Scope and Descriptions of the courses offered:
IIT Ropar offers the following B.Tech. programs through JEE (Advanced).
B.Tech. in Artificial Intelligence and Data Engineering
Artificial Intelligence (AI) and Data Engineering are redefining how modern systems are built by shifting from traditional software development to intelligent, data-driven decision making. As industries increasingly rely on large-scale data and AI-powered automation, there is a growing demand for engineers who can develop algorithms, design robust data pipelines, and deploy scalable intelligent solutions.
To address this emerging paradigm, IIT Ropar, through the School of Artificial Intelligence & Data Engineering (sAIDE), offers a cutting-edge and competitive four-year B.Tech. program in Artificial Intelligence and Data Engineering, two-year postgraduate program M.Tech and a Ph.D program. Unlike conventional Computer Science programs that broadly cover computing fundamentals, this UG program is purpose-built with a strong focus on AI-centric system design and large-scale data engineering. It combines algorithmic intelligence with data infrastructure, enabling students to build complete AI systems from data acquisition and processing to model development, optimization, and real-world deployment.
The curriculum is designed to reflect this shift toward intelligent systems. It provides a solid foundation in computing while emphasizing machine learning, deep learning, generative AI, natural language processing, and computer vision, healthcare along with large-scale data processing, distributed systems, and modern data engineering frameworks. Students learn to work with real-world, high-volume datasets and develop scalable AI solutions across domains such as healthcare, agriculture, robotics, and smart systems.
A key strength of the program is its hands-on and systems-oriented learning approach. Students engage in laboratory work, interdisciplinary projects, and research-driven problem solving using advanced infrastructure, including GPU-enabled high-performance computing facilities and dedicated AI laboratories. This ensures they graduate with both strong theoretical understanding and the practical ability to design, implement, and deploy intelligent systems at scale.
The program is delivered by a research-driven faculty working in cutting-edge areas such as healthcare AI, computer vision, speech and language processing, robotics, agricultural AI, underwater vision systems, quantum optimization, quantum ML, AI security and trustworthy AI. Collaboration with industry, research organizations, and global academic institutions provides exposure to real-world challenges, emerging technologies, and best practices.
With flexible electives and project-based learning, students can specialize in emerging areas such as generative AI, multimodal intelligence, and autonomous systems. The program culminates in a capstone project focused on solving real-world problems, often in collaboration with industry and research partners. Students are also encouraged to undertake internships and participate in live projects to strengthen their practical experience.
This program prepares graduates for next-generation roles beyond traditional software development, including AI and ML Engineers, Data Engineers, AI System Architects, and Research Engineers. It also provides a strong foundation for higher studies at leading global institutions. Graduates are well-positioned to drive innovation across strategic sectors, including defense and national security, in a world increasingly shaped by intelligent and data-centric systems.
B.Tech. in Chemical Engineering
The Department of Chemical Engineering offers undergraduate (B.Tech.), postgraduate (M.Tech.), and Ph.D. programs. A Bachelor’s degree in Chemical Engineering is a versatile qualification that opens doors to a wide range of industries globally. Chemical engineers play a crucial role in sectors such as pharmaceuticals, energy, environmental technology, food processing, and materials science. Our dedicated faculty members specialize in key areas of chemical engineering such as Catalysis and Reaction Engineering, Energy and Environment, Multiscale Modeling, Soft Matter Engineering, Transport Phenomena and Thermodynamics, as well as Process Control and Optimization. In the current times, emerging fields such as green energy, pharmaceuticals, and AI-driven chemical processes are creating new job opportunities, and will continue doing so.
The department is actively engaged in cutting-edge research in various emerging fields, including Complex Fluid Mechanics, Interfacial and Particulate Engineering, Dynamics of Granular Materials, Water Treatment, Mechanics of Living Matter, Computational Fluid Dynamics, Microfluidics, Process Systems Engineering and Data Science, Scientific Computing, Computational Catalysis, Reaction Kinetics and Modeling, Biomass Conversion Processes, Renewable Energy, Computational Biology, Atomistic Modeling and Simulation, and Biophysics.
