Department of Electrical & Electronics Engineering

Electrical and Electronics Engineering (EEE) Department – BITS Pilani

Campus

Pilani Campus

Department Contact Details

Contact Name

Prof. Navneet Gupta

Designation

Head of Department of Electrical & Electronics Engineering/Instrumentation

Phone

+91-1596-25-5611 | +91-1596-25-5233

Fax

ngupta@pilani.bits-pilani.ac.in

Address

Birla Institute of Technology and Science (BITS), Pilani – 333031, Rajasthan, India

Department E-mail

Department Summary

The EEE Department was formed by merging the then existing Electrical Engineering and Electronics Engineering departments in 1969-70. Before this, the degree programme in Electrical Engineering was started way back in 1946 when Birla College of Engineering was established,d and a Master’s programme leading to the degree of M.Sc. (Tech) Electronics was offered in the year 1955. The institute restructured the M.E. programmes in the year 1988-89 with the programme in Electronics & Control and a degree programme in Microelectronics. The Department has also introduced M.E. programmes in Communication Engineering, Embedded Systems, Electrical-Power Electronics, and Drives.

The Instrumentation programme was started in the year 1973 with the nomenclature of M.Sc. (Tech) Instrumentation as a two-year degree programme after the first degree. Later on in the year 1979-80, this programme was restructured as a 4-year integrated first degree programme with the same nomenclature. The nomenclature got changed in the year 1993 when it was renamed as B.E.(Hons) Instrumentation. Owing to the importance of electronics and its role in instrumentation, the degree was renamed as B.E. (Hons) Electronics and Instrumentation in the year 1998-99.

These Departments have earned a very high reputation in the country for the various degree programmes offered and have also established collaborative linkages with many institutions in the country and also with some of the universities abroad. The Government of India has also established a Technology Business Incubator Cell in the area of Microelectronics and Embedded Systems at the Institute with the active involvement of the faculty members of the Departments. The Department is striving to become a center of excellence in the field of Microelectronics, VLSI & related emerging areas by producing professionals who excel in Innovation, Entrepreneurship, Creativity, and Management.

The Department of Electrical and Electronics Engineering (EEE) at BITS Pilani enjoys a rich history that dates back to 1946 when the Electrical Engineering program was established under the Birla College of Engineering. The department changed in a major way in 1969-70 when the Electrical and Electronics Engineering streams were combined to create the current-day EEE Department. This merger was conceived as a strategic step to address the changing needs of the world of academia and industry. It resulted in an even more cohesive and holistic approach to engineering education. Decades later, many would argue that the department is now one of the most dynamic and intellectually challenging departments at BITS Pilani.

Presently, the EEE Department teaches an extensive number of undergraduate and postgraduate programs, capturing the diversity and interdisciplinary flavor of the subject matter. The department has programs in Electronics & Control, Microelectronics, Communication Engineering, Embedded Systems, and Electrical-Power Electronics and Drives in its academic portfolio. They are properly structured to endow the students with a solid theoretical knowledge base, supplemented by practice and contemporary technological resources. The curriculum is periodically revised to be in line with international trends in engineering so that the graduating students are suitably equipped to enter the industry, research, or higher education.

Besides academic eminence, the department also promotes an active research culture that instills innovative and impactful work among both teachers and students. Research activities are undertaken in a variety of front-line areas such as VLSI design, signal processing, power electronics, control systems, and renewable energy technologies. The department is also supported by well-facilitated laboratories and access to state-of-the-art simulation tools and software, which add value to the quality of research output. Numerous projects are funded and sponsored by national and international agencies, further solidifying the department's position as a hub for research and advanced innovation.

The EEE Department has built a firm reputation for graduating technically sound, professionally capable, and socially conscious engineers. Former students of the department occupy high positions in industry, academe, and government around the world. The department also has active industry associations that give students internships, exposure to practical engineering problems, and live project opportunities. With a blend of academic excellence, research orientation, and industry interaction, the EEE Department at BITS Pilani continues to remain committed to shaping electrical and electronics engineering leaders of the future.

