Tripartite concordat
Mumbai, June 29. Tata Electronics Pvt. Ltd (TEPL) signed an MoU (memorandum of understanding) with SASTRA Deemed-to-be-University, Thanjavur (Tamil Nadu) to develop deep domain expertise to enhance electronics design and manufacturing skills in collaboration with Asia University and Yuan Ze University, Taiwan. Under this agreement, students admitted to the two-year M.Tech degree programme in Very Large-Scale Integration (VLSI) design at SASTRA University will study for one year on the varsity campus, for the second year in either Asia/Yuan Ze campuses in Taiwan. The second-year curriculum will include practical experience in major lab facilities, a six-month industry internship programme in Taiwan’s advanced semiconductor manufacturing industry, and a basic Chinese language skills programme. TEPL will work with SASTRA University to design the course curriculum and provide financial support if required. “India has a critical role to play in global manufacturing, especially in areas like electronic manufacturing. Our collaboration with SASTRA U is an endeavour to ensure the human capital is industry-ready for this emerging opportunity,” said Ranjan Bandyopadhyay, head of human resources at TEPL, speaking on the occasion. Application forms are available online at www.sastra.edu from June 30, 2021. RNTU-EduSkills MoU New delhi, june 8. Bhopal-based Rabindranath Tagore University (RNTU, estb.2010) signed a Memorandum of Understanding (MoU) with the Bhubaneswar-based EduSkills Foundation, a non-profit organisation developing industry 4.0-ready digital professionals. “We are very happy to sign an MoU with EduSkills Foundation to design skilling and upskilling courses for the youth of our country,” said Siddharth Chaturvedi, executive vice president of RNTU. Under this partnership, EduSkills Foundation will provide experts to train and enhance students’ skills to make them job-ready. Moreover, RNTU and EduSkills Foundation will design a ‘Train the Trainers’ programme, and offer internships and job opportunities to students. Ashank Desai Centre at IIM-A Ahmedabad, june 18. The Indian Institute of Management, Ahmedabad (IIM-A) inaugurated its Ashank Desai Centre for Leadership and Organisational Development (ADCLOD). The new centre is endowed by IIM-A alumnus Ashank Desai, founder and former chairman of Mastek Ltd, a listed software technologies and services company (estb.1982). “I always wanted to give back to my alma mater, particularly because Mastek Ltd was incubated within IIM-A. I would like the centre to organise roundtables with leaders for a wide variety of themes by way of seminars on leadership issues, conduct cutting-edge research and create leadership paradigms that are global in terms of relevance yet deeply rooted in the Indian context — our history, traditions, and societal values,” said Desai, speaking on the occasion. KSPP-DAKSH agreement Hyderabad, june 7. The Kautilya School of Public Policy (KSPP) of GITAM Deemed-to-be-University, Hyderabad, signed an MoU with the Bengaluru-based DAKSH Society (estb.2008) to research better governance and improve India’s justice system. Both institutions will conduct mutually supportive and interdisciplinary research on various facets of the justice system, and devise inclusive, transparent mechanisms to encourage accountability in all branches of government. Moreover, KSPP students will serve in internships and capstone projects with DAKSH to research government and justice systems to recommend reforms. “India is at…
Ill-advised changes in engineering education
By falling in line with NEP 2020 and particularly its advocacy of multi-disciplinary education, AICTE has diluted the importance of physics and maths, the building blocks of engineering education, writes R. Natarajan In its approval process handbook 2021-22 released in early March, the Delhi-based All India Council for Technical Education (AICTE), established in 1987 by Parliament to licence and supervise all technical education institutions countrywide, has made class XII physics and mathematics optional subjects for admission into undergraduate engineering courses. The rationale of this revolutionary departure from conventional wisdom and universal practice, is that it is in consonance with the objectives of the new National Education Policy (NEP) 2020. For the past several decades, admission into India’s 3,415 engineering colleges including the globally famous IITs (Indian Institutes of Technology) was dependent on class XII students’ aggregate scores in physics, mathematics and either chemistry, biotechnology/biology or an elective technical vocation subject with PCM (physics, chemistry and maths) being the most common combination. Under the changed rules, maths and physics are listed among 12 optional subjects — physics, mathematics, chemistry, computer science, electronics, information technology, biology, informatics practice, technical vocational subject, agriculture, biotechnology, engineering graphics, business studies, entrepreneurship — from which class XII students can choose any three. The rationale for this change advanced by Dr. Anil Sahasrabuddhe, chairman of AICTE, is that NEP 2020 encourages multi-disciplinary undergraduate education. “After 15 years of school education, an undergrad engineering student can go for undergrad studies across disciplines… A new window has been created where students who have not taken physics and maths in school can enter engineering education,” says Sahasrabuddhe. Following criticism of this radical departure from convention and past practice, AICTE spokespersons have suggested bridge courses for students who have not written physics and maths exams in class XII, thereby tacitly acknowledging that deep knowledge of these subjects is critical for the study of engineering in higher education. There were good reasons why physics and maths were made compulsory courses within the undergrad curriculum and others were offered as co-curricular courses and extra-curricular experiences. The plain truth widely acknowledged for decades is that physics and maths are the building blocks of all engineering and technology study programmes. That’s why best universities worldwide mandate the study of physics and mathematics for four or more semesters and also offer them as electives. These subjects cannot be mastered through self-learning or bridge courses. This assertion is endorsed by Dr.V.K.Saraswat, former director-general of the Defence Research & Development Organisation (DRDO) and currently a full-time member of Niti Aayog, the Central government public policy thinktank. According to Saraswat this proposal will prove to be “disastrous” and “further deteriorate” standards of engineering education. Bridge courses are by definition remedial programmes and it’s highly unlikely that in a short duration of three-four weeks, a student will become sufficiently competent in mathematics and physics to avail the full benefit of a four-year engineering undergrad programme. Admittedly in the US and some Western countries, undergrad engineering programmes offer flexibility to students…