Faculty members in the department are actively involved in cutting-edge research projects funded by organizations such as the Department of Science and Technology (DST), Science and Engineering Research Board (SERB), various Government of India Ministries (including Textiles and Electronics and Information Technology), Indian Space Research Organisation (ISRO) , as well as consultancies with the Ministry of Education, the Government of Punjab, the World Bank, and numerous corporate entities. Undergraduate students are encouraged to pursue research with leading global universities, contribute to research publications and a recently awarded grant for DST's Improvement of Science and Technology infrastructure (DST-FIST) has strengthened the teaching and research experience. Recently the department is now putting efforts to foster a strong consultancy culture through the provision of short-term training courses for continuing professional development (CPD) of industry professionals and troubleshooting industrial problems of interest. The department fosters collaboration among industry, academia, and government by promoting faculty entrepreneurship, facilitating faculty leadership in multidisciplinary and inter-institutional consortia, and providing student internship opportunities with industry partners. The theme “Envision and create the future beyond tomorrow” is the guiding light for the department and it contributes to the Institute’s vision of fostering Academic Excellence through Industry-driven Research, Global Collaborations, and Community Impact.
B.Tech. in Civil Engineering
The Bachelor of Technology (B.Tech) program in Civil Engineering offers a comprehensive curriculum that encompasses fundamental principles, advanced topics, and hands-on practical experiences across various specialized fields. Key areas of study include Structural Engineering, which focuses on the design and analysis of buildings and bridges; Geotechnical Engineering, which examines soil behavior and its interaction with structures; Transportation Engineering, dedicated to the planning, design, and management of transport systems; Water Resources Engineering, addressing the sustainable management of water supply and quality; Environmental Engineering, which aims to develop solutions for pollution control and environmental protection; and Geomatics, which integrates surveying, mapping, and data analysis technologies.
This program places a strong emphasis on cultivating graduates equipped to address innovative and complex challenges within the Civil Engineering domain. With a focus on infrastructure design and management, students will learn to create sustainable solutions that benefit society as a whole. The curriculum not only equips students with theoretical knowledge but also nurtures critical thinking and problem-solving skills through project-based learning and internships.
Graduates of this undergraduate program will be well-prepared for careers in diverse sectors including industrial engineering, research institutions, and academia. They will gain expertise in essential areas such as structural and foundation design, smart city initiatives, efficient water resource management, cutting-edge remote sensing technology, effective pollution control strategies, and urban transportation planning. This holistic approach ensures that they are capable of meeting the dynamic demands of the civil engineering profession in a rapidly evolving global landscape.
B. Tech. in Computer Science and Engineering
The Department of Computer Science & Engineering at IIT Ropar proudly presents a distinguished four-year B.Tech program that is both rigorous and competitive. The curriculum is designed to lay a robust foundation in the diverse fields of Computer Science and Engineering, ensuring that students develop essential skills and knowledge necessary for their future careers. Furthermore, the wide array of elective courses offers students the opportunity to delve deeply into specific areas of interest, enabling them to specialize and tailor their educational experience.
The curriculum not only promotes independent thought and critical analysis but also encourages students to learn at their own pace, cultivating an environment of curiosity and self-directed exploration. A strong emphasis is placed on practical learning through hands-on training and collaborative design work, which are integral components of various course projects. The department is dedicated to providing cutting-edge infrastructure and modern facilities that empower undergraduate students to transform their innovative project ideas and research concepts into tangible outcomes.
Our ambition is to attract a world-class faculty who excel in all domains of Computer Science and Engineering. Since welcoming our inaugural batch, our graduates have received enthusiastic recognition from the industry, with prestigious organizations both in India and on a global scale actively recruiting them. We are committed to building on our initial achievements and to continually drawing in the brightest students and the most talented faculty in the coming years.
B. Tech. in Digital Agriculture:
With the global population projected to reach 9.7 billion by 2050, ensuring food security has emerged as one of the most pressing global challenges. Traditional agricultural practices, while foundational, are increasingly inadequate to meet the growing demand for sustainable, efficient, and climate-resilient food production. In this context, emerging technologies such as Artificial Intelligence (AI), Machine Learning (ML), remote sensing, and data analytics are redefining agriculture through precision farming, predictive intelligence, and autonomous decision-making systems.
