ITES. While India graduates many students with technical degrees, only 25% of engineers and even fewer in other fields have the critical thinking, problem solving, communication, and other skills needed for jobs. There is a growing gap between the demand for qualified project managers and the supply of graduates with the right skills.
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
Presented by Prof Ari Kuncoro, Dean of the Faculty of Economics and Business, Universitas Indonesia, during the High Level Seminar Project 2045: The Path to Peaceful and Prosperous Indonesia and Japan 2045 held in Jakarta on 9 December 2018 by the Economic Research Institute for ASEAN and East Asia (ERIA) and UNDP Indonesia, under the funding of the Government of Japan.
Technology transfer and international collaborationtursunoyusmonova
This document discusses the evolution of technology transfer from universities to industry. Technology Transfer 1.0 focused on patents and licensing, while Technology Transfer 2.0 emphasized industry collaborations and licensing. Technology Transfer 3.0 shifted toward startup formation and economic development. The current stage, Technology Transfer 4.0, focuses on developing student skills like entrepreneurship, providing a multi-disciplinary and holistic approach to innovation, and reducing risks for early-stage ventures. The document also discusses challenges in commercializing university research, the importance of innovation ecosystems, and models for international collaboration.
This document discusses the importance of continuing professional development (CPD) for software engineers and IT professionals. It makes three key points:
1. CPD is necessary for professionals to keep their skills and knowledge up to date as technologies rapidly change. It helps ensure competence and responsiveness to increasing customer expectations.
2. CPD has costs and benefits for individuals, employers, and professional associations. For individuals it improves career prospects but requires time investment; employers gain competent staff but must support learning; associations set standards but must fund training programs.
3. A variety of CPD activities like courses, conferences and work experiences can help professionals broaden their knowledge of technical and soft skills like communication, ethics, and management
Sest presentation student links to industry - 01 november 2012aeskpuc
This document discusses establishing links between students and industry through mentoring. It notes that currently, graduates lack employment opportunities due to inadequate preparation and information. Employers also struggle to find qualified candidates. The proposed solution is to create career interest groups, organize conferences, and establish skills databases and mentorship committees to connect students with potential employers. The benefits would be improved employment rates, professional development, and more informed career choices through industry exposure and guidance. The next steps outlined are developing databases of companies and opportunities, conducting site visits, and creating an employment website.
Envisioning a Future Design Education in vulnerable emerging economies - Insi...Lesley Ann Noel
Design education can play an important role in developing economies by helping industries become more competitive and by solving social and environmental problems. Designers in developing countries need skills in areas like sustainability, culture, entrepreneurship, and advocacy to address challenges specific to those contexts. While the need for design may seem less obvious in vulnerable economies, designers there can help diversify industries, promote investment, and support countries' development agendas through locally-generated solutions.
This document discusses industry expectations for entry-level engineers and steps for improvement. It notes that most new engineers require 8-12 months of additional training to be productive. It recommends developing core employability skills like communication, integrity, and willingness to learn during university. Industry expects professional skills like applying math/science, problem-solving, and customer service. Universities should focus more on "doing" through workshops, competitions, and industry projects to help students gain real-world experience and transition from classroom to workplace.
Similar to Human Resource Development in Engineering Education (20)
Planning electives and advanced courses to meet the needs of high performing ...Thanikachalam Vedhathiri
The engineering institutes have to assist the students in offering electives and advanced courses to meet their individual needs. It is better to get feedback from the alumni on the current needs of the industry. The faculty members should be trained to offer industry specific advanced courses.
The high performing students need appropriate electives to meet their career plan. Many may plan to further higher education programs in research universities. These concepts are explained in this presentation/
Planning industry relevant engineering programs to meet the needs of industr...Thanikachalam Vedhathiri
The impact of Industry-4.0, and disruptive technologies demand industry ready graduates. This PPT gives a method planning industry specific engineering programs.
Engineering students need more learning aids. Teachers can develop suitable learning aids or buy from the market. They can develop self instructional modules, case studies, textbooks, item banks, question banks, MMLPs, videos etc.
Most of the engineering colleges neglect counselling, coaching and mentoring their students. The loss is unlimited. This PPT provides needed guidelines for effectively counsel, coach and mentor their students.
The faculty members need to know the process of planning the participate instruction in engineering courses. this PPT provides a set of guidelines in planning and delivering effective instructions.