Message from Head of Department (HOD)

Welcome to the Electrical and Electronics Engineering (EEE) Department at BITS Pilani. We are extremely proud of our history of academic excellence, with a long legacy spanning decades, having grown from a firm foundation laid in the mid-20th century. Our department is an equilibrium of tradition and innovation, providing a dynamic learning environment where students are inspired to break free from norms, dig deeper, and become individuals and professionals. Whether you're seeking undergraduate or postgraduate education, you'll discover a curriculum that is rigorous, futuristic, and in line with international industry trends.

Our pedagogy is based on the concept of holistic development. Outside the classroom, students get to work on leading-edge projects, interdisciplinary projects, and hands-on experiences that enhance their knowledge of fundamental EEE concepts. The department provides a broad range of programs like Electronics & Control, Microelectronics, Communication Engineering, Embedded Systems, and Electrical-Power Electronics and Drives. All these courses are aided by advanced labs, up-to-date infrastructure, and a committed faculty team willing to foster intellectual inquiry and technical competence.

Research is one of our department's central pillars. We strongly promote innovation through a broad array of sponsored projects and research activities in new frontier areas such as renewable energy, VLSI design, signal processing, power systems, robotics, and others. Collaboration with national and foreign institutions enriches our research environment, facilitating knowledge sharing, advanced education, and significant contributions to technological progress. Undergraduate and graduate students alike are encouraged to engage in this culture of exploration, with many continuing on to publish research, present at conferences, or obtain patents.

Looking ahead, our department continues to be committed to graduating engineers who are not only competent professionals but also good global citizens. The fast-evolving world of technology requires flexibility, innovation, and leadership—traits that we actively seek to foster in all our students. With robust industry relationships, internship programs, and worldwide alumni contacts, our department ensures that students are well-equipped for industry, research, or entrepreneurial careers. We encourage you to join our lively community, where learning never fades and excellence is pursued by all.

Department Responsibilities

The Department of Electrical and Electronics Engineering (EEE) at BITS Pilani is committed to providing world-class undergraduate and postgraduate education up to international standards. Our curriculum, with a balance of theory and practice, strives to give students a thorough grasp of fundamental EEE principles along with analytical abilities and technical skills. The department keeps updating its academic programs to meet the most recent trends in technology so that the students are adequately prepared for various career opportunities in engineering, research, and other fields.

There is a strong focus on fostering innovative research and development in a broad spectrum of fields such as microelectronics, embedded systems, control systems, renewable energy, and artificial intelligence. Our students and teachers are actively involved in state-of-the-art research sponsored by national and international bodies, which frequently gets published in peer-reviewed journals and conferences. The department practices the culture of curiosity and allows the students to become part of the scientific community through original work that solves the technological problems of the present and the future.

Practical exposure is a fundamental aspect of our pedagogy. Students are engaged with industry-relevant problems in the laboratory, live projects, and internships. The hands-on exposure bridges the gap between theoretical learning in class and practical applications outside the classroom, enabling the graduates to become more flexible and employment-ready. The department also organizes regular interaction with industry professionals in the form of workshops, guest lectures, and joint research to keep students abreast of the most recent developments and best practices in the field.

Besides technical education, the department proactively promotes entrepreneurial culture and future skills development. We promote students to innovate, incubate start-up concepts, and pursue cross-functional projects, specifically in newer fields like IoT, robotics, smart grids, and green energy. By setting up strategic alliances with other higher educational

institutions and industry giants, the department develops an ecosystem for innovation, skill development, and professional advancement. Our vision is to produce engineers who are not just technically proficient but also visionary and socially conscious thinkers in the changing world environment.