Recognizing this transformative shift, IIT Ropar offers its flagship B.Tech. program in Digital Agriculture through the School of Artificial Intelligence & Data Engineering (sAIDE). This program stands as a unique and forward-looking initiative, aimed at creating a new generation of engineers equipped to revolutionize agriculture through intelligent, data-driven technologies.
The program is designed to build strong interdisciplinary expertise at the intersection of agriculture and advanced computational technologies. Students are trained to integrate AI, ML, geospatial analytics, IoT, and autonomous systems to address real-world challenges such as crop health monitoring, yield prediction, precision irrigation, and climate-adaptive farming. The curriculum emphasizes hands-on, experiential learning, enabling students to design and deploy scalable AI-driven agricultural solutions.
The program is supported by a dynamic and expanding faculty team at sAIDE, comprising experts in artificial intelligence, agriculture, computer vision, data science, remote sensing, quantum computing, and intelligent systems. Faculty members are actively engaged in cutting-edge research, interdisciplinary collaborations, and industry partnerships, ensuring a strong synergy between teaching, innovation, and real-world applications.
AI-enabled agricultural technologies have demonstrated significant potential to enhance productivity and sustainability. Solutions such as smart irrigation systems, soil and crop health monitoring, and disease prediction models can improve yields by 30-40% while reducing operational costs by up to 25%. Additionally, AI-driven climate and weather analytics empower farmers to make informed decisions, mitigating risks associated with environmental variability. The integration of drones and IoT-based sensing further enables real-time monitoring and precision intervention. Recognizing the transformative potential of AI in agriculture, the Ministry of Education has also established ANNAM.AI, a Center of Excellence (CoE) at IIT Ropar.
The School of Artificial Intelligence & Data Engineering (sAIDE) at IIT Ropar provides state-of-the-art infrastructure, including GPU-enabled high-performance computing facilities and dedicated AI laboratories. As a flagship initiative, the B.Tech. in Digital Agriculture program reflects the institute’s commitment to advancing technology-driven, sustainable agriculture aligned with national priorities such as food security, climate resilience, and digital transformation.
Graduates of this program will be uniquely positioned to lead innovation across academia, industry, agri-tech startups, and policy-making, contributing to the development of a smarter, more resilient, and sustainable agricultural ecosystem.
B. Tech. in Electrical Engineering
The B.Tech program in Electrical Engineering aims to provide students with a well-rounded education in key areas of the discipline, including Electronics Engineering, Computer Technology, Analog and Digital Communication Engineering, Control and Instrumentation, as well as Electrical Machines and Power Engineering. The core curriculum for the undergraduate program features a minimum of two core theory courses and two core laboratory courses in each area of study. This foundational education is enhanced with appropriate elective courses during the third and fourth years. Currently popular electives include VLSI, Embedded Systems, Digital Signal Processing, Medical Electronics, Digital Communication, Wireless Networks, and Optical Communication.
The undergraduate projects included in the final year curriculum emphasize experimental work and hands-on exposure to hardware across all four areas. Additionally, India is pursuing self-reliance in semiconductor manufacturing, as seen in initiatives like the India Semiconductor Mission and incentives for chip fabrication plants. Integrated Circuit (IC) design is a highly specialized and crucial field in electronics and computer engineering. In response to the future demands of the industry and advancements in technology, the Electrical Engineering department at IIT Ropar is introducing a B.Tech degree program in IC Design and Technology. This program aims to strengthen the connection between semiconductor industries and IIT Ropar by providing specialized training in industry-relevant courses and skills.
B. Tech. in Electrical Engineering (Integrated Circuit Design and Technology):
According to a report from McKinsey & Company, the global semiconductor industry is projected to become a trillion-dollar industry by 2030. This projection indicates that what took 55 years to reach a $0.5 trillion valuation is expected to double in just the next 10 years. Key factors driving this remarkable growth include advancements in computing and storage, wireless technologies, automotive applications, and AI-driven systems.
The COVID-19 pandemic has highlighted the risks of over-dependence on localized supply chains, leading to significant disruptions. In response, many nations are focusing on reinvesting in their local semiconductor ecosystems. India's government has initiated an ambitious plan to attract semiconductor manufacturers through the Indian Semiconductor Mission launched in 2022. This initiative aims to significantly enhance India’s leadership in semiconductor fabrication plants (fabs), assembly, testing, marking, and packaging (ATMPs), and outsourced semiconductor assembly and test (OSAT) services. Numerous multinational corporations and Indian startups have already begun investing in the country, complementing other important missions like the quantum mission and the AI mission that necessitate high-end chip design and advanced packaging.