The faculty members have to know about their students backgrounds, their motivation, career planning, and their personal needs. This PPT provides more about guiding the students for better performance.
National Education Policy directs the development of curriculum through problem-based learning. This approach will enable the graduates to acquire needed skills and competencies to meet the needs of the fast growing industries.
Evaluation plays a lot in teaching. Most of the faculty members have not undergone any pre-service training on teaching and learning. Some attempts to undergo in-service programs. The institutes could offer more in-service courses to improve the competencies of the faculty members.
Performance appraisal is an important activity and to be planned to improve the performance of employees. They should be counselled, motivated, coached and mentored to reach best performance standards.
Most of the MSMEs may have funds for hiring consultants to diagnose their problems and offer very effective solutions. The postgraduate students have to develop industry-specific solutions under the dissertations. This reserach study shows that the postgraduate students of M.tech (HRD) have been introduced to undertake dissertations from MSMEs. They offered solutions for the problemd faced by many MSMEs..
Academic excellence through improved ecosystem and faculty engagement (4)Thanikachalam Vedhathiri
Engineering institutes have to establish an improved academic ecosystem for faculty development. Without such transformations, the faculty members can not become leaders who have to focus on graduate students, consultancy projects, interdisciplinary research, intellectual property development, and internal revenue generation.
Engineering colleges have to be innovation centers for training and developing engineering graduates, assisting the industries through consultancy centers, and planning diverse global faculty development. The institutes have to become virtual centers for human resouce development.
Engineering Education Research focuses on high-quality outcomes for the development of regional competition. The outcomes will benefit the students, industries and economy.
Enhancing Interdisciplinary Research in Engineering in Engineering EducationThanikachalam Vedhathiri
Industries depend on interdisciplinary graduates who can take up many complex problems and solve them to create innovative products. This study focuses on planning appropriate interdisciplinary research products.
Engineering faculty are expected to develop an industry-relevant curriculum, train and develop industry-ready graduates, undertake interdisciplinary research to solve complex problems and assist the industries through intellectual properties. The engineering faculty need mentors to assist them to reach excellence till they retire. There is no short-cut.
Engineering students focus on the courses based on their desire to master and utilize them in the world of work. The faculty should focus on the instructional design to meet the career needs of the students.
The vocational curricula have to be developed based on industry-specific competencies. The return on investment will be more through this process. Many fast-developing countries have developed curriculum design processes based on industry needs.
CHINA’S GEO-ECONOMIC OUTREACH IN CENTRAL ASIAN COUNTRIES AND FUTURE PROSPECTjpsjournal1
The rivalry between prominent international actors for dominance over Central Asia's hydrocarbon
reserves and the ancient silk trade route, along with China's diplomatic endeavours in the area, has been
referred to as the "New Great Game." This research centres on the power struggle, considering
geopolitical, geostrategic, and geoeconomic variables. Topics including trade, political hegemony, oil
politics, and conventional and nontraditional security are all explored and explained by the researcher.
Using Mackinder's Heartland, Spykman Rimland, and Hegemonic Stability theories, examines China's role
in Central Asia. This study adheres to the empirical epistemological method and has taken care of
objectivity. This study analyze primary and secondary research documents critically to elaborate role of
china’s geo economic outreach in central Asian countries and its future prospect. China is thriving in trade,
pipeline politics, and winning states, according to this study, thanks to important instruments like the
Shanghai Cooperation Organisation and the Belt and Road Economic Initiative. According to this study,
China is seeing significant success in commerce, pipeline politics, and gaining influence on other
governments. This success may be attributed to the effective utilisation of key tools such as the Shanghai
Cooperation Organisation and the Belt and Road Economic Initiative.
Advanced control scheme of doubly fed induction generator for wind turbine us...IJECEIAES
This paper describes a speed control device for generating electrical energy on an electricity network based on the doubly fed induction generator (DFIG) used for wind power conversion systems. At first, a double-fed induction generator model was constructed. A control law is formulated to govern the flow of energy between the stator of a DFIG and the energy network using three types of controllers: proportional integral (PI), sliding mode controller (SMC) and second order sliding mode controller (SOSMC). Their different results in terms of power reference tracking, reaction to unexpected speed fluctuations, sensitivity to perturbations, and resilience against machine parameter alterations are compared. MATLAB/Simulink was used to conduct the simulations for the preceding study. Multiple simulations have shown very satisfying results, and the investigations demonstrate the efficacy and power-enhancing capabilities of the suggested control system.