Academic Programs Offered

B.E.(Manufacturing Engineering)

Research & Innovation

Preferred Research Areas

The Department of Electrical and Electronics Engineering at BITS Pilani is actively involved in teaching and research in the field of Microelectronics and VLSI Design, an area that is at the core of electronic devices in the modern age. Researchers and faculty are involved in designing and optimizing integrated circuits (ICs), system-on-chip (SoC) architecture, and nanoelectronics for higher performance and low power consumption. Curriculum is complemented with the latest tools and laboratories so that students can learn theoretical concepts as well as develop practical skills in IC design, fabrication methods, and novel semiconductor technologies.

Embedded Systems is another of primary interest, considering its applicability across industries from automotive and healthcare to consumer devices and industrial control. The department offers a holistic learning platform where students are exposed to hardware-software co-design, real-time systems, and applications based on microcontrollers. Through research and projects, students engineer embedded solutions to real-life issues, which frequently include IoT and AI elements to enrich functionality as well as user experience.

Communication Engineering and Electronics and Signal Processing are two critical disciplines that enable today's world of connectivity. The department provides intensive study and research in the areas of wireless communications, signal transmission, digital and analog communication systems, and state-of-the-art modulation techniques. At the same time, signal processing has a significant role to play in audio, video, and biomedical applications. Students and teachers conduct research in fields like image processing, speech recognition, and signal analytics based on machine learning, leading to communication technology and multimedia system innovations.

Power Electronics and Drives, and Instrumentation and Control Systems are also focused on by the department, as they form the basis of industrial automation and energy management. In Power Electronics, students study efficient conversion, control, and conditioning of electric power using electronic devices. Instrumentation and control emphasize system dynamics, automation technologies, sensors, and feedback mechanisms critical to process industries. All these areas together equip students to engage in sustainable energy solutions, electric vehicles, and smart manufacturing systems, driving the future of intelligent and energy-efficient technologies.

Ongoing Research Projects

The Department of Electrical and Electronics Engineering at BITS Pilani is at the cutting-edge of advancements in Microelectronics and Embedded Systems, two areas that are the foundation of most contemporary technological developments. Students and faculty work on designing integrated circuits, system architecture at the level of the system, and low-power microelectronic systems. Embedded Systems design is all about developing smart solutions for real-time applications in robotics, medical systems, and consumer electronics. These programs blend tough theoretical training with implementation, equipping students to face the challenges of the modern digital and globalized world.

To nurture innovation and entrepreneurship, the department is an active partner for projects under the Technology Business Incubator (TBI) supported by the Government of India. This platform provides infrastructure, mentoring, and funding support to students and researchers who intend to turn innovative concepts into successful business ventures. Some of the student-owned companies and initiatives from the faculty have arisen out of this support system, most notably in the fields of smart devices, IoT, energy systems, and electronic product design. The incubator acts as a link between industry and academia, promoting entrepreneurship and a technological innovation spirit.

Research in emerging communication systems is one of the main focus areas of the department, which deals with challenges in data transmission, network security, and information security. Research activities that are faculty-guided include wireless networks, optical communication, MIMO systems, and 5G/6G technologies. Students are motivated to delve into communication protocols, channel modeling, and modulation techniques through research assistantships, internships, and academic projects. The activities are designed to improve connectivity solutions that are scalable, efficient, and accessible across numerous industries and society applications.

Also emphasized are VLSI and control applications, with broad implications in both consumer and industrial markets. The department has research activities in digital and analog circuit design, semiconductor technologies, system-level simulation, and automatic control systems. Industrial automation, robotics, and advanced instrumentation systems are the applications of the work involved. With encouragement from government agencies and industry partners, the department continues to grow its body of research, contributing to the development of smarter, more responsive systems that meet real-world challenges in dynamic contexts.

Research Scholars

The Electrical and Electronics Engineering Department of BITS Pilani boasts a robust and vibrant research scholars group. These students are central to driving the academic and research ambitions of the department by exploring intricate and dynamic disciplines like VLSI (Very-Large-Scale Integration), power networks, embedded systems, and communication systems. Their research ranges from basic theory to applied research, advancing the frontiers of knowledge and creating practical answers for contemporary problems. The research atmosphere is both mentally challenging and extremely collaborative in nature, creating a culture of investigation and innovation.