A critical issue that needs to be addressed is the creation of a skilled workforce capable of meeting the diverse needs of this ecosystem. Consequently, numerous universities and Indian Institutes of Technology (IITs) have introduced new B.Tech programs aimed at cultivating a large pool of highly skilled engineers and professionals utilizing their existing infrastructure.
In light of this, the Department of Electrical Engineering at IIT Ropar has launched a new undergraduate program in electrical engineering, specifically focusing on all aspects of integrated circuits. Currently, the department has five faculty members specializing in IC design, device fabrication, modeling, and electronic packaging. Since 2019, these faculty members have successfully offered a Master's program, and the proposed B.Tech program will further enhance our commitment to contributing to nation-building in this vital area.
Historically, students who have pursued semiconductor specializations through the concentration in the B.Tech program or the Master's program have been successfully employed by leading industries in India and abroad. Thus, the proposed B.Tech program will strengthen our connection with semiconductor industries and IIT Ropar. Additionally, students from other disciplines (such as Computer Science, AI, Mechanical Engineering, etc.) will benefit from the broader range of courses and specialized skills offered through this new B.Tech program.
B. Tech. in Engineering Physics:
The Department of Physics, jointly with the Department of Electrical Engineering, offers a four-year B.Tech. program in Engineering Physics that is distinctive in both structure and philosophy. The program is designed as an equal and integrated blend of applied physics and electrical engineering, ensuring that students develop a deep scientific understanding alongside strong engineering competence and analytical rigor.
Unlike conventional Engineering Physics programs, this curriculum is built on a balanced foundation where rigorous training in fundamental and applied physics is complemented by equally substantial exposure to core electrical engineering, including circuits, electronics, and systems. At the same time, a parallel emphasis on advanced mathematics equips students with the tools for quantitative modeling, computation, and abstraction-skills that are essential not only in engineering and science but also in data-driven domains such as artificial intelligence, finance and analytics.
A central pillar of the program is the science and engineering of semiconductors, reflecting the growing strategic importance of this sector. Students gain a strong foundation in electronic materials, device physics, and modern approaches to chip design, fabrication, and characterization. The curriculum is also forward-looking, incorporating key elements of quantum science and technology, preparing students to engage with emerging areas such as quantum computing, quantum materials, and next-generation devices exciting world of quantum computing and quantum-enabled technologies.
The structure of the program emphasizes both depth and flexibility. Students build a strong core across physics, electrical engineering, and mathematics in the initial years, followed by the opportunity to orient themselves toward more physics-intensive or engineering-intensive pathways through electives, laboratory work, and projects. Options for interdisciplinary minors from any department further broaden their academic exposure.
Graduates of this program will be uniquely positioned at the interface of science and technology, with the ability to move seamlessly between theory, computation, and experiment. The training prepares them for careers in semiconductor industries, advanced technology sectors, and quantum technology initiatives, as well as for opportunities in finance, data science, and research. It also provides a strong foundation for higher studies at leading institutions worldwide.
This program is intended for students seeking a rigorous education in applied physics with an engineering perspective, bridging science and engineering to enable real-world technological impact, and preparing them to contribute to both contemporary industrial challenges and emerging scientific frontiers.
B. Tech. in Engineering Science:
The Departments of Physics and Computer Science & Engineering (CSE) jointly offer a unique and transformative undergraduate program designed to provide maximum flexibility and broad scientific depth. The program aims to equip students with the skills and mind-set needed to excel across diverse career paths including deep tech industries and research.
The very first two years of the program, students get the opportunity to build strong foundation in physics, mathematics, computing and core engineering principles. This foundation enables the development of conceptual clarity, analytical thinking, and broad-based exposure to multiple disciplines.
In the final two years, students can choose to specialise in emerging and high impact domain-specific pathways which includes (i) Artificial Intelligence, (ii) Autonomous Systems and Robotics, (iii) Financial Engineering and Technology (Fintech and Security), (iv) Quantum Science and Technology, and (v) Cyber-Physical Systems. In addition to aforementioned domain-specific pathways, the program also offers a unique pathway titled as (vi) Interdisciplinary Flexible Major, which comes with a Design Your Own Degree (DYOD) feature. This distinctive feature enables students to carve out a personalized academic journey by freely opting the courses across various departments based on their interests.
