IIT Delhi launches new-age courses in design, semiconductors and more: Who can apply, how much do they cost?
The new offerings include a BTech in Design, a BS in Chemistry, a certificate programme in Semiconductor Technology and Manufacturing, and both undergraduate and postgraduate programmes at its newly operational Abu Dhabi campus. While IIT Delhi positions these courses as part of a long-term academic vision to future-proof Indian talent, the move also reflects mounting pressure on top Indian institutes to break out of rigid STEM silos.
As India eyes semiconductor self-reliance and global research collaborations, these curriculum additions could help plug critical gaps. Here is a look at the new courses, their eligibility and more.
Bachelor of Technology (BTech) in Design
This 4-year undergraduate degree is offered by the newly established Department of Design. It blends engineering with creativity, providing training in industrial design, communication systems, and interaction design.
by Taboola
by Taboola
Sponsored Links
Sponsored Links
Promoted Links
Promoted Links
You May Like
Your Finger Shape Says a Lot About Your Personality, Read Now
Tips and Tricks
Undo
Eligibility
: Admission is based on the Undergraduate Common Entrance Examination for Design (UCEED), not through the Joint Entrance Examination Advanced (JEE Advanced). Candidates must have passed Class 12 with 75% aggregate marks from a recognised board.
Course fee
: Approximately INR 1,22,400 per semester, as per IIT Delhi's standard BTech fee structure.
Bachelor of Science (BS) in Chemistry
Offered by the Department of Chemistry, this 4-year undergraduate programme emphasises both foundational and advanced areas in chemical sciences, targeting careers in research, pharmaceuticals, and allied sectors.
Eligibility
: Requires qualification through Joint Entrance Examination Advanced (JEE Advanced) 2025 and a minimum of 75% marks in Class 12.
Course fee
: Approximately INR 1,22,400 per semester, as per IIT Delhi's standard undergraduate fee structure.
Bachelor of Technology (BTech) Programmes at
IIT Delhi Abu Dhabi campus
IIT Delhi's international campus in Abu Dhabi has launched three new BTech programmes for 2025: Computer Science and Engineering, Energy Engineering, and Chemical Engineering. These 4-year undergraduate degrees target global and regional challenges in technology and sustainability.
Eligibility
: Admission is through JEE Advanced 2025 (one-third of seats) or the Combined Admission Entrance Test (CAET) 2025 (two-thirds of seats) for UAE nationals, international students, and Indian expatriates with five years of UAE education. Candidates must have 75% in at least two of Physics, Chemistry, and Mathematics and 80% aggregate in Class 12.
Course fee
: As per IIT Delhi Abu Dhabi's fee structure, to be confirmed on the official website.
Certificate in Supply Chain Management and Analytics
This 2-month course provides practical and strategic insights into modern logistics, procurement, and supply chain systems.
Eligibility
: Suitable for graduates (10+2+3 pattern) and mid-level professionals from any discipline.
Course fee
: Approximately INR 50,000 + 18% GST.
Certificate in Semiconductor Technology
and Manufacturing
Aligned with India's semiconductor development mission, this 6-month programme focuses on fabrication techniques, microelectronics, and Very Large-Scale Integration (VLSI) design.
Eligibility
: Open to engineers, science graduates, and early-career professionals in electronics and related fields.
Course fee
: INR 1,50,000 + 18% GST.
Postgraduate Programmes at IIT Delhi Abu Dhabi Campus
IIT Delhi has launched new postgraduate courses at its international campus in Abu Dhabi. These include MTech and Doctor of Philosophy (PhD) programmes, with an academic focus on sustainable technology, data science, and energy systems.
Duration
: MTech – 2 years; PhD – variable duration.
Eligibility
: Requires a Bachelor's or Master's degree with a minimum of 60% marks and qualification through Graduate Aptitude Test in Engineering (GATE) or an equivalent examination.
Course fee
: As per IIT Delhi Abu Dhabi's fee structure, to be confirmed on the official website.