Null Bangalore | Pentesters Approach to AWS IAMDivyanshu
#Abstract:
- Learn more about the real-world methods for auditing AWS IAM (Identity and Access Management) as a pentester. So let us proceed with a brief discussion of IAM as well as some typical misconfigurations and their potential exploits in order to reinforce the understanding of IAM security best practices.
- Gain actionable insights into AWS IAM policies and roles, using hands on approach.
#Prerequisites:
- Basic understanding of AWS services and architecture
- Familiarity with cloud security concepts
- Experience using the AWS Management Console or AWS CLI.
- For hands on lab create account on [killercoda.com](https://killercoda.com/cloudsecurity-scenario/)
# Scenario Covered:
- Basics of IAM in AWS
- Implementing IAM Policies with Least Privilege to Manage S3 Bucket
- Objective: Create an S3 bucket with least privilege IAM policy and validate access.
- Steps:
- Create S3 bucket.
- Attach least privilege policy to IAM user.
- Validate access.
- Exploiting IAM PassRole Misconfiguration
-Allows a user to pass a specific IAM role to an AWS service (ec2), typically used for service access delegation. Then exploit PassRole Misconfiguration granting unauthorized access to sensitive resources.
- Objective: Demonstrate how a PassRole misconfiguration can grant unauthorized access.
- Steps:
- Allow user to pass IAM role to EC2.
- Exploit misconfiguration for unauthorized access.
- Access sensitive resources.
- Exploiting IAM AssumeRole Misconfiguration with Overly Permissive Role
- An overly permissive IAM role configuration can lead to privilege escalation by creating a role with administrative privileges and allow a user to assume this role.
- Objective: Show how overly permissive IAM roles can lead to privilege escalation.
- Steps:
- Create role with administrative privileges.
- Allow user to assume the role.
- Perform administrative actions.
- Differentiation between PassRole vs AssumeRole
Try at [killercoda.com](https://killercoda.com/cloudsecurity-scenario/)
Discover the latest insights on Data Driven Maintenance with our comprehensive webinar presentation. Learn about traditional maintenance challenges, the right approach to utilizing data, and the benefits of adopting a Data Driven Maintenance strategy. Explore real-world examples, industry best practices, and innovative solutions like FMECA and the D3M model. This presentation, led by expert Jules Oudmans, is essential for asset owners looking to optimize their maintenance processes and leverage digital technologies for improved efficiency and performance. Download now to stay ahead in the evolving maintenance landscape.
artificial intelligence and data science contents.pptxGauravCar
What is artificial intelligence? Artificial intelligence is the ability of a computer or computer-controlled robot to perform tasks that are commonly associated with the intellectual processes characteristic of humans, such as the ability to reason.
› ...
Artificial intelligence (AI) | Definitio
Introduction- e - waste – definition - sources of e-waste– hazardous substances in e-waste - effects of e-waste on environment and human health- need for e-waste management– e-waste handling rules - waste minimization techniques for managing e-waste – recycling of e-waste - disposal treatment methods of e- waste – mechanism of extraction of precious metal from leaching solution-global Scenario of E-waste – E-waste in India- case studies.
3. Knowledge Capital Development
• An outcome of human capital development
• Creates intellectual property
• Impacts on the GDP and Indian economy
• Alleviates poverty
• Improves the market share of Indian Industry in
global market place
• Creates global leaders in technology
• Helps them acquire industries in other countries
4. INDIA IS FAST becoming as an
EMERGING LEADER IN
PRODUCTION AND SERVICES
DUE TO GLOBALIZATION OF
INDIAN ECONOMY
* As human capital supplier to the
WEST,EAST and the Pacific
* As knowledge capital supplier to the
world
* As supplier of quality engineering /
software products and technical
services
5. Problems of the West
• Shortage of human resources in engineering and
technology to replace the retirees there
• Shortage of highly qualified scientists ,
technicians, managers , technologists and
engineers to do further research
• Dependence on foreign students and research
scholars from India and China
• Decline in the output of graduates in the US
Universities and research products
6. Competitive strengths of South
India
• Substantial private sector investment in technical
education
• Location advantage based on geographic presence
in the Indian economy
• Promising core industry clusters in high
technology, manufacturing of automobiles ,
textile garments,leather goods , electrical goods
and software development and B P O service .
