School of Engineering
Established in 2011, the School offers a world-class engineering education built on innovative teaching and strong research partnerships. Programmes are developed with industry and academia to balance theory and practical application. Students gain hands-on experience in advanced facilities, including labs for Cloud Computing, IoT, Mechatronics, Thermal Energy, Process Control, and more. With its global outlook and cutting-edge resources, the School equips graduates to succeed worldwide while empowering faculty to drive meaningful impact in engineering and technology. The School provides a pathway for graduates to the heights of their profession at both national and international levels.
Happening at School of Engineering
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Our Departments
The School’s curriculum is built on strong fundamentals while staying closely aligned with the fast-changing demands of the job market. Its broad, multidisciplinary approach shapes students into a unique blend of technically skilled professionals and socially responsible citizens, ready to lead in their chosen fields. Unlike technology-focused institutions with narrow silos, the School benefits from being part of a multidisciplinary university. Its five core departments offer major programmes with specialisations designed to meet contemporary challenges and opportunities.
Department of
Chemical Engineering
The Department combines academic rigour, cutting-edge research, and strong industry collaboration to prepare future-ready engineers. Guided by faculty with training from leading institutions from India and around the world, the department offers B.Tech. and Ph.D. programmes that build a solid foundation in core chemical engineering while nurturing critical thinking and research acumen. Students gain hands-on experience in diverse areas including reaction engineering, energy and environment, microfluidics, and modelling & simulation—spanning theoretical, experimental, and computational approaches. Active partnerships with industry provide opportunities for internships and real-world projects, equipping students with both technical expertise and the problem-solving mindset essential to tackle pressing challenges.
Department of
Civil Engineering
The Department nurtures future-ready professionals by combining scientific rigour with hands-on expertise. Through a rich spectrum of core and elective courses at the undergraduate, postgraduate (M.Tech.), and doctoral (Ph.D.) levels, the department shapes students into skilled, dynamic, and critical thinkers. Our graduates are equipped not only to excel in their fields but also to lead transformative development and nation-building from the forefront.
Department of Computer Science and Engineering
With globally recognised faculty and a thriving culture of innovation, the Department offers a truly international research environment. Students gain rigorous academic training and hands-on research experience, equipping them with the expertise and global perspective to excel in academia, research, and leadership roles worldwide.
Department of
Electrical Engineering
The Department stands at the forefront of innovation, with teaching and research spanning Very Large-Scale Integrated Circuits (VLSI) and embedded systems, nanoelectronics, advanced sensors, communication networks, and next-generation energy solutions, including solar photovoltaics. Its faculty brings expertise shaped by advanced degrees from world-renowned universities and professional experience in leading international technology companies. The department is equipped with laboratories that match global research facilities, ensuring students gain hands-on experience with the latest technologies. With a curriculum that is continuously benchmarked against international best practices and industry trends, the department prepares graduates to excel as innovators and leaders in an interconnected world.
Department of
Mechanical Engineering
Guided by the mission to cultivate future global leaders and advance translational research addressing critical technological frontiers, the department has established world-class laboratories. These premier facilities not only enhance undergraduate learning but also serve as hubs for pioneering research across specialised and interdisciplinary fields.
Shaping the Future of Engineering
The School of Engineering is proud to launch its New Curriculum 2025, a transformative step towards preparing students for the challenges and opportunities of a rapidly evolving world. This forward-looking programme has been designed in close consultation with global industry leaders, recruiters, and academic partners, ensuring that our graduates are future-ready, innovative, and highly sought after.
What’s New?
The curriculum introduces a Common First Year for all engineering students, fostering a strong foundation before they specialise. From the very beginning, students are immersed in experiential and project-based learning, anchored by a year-long First-Year Engineering Project (FYEP). Working in teams, they take an idea from conception to prototype, often aligning their projects with the United Nations Sustainable Development Goals.
New specialisations reflect emerging priorities in science and technology:
- Artificial Intelligence, Data Science, Cybersecurity, VLSI Design
- Sustainable Infrastructure, Bioenergy, Robotics, Electric Mobility, Cognitive Robotics, Computational Mechanics
- Interdisciplinary tracks, such as Applied Machine Intelligence, open to all engineering majors
- Students can also pursue Minors outside their chosen discipline, ensuring a broad, cross-disciplinary education.
New Pedagogy
The focus is not just on what students learn, but on how they learn. Courses emphasise students on how to apply knowledge, create solutions, and lead with impact:
- Design problem-solving and analytical thinking
- Interdisciplinary integration of maths, physics, and engineering sciences
- Teamwork, communication, and leadership
- Ethics, sustainability, and social responsibility
- Technical communication and project management
Industry Partnerships
The School has expanded its industry engagement manifold, forging collaborations with leading organisations such as MG Motors, BPCL, IOCL, ISRO, Samsung, HPE, and Dassault, to name a few. Students benefit from guest lectures, live projects, hackathons, competitions, and access to cutting-edge facilities like the Dassault Centre for 3D Design and the Makerspace.
Find Your Program
Research
A Digital Twin Development for Collaborative Human-Robot Work Allocation in Assembly Line System
A digital twin is a virtual replica of a physical system that is used to simulate, analyse, and optimize its real-world counterpart. The project involves creating a digital model of an assembly...
Optimization of Supercritical fluid extraction process for the selective extraction of Turmeric root and Carrot seed: ANN and DoE Modelling
Turmeric root oil and Carrot seed oil possess medicinal value such as anti-inflammatory and the antifungal properties due to availability of several compounds in their oil i.e. Turmerone and...
Development of a novel biochar based adsorptive membranes from industrial agro-wastes to treat pharmaceutical pollutants
The primary objective of the research is to develop a biochar-based mixed polymer matrix membrane. The biochar will be obtained from gasification experiments on an industrial agro-waste. The...
PREPARATION OF NOVEL ADSORPTIVE MEMBRANES USING BIOCHAR DERIVED FROM AGRO-WASTES FOR MASS SEPARATION IN VARIOUS APPLICATIONS
This research work focuses on the development of biochar-infused polymeric mixed matrix membranes, where the biochar is derived from spent industrial wastes. These wastes are usually discarded in...
Utilization of mixed food waste and post-extraction solid waste for Bio-energy and wastewater treatment
This project is divided into two parts (i) Utilization of cooked food waste to produce bioenergy and (ii) Value added utilization of post extraction solid waste, spent carrot seed in biofuel...
Catalytic pyrolysis of spice industry solid waste and upgradation of bio-oil to bio-diesel
Over the years, the human lifestyle has become more focused towards the use of organic and naturally-derived products. Due to great demand of natural and clean label products, the market of...
INSTABILITIES DURING PRODUCTION OF NANOFIBRES BY ROTARY JET SPINNING (RJS)
RJS is known to produce ‘beads’, or spherical accumulations of mass along the nanofibre length which may be attributed to many factors, such as high spinneret rotation speed or high surface...
Embedded Systems & Computer Engineering
The Embedded Systems & Computer Engineering group focuses on areas related to embedded systems & IoT(Internet of Things) for smart buildings and agriculture, RTOS (real-time operating...
Research Labs
- IoT and Wireless Lab
- Cybersecurity Lab
- AI and ML Lab
- Nanomaterials Synthesis/Characterization Labs and
- Environmental Engineering Lab
Industry Partnerships
At the School of Engineering, we believe that collaboration between academia and industry is essential for driving innovation and advancing technological solutions. Through our strong network of industrial partnerships, we provide our students with valuable opportunities to engage in real-world projects, gain practical experience, and bridge the gap between theory and practice.