PhD Admission (Special Drive for SC/ST Candidates)
This special admission drive for PhD programmes, offered across various departments, targets SC/ST candidates to promote inclusive research opportunities.
Duration
: Variable duration.
Eligibility
: Requires a Master's or Bachelor's degree with 60% marks (relaxed for SC/ST candidates) and valid scores in GATE, CEED, JEST, CSIR JRF, UGC NET, or an equivalent examination, followed by an interview.
Course fee
: As per IIT Delhi's fee structure, typically including tuition waivers for SC/ST candidates.
Interdisciplinary and flexible curriculum reforms for 2025–26
To further modernise its academic structure, IIT Delhi has introduced a variety of interdisciplinary courses at both undergraduate and postgraduate levels. These courses come with a modular and flexible curriculum, allowing students to combine traditional subjects with emerging disciplines.
Key interdisciplinary themes include:
Artificial Intelligence (AI) and Machine Learning
Healthcare Technology
Integration of Humanities and Social Sciences
Skill-based minors tailored to student interests
These reforms aim to give students more control over their academic trajectories and help them develop cross-functional expertise.
Students can check the latest prospectus issued by IIT Delhi for 2025-26
here
.
Is your child ready for the careers of tomorrow? Enroll now and take advantage of our early bird offer! Spaces are limited.
Hashtags
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Hindustan Times
5 minutes ago
- Hindustan Times
Profs Sen, George get GD Birla award for Scientific Research
Two Indian researchers pushing the boundaries of quantum technologies and supramolecular chemistry were honoured with the prestigious GD Birla Award for Scientific Research for 2023 and 2024 at a ceremony in New Delhi on Friday. Union minister of communications and development of north eastern region, Jyotiraditya Scindia (right), and president of the KK Birla Foundation, Shobhana Bhartia (left), with professors Subi Jacob George (2nd from right) and Aditi Sen De — winners of the GD Birla Award for Scientific Research for 2023 and 2024 — in New Delhi on Friday. (HT PHOTO) Union minister Jyotiraditya Scindia presented the 2023 award to professor Aditi Sen De of Harish Chandra Research Institute, Prayagraj, for her contributions to quantum technologies, and the 2024 prize to professor Subi Jacob George of Jawaharlal Nehru Centre for Advanced Scientific Research, Bengaluru, for his work in supramolecular chemistry. The ceremony, held at Birla House keeping with a 35-year tradition, recognised breakthrough research that could transform fields ranging from computing to medical treatment. Instituted in 1991 by the KK Birla Foundation, the annual award recognises exceptional scientific research by Indian scientists working in the country, preferably under 50 years of age. Each recipient receives ₹5 lakh. GD Birla believed in the ethos that building of corporations and building of institutions must not be driven by the motive of profit alone, but must be driven by the motive of improving the lives of the people around you,' said Scindia. 'All the awardees over the last 35 years have been fired with that very purpose.' 'In keeping with the tradition, this function has always been held as a private ceremony at the Birla House, as per the desire of my father and founder of the KK Birla Foundation,' said Shobhana Bhartia, president of the KK Birla Foundation, congratulating the winners. 'The decision to keep the age limit at 50 was a conscious decision taken with the view to try and encourage people at a relatively younger age,' said Bhartia, the chairperson and editorial director of HT Media Ltd. Professor George's pioneering work in supramolecular chemistry—described as 'chemistry beyond the molecule'—focuses on creating materials that mimic nature's remarkable functions. His team is developing supramolecular polymers, essentially plastics that can self-repair, self-heal, and be recycled completely. 'In a world dependent on plastics, this could be transformative,' George explained, envisioning applications extending to regenerative medicine, including repairing organs and skin. Professor Sen, who has authored 232 research articles, is driving advances in quantum technologies. 'We are heading towards the second revolution of quantum technology,' she said, building on the quantum mechanical principles that already underpin computers and mobile phones. Scindia praised Sen's work for its scientific brilliance and inspirational impact. 'Professor Sen has empowered and inspired women, the stronger gender, to follow in her footsteps,' he said, emphasising the need to boost women's participation in research and development. 'Professor George, your capability in supramolecular chemistry and the capability of your papers and your science, specifically in the area of polymers, in earlier unknown elements, could pave a new way for new products and new technology to come over,' Scindia said. The minister highlighted the Bharat 6G Alliance as an example of successful collaboration between startups, leading technology companies, IITs, and government agencies. 