7. Investors
• Successful public-private initiatives in key
industry clusters at state / national level
• Foreign direct investment in manufacturing
industries and product design
• Expansion of Indian Industry in the
southern region
• Establishment of new industries with
foreign collaboration
8. Technical Education
• Renewed commitment and leadership on
improving technical education and training
outcomes
• Strong polytechnic colleges,engineering colleges
and private technical universities / Deemed
Universities , support of business associations,
industry sectors ,workforce development
• A set of national institutes to meet the quality
needs of technical teachers
9. Competitive challenges
• Lack of integrated , region wide strategy for
technical education, economic development,work
force development
• Low higher educational attainment
• Low educational investments
• Low research and development investments in
engineering colleges and technical universities
• Low training investments
10. Urgent need
• Key to effective competition now are
agility, fast response to market shifts,
continuous innovation and focus on design
and production
• Dynamic curriculum development process
• Partnership with industries, government
industries , national laboratories and
entrepreneurs
11. Skills gap
• Available workers and technicians lack I T
enabled skills
• Weak links between polytechnics and
engineering colleges and industries
• Shortage of trained faculty
• Inflexible (rigid) curriculum
• Shortage infrastructure and resources
12. Demand
• Business growth
• Advancing technology
• Demand for Innovative multi skilled
workforce
• Higher skills and competencies in design
and manufacturing
• Cooperative planning and implementing
process
13. Opportunities
• Growth of business and industry clusters
that have multiplier effects, pay high wage
jobs and other benefits
• Demand for highly skilled workers who can
meet regional business needs and can
compete in the national and global economy
• Demand for seamless workforce system and
stay marketable in the job world
14. Scenario of India (11th and 12th
Five year plans) {2007-2017}
• GDP to Double to $2.5 trillion?
• Global meltdown ?
• Export US $155 to 200 billion ?
• One more year of tax holiday for E o Us
• Concessional export credit for high employment
generating sectors
• 6,50,00,000 more jobs in the formal job market
• 6,00,00,000 more jobs are expected to be created
by the country’s booming economy
15. Issues that can pull down the
growth
• Global meltdown
• Shortage of funds for investment
• Retardation in global markets
• Fall in market demands
• Rapid growth in unemployment
16. Shortage of …
• Skilled workers
• Shortage of technicians
• Shortage of teachers
• Shortage of vision for growth
• Shortage resources
• Shortage of dynamic policy too !
17. Extrapolation …
• Every $ 1 billion of incremental export
would create 2.26 lakh new jobs
• Export target US $ 200 billion for 2008-09
• Possible amount US $ 155 billion
• S E Zs are emerging as engines of expert
growth
• E o Us can enjoy tax holiday till 2010
18. Outsourcing for production and
services
• Looking for countries with trained human
resources in science , engineering , technology,
management and human resource development
• Participants of Global economy through WTO
• Climate for developing the products and services
• Local high purchasing power for goods and
services and paying fees to colleges
• Capability for undertaking the research and
development works
19. KEY FACTORS
• EXCELLENCE IN TECHNICAL EDUCATION
• ENGINEERS and TECHNICIANS WITH
STRONG ANALYTICAL SKILLS
• MANAGERS WITH MULTICULTUTRAL
UNDERSTANDING WHO CAN OPERATE IN A
GLOBAL CONTEXT
• SCIENTISTS WITH INTELLECTUAL AGILITY
20. GLOBAL COMPETITIVENESS IN
AUTOMOBILE MANUFACTURING
TECHNOLOGY
• Ashok Leyland
• Hyundai
• Hero motors and Daimler partnership
• BMW
• FORD
• Caterpillar
• Mitsubishi
• Nissan
• Renault
• TAFE
• TVS- Delphi
21. Industry – endorsed competence
assurance framework
• Demonstrating leadership and commitment
• Identifying industry critical activities
• Setting procedures and standards
• Competence against the standards
• Taking action to improve competence
• Commitment to continuous improvement
23. Attractions to FOREIGN
DIRECT INVESTMENT(FDI)
• Quality technical manpower
• Knowledge of English
• Fast growing middle class
• Economical growth
• 7 % Growth in GROSS DOMESTIC PRODUCT
(GDP)
• Focus on infrastructure development
• Good climate
• TAX CONCESSIONS
24. How will you create centers of
excellence?