In summary, the overall flexibility of the program fosters intellectual independence, encourages innovation in interdisciplinary domains, and aligns learning with evolving scientific, technological, and societal needs. Thus, this program aims to prepare not only skilled engineers but also future researchers, entrepreneurs, policymakers, and leaders.
B. Tech. in Mathematics and Computing
The Department of Mathematics, in collaboration with the Department of Computer Science and Engineering (CSE), offers a flagship B.Tech. program in Mathematics and Computing starting from the Academic Year 2019-20. This program combines Mathematics and Computer Science, focusing on areas where the two disciplines are particularly relevant to one another. It is designed to prepare graduates for advanced degrees and diverse careers in various industries.
The curriculum provides a solid foundation for students interested in strong mathematical and analytical skills, and offers a wide range of electives, including Mathematical Modeling, Pure Mathematics, Theoretical Computer Science, Machine Learning, Big Data, Computer Architecture, the Internet of Things (IoT), Algorithms, Game Theory, Financial Mathematics, Data Science, Time-Series Analysis, Mathematical Image Processing, and more. Emphasizing hands-on learning, the program is actively integrating lab components into nearly every course. This program attracts students with top ranks in the Joint Entrance Examination (JEE).
B. Tech. in Mechanical Engineering
Mechanical Engineering is not just a traditional branch—it’s the backbone of innovation and engineering that powers industries, infrastructure, and real-world problem-solving. It remains one of the foundational pillars of engineering education. It bridges both the physical and digital domains, enabling you to design machines, build sustainable systems, work with robotics, automation, and even integrate Artificial Intelligence/Machine Learning into real-world applications. Mechanical engineering offers diverse career paths—from automotive and aerospace to energy, manufacturing, and smart technologies. If you want a future where you create, build, and innovate tangible systems, Mechanical Engineering gives you that edge with versatility, stability, and limitless growth opportunities.
The Department of Mechanical Engineering is one of the founding departments of the Institute and is also one of its largest, with 24 faculty members with diverse research expertise. The department covers all major areas of mechanical engineering, including mechanics and design, fluids and thermal engineering, materials and manufacturing, and computation.
The Department of Mechanical Engineering offers B.Tech., M.Tech., and Ph.D. programs. Currently, the B.Tech. program in Mechanical Engineering includes minors in several fields. Additionally, the department provides Master’s degrees in four disciplines: Manufacturing Engineering (MF), Mechanics and Design (MD), Thermal and Fluid Engineering (TF), and Computational Mechanics (CM).
Beyond conventional core courses, the department also features cutting-edge courses such as product design and realization, sustainability for engineers, continuum mechanics, medical devices and equipment, biomechanics, noise and vibration, finite element analysis, energy science and technology, robotics and mechatronics, smart manufacturing, thermal management of electronics, micromanufacturing, and deep learning of physical systems.
The laboratories are equipped with state-of-the-art facilities designed to enhance both teaching and research. The main research focus areas of the department include Additive Manufacturing, Biomechanical Engineering, Energy Efficiency and Sustainability, Intelligent Mechanical Systems, and Micro/Nano Engineered Systems.
B. Tech. in Metallurgical and Materials Engineering
The Department of Metallurgical and Materials Engineering offers B.Tech, M.Tech, and PhD programs. It has faculty members specializing in all major areas of Metallurgical and Materials Engineering. The department's focus areas include Physical Metallurgy, Extractive Metallurgy, Mechanical Metallurgy, Computational Materials Engineering, Energy Materials, Functional Materials, and related fields.
In addition to covering the fundamentals of Metallurgical and Materials Engineering, the curriculum includes multiple courses on Computational Materials, emphasizing coding and data science/engineering. This design encourages innovative thinking, preparing students to be industry-ready.
The department also provides a platform for interdisciplinary studies in collaboration with both academia and industry. Graduates have secured positions in various companies, including Dassault, JSW, JSL, and Otsuka. Additionally, the department promotes strong interactions between students and faculty. For more information about the department, please visit https://mme.iitrpr.ac.in.