'Encouragingly, women are playing a significant role in this effort,' he noted. Scindia linked the achievements to India's broader scientific renaissance, citing the country's rise from the world's 11th to 4th largest economy, with projections to reach third position by 2028. 'From Shubhanshu Shukla docking at the International Space Station to Vikram Lander's touchdown at the moon's south pole, to developing our very own 4G stack, India has repeatedly proven its mettle,' he said. The minister highlighted landmark government initiatives including the India AI Mission, National Quantum Mission, and the recently launched Research, Development and Innovation Scheme backed by ₹1 lakh crore. Previous recipients include AK Sood, now principal scientific adviser to the government, who won in 2000 for his contributions to experimental physics.
Hans India
5 minutes ago
- Hans India
Here is all about CM Revanth Reddy's ‘Young India' mission inspired from Gandhi
At a state-of-the-art skilling facility South of Hyderabad, picture a bunch of fresh engineering graduates learning the nuances of autotronics from seasoned engineers of Mahindra Group. Imagine a group of newly graduated nurses completing a 3-month finishing-skills course offered by the best of professionals from Apollo Hospitals. At the end of the course, Mahindra and Apollo would pick them all and glowing careers would follow. Would you believe, all of this is being made possible from a government-established institute called the Young India Skills University (YISU) in Telangana. According to the former journalist P Anvesh Reddy, Job-readiness, or the lack of it, among fresh graduates, is at the core of the idea behind the Revanth Reddy-led Government of Telangana's launch of YISU in August 2024. Behind the thought of YISU is the Telangana Chief Minister's decision to echo Mahatma Gandhi's views on the inherent value of college degrees. Over a century ago, Mahatma Gandhi in his weekly journal Young India, wrote, "An academic grasp without practice behind it is like an embalmed corpse, perhaps lovely to look at but nothing to inspire or ennoble." Indian politicians rarely speak about having an under-skilled young population. Revanth Reddy acknowledged the elephant in the room. Sadly, for as large a population as India's, Gandhi's words still hold true as an overwhelming section of today's graduates do not possess industry-standard skills. Gandhi's idea of 'Young India' reflects "the voice of India" and hence, the underlying problem of education in India -- 'academic grasp without practice' – needs to be addressed. More so in an AI-era. Revanth Reddy, who swore-in as Telangana's Chief Minister in December 2023, was quick to sense this. Within months, he pooled in industrialists of the likes of Anand Mahindra of Mahindra Group, Sanjeev Bikhchandani of Info Edge, and Suchitra Ella of Bharat Biotech, to bejewel YISU's Board of Governors. Anand Mahindra was appointed as the chairman of YISU. He had even agreed to adopt the University's automotive department. The Chief Minister appealed to the industrialists to become partners in YISU. A permanent campus for YISU is being built in the upcoming Bharat Future City, an ambitious net zero city project touted to become the next growth engine for Hyderabad. Brand 'Young India' The Skills University was named with the iconic prefix 'Young India'. The idea is not just to do poetic justice. The idea is to do real justice to the young Indians, by matching their skillsets with market needs through a self-reliant institution -- with zero government intervention. YISU's success would naturally trigger replication elsewhere in India. In the 1980s, Telangana's (erstwhile Andhra Pradesh) reforms in education were replicated as a model for India, especially with the launch of the Indira Gandhi National Open University (IGNOU). India's first Open University, the Dr. B.R. Ambedkar Open University, Hyderabad, pioneered distance education with print, radio, and study centres. Its success proved the feasibility and impact of open learning in India. IGNOU went on to become the world's largest university in terms of student enrolment. Since Bhavanam Venkatarami Reddy in 1982, Revanth Reddy is the first Chief Minister in united Andhra Pradesh's history to serve as the State's full-time education minister. He has plans for revolutionary educational reforms. This is an exception not just in Telangana or Andhra Pradesh, but also in Indian politics of recent past. Telangana is building ultra-modern social welfare residential schools called Young India Integrated Residential Schools in all the 119 Assembly constituencies, with Rs 200 crore allocated for each school campus. Also, the Young India Police School was launched exclusively for the children of police personnel, while the Young India Sports University is being set up with a vision to produce future Olympians. While India could likely become the world's third largest economy in the coming years, unemployment continues to be a burning issue. And Gandhi's idea of 'Young India' could take today's young Indians a long way in such pursuit.