• What is the role of faculty?
• What is the role of industries?
• What is the role of college administrators /
managers / leaders?
• What is the role of UGC / AICTE / SBTE ?
• What is the role of Universities /Colleges ?
• What is the role of Government of India ?
25. Human Resource Development
• Long-term programs
• Flexible programs
• Short-term MODULAR programs
• Distance education programs / online education
• Industrial training / internship
• Technical working group meetings
• Development workshops
• In-house programs
• Life-long education
26. Acute shortage of trained human
resources
• 6,50,0000 Multi Skilled Workers
• 6,00,0000 Competent IT enabled
technicians , applied scientists , engineers
and managers
• Research and development engineers
• Managers with exposure to international
business exposure
• Applied scientists
27. Industrial collaboration through
partnership
• Starting I T I s , Polytechnics , Engineering
Colleges,Technical Universities through industrial
cooperation
• Sponsoring research and development programs
• Funding for proto type equipment
• Joint evaluation of existing curricula
• Participation in preparing goals,objectives of
professional programs
• Cooperation in implementation
28. Need for Frontal Assault
• Institutional autonomy with accountability
• Accreditation of programs by Industry
• Programs for institutional development and
creation of centers of excellence
• Programs and projects to meet the growing
technology and economy
• P-P-P for expansion of well performing
institutions
29. Learner Development
• Competencies development
• Complex problem solving skills
• Risk taking skills
• Leadership
• Design skills
• Product development skills
• Manufacturing skills
• Total Quality Management
• Maintenance skills
30. Transformation Process in
technical / HRD education
• Industry specific flexible curriculum
• Industry based projects
• Industry specific research work
• Cooperative programs
• Networking with industries and institutions
• Industrial training and optional internship
• Global Human Resource Management /
Development programs
31. Formation technical working
groups at state / university level
• Regional Joint Director / Dean Academic as
chairman
• Principals of government , government aided and
private polytechnics and engineering colleges
• Heads of departments
• Industry representatives
• Experts from the higher education institutes and
national laboratories
32. External assessment
• A meeting with state level organizations like
CII and FICCI
• Understanding the needed competencies
• Planning for updated programs
• Developing draft programs
• Validating them
• Implementing them
33. What are the current problems in
developing human resources?
• Institutional development ?
• Lack of I.I.C.P ?
• Heavy control of various councils?
• Corruption ?
• Vision ?
• Faculty shortages?
• Lack of development programs?
• Lack of funds?
34. CREATE CENTERS OF
EXCELLENCE
• DEVELOP TECHNICAL / HRD &M
EDUCATION PROGRAMMES TO MEET
GLOBAL STANDARDS
• PROVIDE ACADEMIC AUTONOMY
WITH BUILT IN ACCOUNTABILITY
• DEVELOP MARKET DRIVEN
FLEXIBLE PROGRAMMES
• NETWORK WITH EMPLOYERS
35. CREDIT BASED
PROGRAMMES
• COURSES
• Basic,Core, Applied, Advanced, Electives,
• Independent Studies
• Country specific courses
• Total credits are fixed
• Duration varies , maximum five years for
graduate programmes
• Two to five years for post graduate programs
36. FLEXIBILITY
• Learners plan their courses based on their
needs / vision /goal
• University provides the courses demanded
• Responds to the client needs
37. CREDIT TRANSFER
• Based on the objectives of the courses
• Built in Standards
• Limitation on the number of credits
38. REGION-WIDE INNOVATION CORRIDOR
WORKFORCE INITIATIVE
• Workforce development
• Formation of innovation corridor
• Consortium of industry and technical education
institutes
• Creation of the next generation of innovators
(engineers, managers and technicians)
• Capitalization of wealth of research and
development utilization of manufacturing assets
• Work force transformation through cooperative
engineering programmes
40. STRATEGIC GOALS
• Sustainable Entrepreneurship
• Manufacturing value chain and supplier
competitiveness
• Development of innovation-oriented
technical support
• INDUSTRY PARTICIPATION IN
TECHNICAL EDUCATION PLANNING
AND IMPLEMENTATION
41. GLOBAL COMPETITION
• National challenge
• Frontlines of the battle are regional
• COMPETITIVE ADVANTAGE
Companies, technicians, engineers,
technical institutions, researchers
government and entrepreneurs come
together to create competitive
advantage.
42. ABILITY TO TRANSFORM
• New ideas and new knowledge
into advanced, high quality
products and services.
43. ELEMENTS TO ACCELERATE
THE PROCESS
• Workforce skill-building
• Problem based learning
• Problem solving skills
• Creative design skills
• Lifelong learning strategies
• Investment and entrepreneurial
strategies
• Regional and economical development
strategies.
44. INNOVATION SUPPORT
• Meet the demands of the global
companies in the region
• Develop highly skilled technicians,
engineers and managers
• Develop 21st century job profiles to define
future workforce skills and needs
• Compilation of an innovation asset
inventory to foster innovation and
entrepreneurship.
45. IMPROVE THE INTERNATIONAL
COMPETITIVENESS OF THE
SOUTHERN REGION
• Develop and Execute a Smart
Supplier Strategy
• Support global manufacturers and
small and medium entrepreneurs
• Adapt to the global manufacturing
transformation.
46. INDUSTRIALIZATION
• Improve the international competitiveness
of the region’s supply chain by developing
and executing a smart supplier strategy
• Adapt to the global manufacturing
standards
• Identify the competencies needed
• Invite collaboration of the manufacturers
• Develop an industry driven manufacturing
technician training programme.
47. CAREER OPPORTUNITIES
• Strategic and integrative role in the effective
operation of business enterprises
• Manufacturing industries
• Service and commercial enterprises
• Management consulting firms
• Public / private sector industries
• Software industries
• Manufacturing consumer goods
• Ancillary products
• Maintenance engineering
• Energy management.
48. CAREER OPPORTUNITIES IN
CIVIL ENGINEERING
• Urban reconstruction
• Building technology and services
• Infrastructure development
• Construction technology / management
• Highways / Airports / Ports and Harbour construction
• Real Estate Management
• Industrial Parks
• Environmental Engineering
• Industrial Structures
• Pollution Control
• Private Builders
• Housing complexes.
49. CAREER OPPORTUNITIES IN
ELECTRICAL ENGINEERING
• Electricity Boards
• Power Generation
• Power Corporation
• Electrical machinery manufacturers
• Manufacturing industries
• Household appliance
• Electrical service industries
• Consultancy firms
• Maintenance firms
• Marketing
• Telecommunications service.
51. CAREER OPPORTUNITIES IN
MECHANICAL ENGINEERING
• Manufacturing sector
• Automobiles
• Consumer goods
• Heavy machinery
• Precision components
• Electrical households appliances
• Electronics products
• Maintenance.
52. NATURE OF EMPLOYMENT
• Design
• Prototype development
• Installation
• Commissioning
• Maintenance.
53. ELECTRONIC ENGINEERING
• Manufacturing of computer
hardware and instruments
• Control systems, computers,
communication systems
• Maintenance
• Spare utility companies
• Service industries
• Electronic data systems.
54. NATURE OF EMPLOYMENT
• Research and development
• Installation
• Operation
• Maintenance
• Utility services planning
• Design
• Industrial products planning
• Consultancy works
• Manufacturing of electronic goods related to
TV’s, Satellites, radars, wireless equipment
• System analysis and planning.
55. INDUSTRIAL MANAGEMENT AND
MANUFACTURING SYSTEMS
ENGINEERING
• Strategic and integrative role in the
effective operation of
manufacturing industries
• Problem solving
• Innovations
• Coordination
• System integration.
56. JOBS IN MANUFACTURING
INDUSTRIES
• Manufacturing corporations
• Research and product development
• Service and commercial enterprises
• Management and consulting firms
• Management systems for business
enterprises
• Managing technical systems
• Energy management systems
• Building service systems
• Air Conditioning.
57. JOBS IN ENVIRONMENTAL
ENGINEERING
• Careers in water, air, and noise pollution
control
• Solid and hazardous waste treatment
• Clean technology
• Installation and maintenance of pollution
control equipment
• Environment planning and assessment
• Impact studies.
58. Human resource development
• Long-term programs in global HRM / HRD
• Executive development programs
• Online programs
• In-house programs
59. INDUSTRY SPEICIFIC COURSES
• Hands-on laboratory classes that
focus on current issues in the
application of engineering
principles
• Prepare students for practical
design and production work.