Time of India
2 hours ago
- Time of India
Agricultural research boost: PAU secures Rs 4 crore GoI project for predictive breeding of guava
Ludhiana: In a major boost to agricultural biotechnology research, Punjab Agricultural University (PAU) has been awarded a prestigious Rs 4 crore project by the department of biotechnology, Government of India (GoI). The project focuses on precision-driven predictive breeding in guava, a fruit often referred to as the "apple of the tropics" due to its high nutraceutical value. The initiative, titled "Pangenomics and SNP array development for mapping genetic factors controlling nutraceutical and processing traits in guava (Psidium guajava L.)", aims at enhancing guava breeding through advanced genomic tools. Spanning five years, the project is designed to improve fruit quality, shelf life, and processing traits in guava varieties cultivated across India. PAU boasts a rich germplasm collection of guava, featuring valuable traits such as colored skin and flesh, low seed count, soft seeds, and extended shelf life. These traits are central to the university's breeding priorities, which seek to increase the commercial appeal and nutritional value of the fruit. The research team comprises 10 scientists from PAU, led by Dr Amandeep Mittal as project coordinator and principal investigator-I, and Dr Naresh Kumar Arora as principal investigator-II. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Free P2,000 GCash eGift UnionBank Credit Card Apply Now Undo The team also includes Dr Manav Indra Singh Gill, Dr Parveen Chhuneja, Dr Inderjit Singh Yadav, Dr Rajbir Singh Boora, Dr Rimaljeet Kaur, Dr Kirandeep Kaur Kang, Dr Pawan Kumar Malhotra, and Dr Daljinder Singh as co-principal investigators. It will focus on improving the guava genome of the popular Allahabad Safeda variety, generating a pangenome of Indian-origin guavas, and developing a SNP (Single Nucleotide Polymorphism) array to facilitate predictive breeding. This will enable selection of progeny with desirable traits such as increased sweetness, reduced seed core, soft seeds, and anthocyanin-rich flesh—traits that are in high demand among consumers and processors. The team emphasised that marker assisted selection (MAS) will play a key role in reducing the time, cost, and space required to develop new guava varieties. MAS allows breeders to identify and select plants with specific genetic traits early in the breeding process, making it a powerful tool for accelerating crop improvement. PAU vice-chancellor Dr Satbir Singh Gosal congratulated the team for securing the project and praised their commitment to solving key challenges in fruit crop production. Dr Ajmer Singh Dhatt, director, research, and Dr Rishi Pal Singh, registrar, also lauded the team's efforts in advancing biotechnology-based solutions for farmers. Dr Yogesh Vikal, director, School of Agricultural Biotechnology, and Dr H S Rattanpal, head of fruit science, commended the scientists for their outstanding achievement, calling it a milestone in PAU's research journey. This project is expected to significantly contribute to the development of elite guava cultivars with improved nutritional and commercial traits, benefiting both farmers and consumers across India.