60. ACCREDITATION OF PROGRAMS
by INDUSTRIES
• Based on an PROFESSIONAL
competencies of students and their
achievements
• Programme objectives
• Faculty competencies
• Facilities / infrastructure
• Institutional commitment to total
quality and ethics.
61. TRENDS IN EMPLOYMENT OF
BIOMEDICAL ENGINEERS
• Greater focus on health issues will drive
demand for better medical devices
• Demand for more sophisticated medical
equipment and procedures
• An increased concern for cost-
effectiveness
• Rapid growth of pharmaceutical
manufacturing industries.
• GENERATES THE NEED FOR
BIOMEDICAL ENGINEERS
62. JOB OPPORTUNITIES FOR
CIVIL ENGINEERS
• Housing for middle class
• Urban reconstruction
• Infrastructure development
• SEZ (Special Economic Zones)
• Software industrial parks
• High capacity transportation
• Replacement of existing roads, bridges, and
public structures
• Real estate development
• Construction technology
• Service sector
• Maintenance.
64. ELECTRICAL ENGINEERS
• Production of electrical machines,
generators, transformers, motors
• Replacement of engineers
• Power generation
• Transmission
• Maintenance.
65. ELECTRONICS ENGINEERS
• Rising demand for electronic goods
• Advanced communication equipment
• Defense-related electronic equipment
• Medical electronics
• Consumer products
• Service and maintenance
• Industrial electronics.
• Wireless technology
• Embedded system
66. ENVIRONMENTAL ENGINEERS
• Develop methods of cleaning up
existing hazards
• Pollution control devices
• Pollution free technology (clean
technology)
• Impact studies.
67. SAFETY ENGINEERS
• Safe production
• Health and safety within work
environments
• Product safety.
68. IMPACT ON THE TECHNICIAN
AND DEGREE PROGRAMMES
• Revision
• Improvement
• Innovation
• Industry specific programmes
• Multidisciplinary programmes
• Flexible programmes
• Multi skilled programmes
• Cooperative programmes.
69. INDUSTRY-INSTITUTE-
PARTNERSHIP
• M o U s with consortium of industries
• M o U s with Consortium of Institutes
• Networking
• Joint planning of needs assessment
• Needs analysis
• Resource sharing
• Knowledge sharing
70. Advisory Committees
• Members drawn from the consortium of
industries,institutes,and higher education
institutes,national institutes and national
laboratories
• Generating the program goals
• Stating the objectives of courses
• Selecting the instructional processes
• Providing industrial exposures and training
71. Joint Program Planning
• Program goals
• Program objectives
• Basic courses
• Applied courses
• Advanced courses
• Courses in technology , human resource
management and financial management
• Electives / Industry specific electives (Jointly
offered / out sourced / net worked )
72. Joint Formative Evaluation
• Check the course objectives against the
performance standards.
• Check the contents of the courses against
the current industrial / professional practices
• Check the adequacy of the courses
• Check the analytical ,design, estimation,
field work,practical,workshop / laboratory
works
73. Periodical Revision and
Improvement
• Revise and update the curriculum
periodically
• Assess the resources, infrastructure, funds,
faculty competencies ,and other relevant
requirements
• Check the instructional materials and aids
• Suggest improvements
• Carry out all accepted changes.
74. Mass production of resources
• Train the project faculty / staff
• Implement the program in all institutions
• Evaluate the outcome
• Obtain the feedback from the faculty,
participants,and industries.
• Analyze
• Revise and update
75. Periodical Evaluation
• Evaluate the curriculum and instruction
periodically
• Update the same
• Evaluate the policy of the government
(Freezing of non-plan expenditure from
2004)
76. BEST AND BRIGHTIST
• CREATE A CLIMATE FOR
EXCELLENCE
• UNDERTAKE INDUSTRY SPONSORED
RESEARCH AND DEVELOPMENT
WORKS
• RECRUIT, AND RETAIN BRIGHTEST
STUDENTS, FACULTYAND STAFF
• Eradicate corruption in recruitment
77. SUSTAIN THE
DEVELOPMENT
• Human capital
• Knowledge capital
• Support institutional development
• Network with industries for research and
development
• Create knowledge based society
• Decentralize educational administration