At VLSI design, researchers are working on frontline research areas such as low-power architectures, hardware-software co-design, and sophisticated chip fabrication technologies. These activities are focused on improving performance with reduced energy consumption in contemporary electronic devices. Their research tends to involve microelectronic circuit simulation, testing, and modeling, leading to practical uses in computing and consumer electronics. With intense research and testing, these researchers contribute to the development of future integrated circuits that are smaller, faster, and more efficient.

Research in power systems and embedded systems is equally vigorous, with researchers working on smart grid technologies, integration of renewable energy, and real-time embedded applications. The projects work towards meeting the energy efficiency, system stability, and automation requirements in the contemporary power infrastructure. Researchers work toward the design of intelligent controllers, digital signal processing methods, and embedded architectures that promote reliability and performance in mission-critical applications from industrial automation to biomedical devices.

In the field of communication technologies, research scholars are investigating cutting-edge subjects like 5G and 6G systems, wireless communication protocols, network security, and signal processing algorithms. Their research helps enhance connectivity, minimize latency, and maximize the scalability of contemporary communication networks. Through the availability of advanced laboratory equipment and ongoing guidance from seasoned faculty members, these students not only author high-impact publications but are also an active part of innovations towards national and international technological priorities.

Patents & Innovations

The Electrical and Electronics Engineering Department at BITS Pilani also lays significant stress on developing technology and innovation, with the latter being seen as a key part of academic and societal development. The department ensures that there is a culture of experimentation and creativity, and that both students and faculty are motivated towards projects that lie beyond theoretical study and translate into applied, scalable technologies. This culture of innovation is very much integrated into the research and academic fabric of the department, and this leads to a vibrant setting where fresh ideas can be nurtured and given expression.

Faculty members are the prime drivers of this culture of innovation, always pursuing applied research that solves actual problems. Several of them direct interdisciplinary efforts that cross over into sectors including healthcare, energy, automation, and digital systems. These initiatives usually result in the creation of prototypes and solutions that can be commercialized. Consequently, the department witnesses frequent patent filings based on faculty-driven innovations, indicative of the pragmatic application of their research towards the creation of future technologies.

The students are also significant drivers of the innovation ecosystem within the department. They are motivated to explore new concepts in fields like embedded systems, signal processing, and instrumentation through hands-on projects, internships, and faculty mentorship. Some student projects have turned into innovative products or product components, some of which have been used in startups or incubated in various entrepreneurship initiatives. This strategy not only imparts students with technical know-how but also the mindset and competencies to become technological entrepreneurs.

The department's contribution to the technology startup ecosystem has been particularly significant in areas such as embedded systems and instrumentation, where it facilitates the development of smart, efficient, and adaptive solutions. With access to state-of-the-art laboratories, collaborative platforms, and funding opportunities, both students and faculty have the infrastructure and support to bring their research to fruition as influential technologies. These projects enhance the department's leadership in national innovation missions and are closely aligned with the overall goals of promoting industry-academia collaboration and a knowledge-driven economy.

Publications & Journals

The Department of Electrical and Electronics Engineering at BITS Pilani is home to a diverse and energetic community of research scholars who are deeply involved in frontier research in a variety of advanced technological areas. These scholars form the core of the department's quest for academic excellence and innovative problem-solving. Their research ranges from theoretical bases to practical applications in fields like VLSI design, power systems, embedded systems, and communication technologies. In academic settings that are rich and challenging, these academic scholars collaborate with veteran academic staff to investigate academic challenges, fuel knowledge development, and build academic engineering solutions that will make a lasting impact.

One of the department's main research areas is VLSI design, whereby academic scholars concentrate on creating low-power efficient architectures, hardware-software co-design optimization strategies, and improving fabrication chip technologies. Their goal is to create smaller, faster, and more efficient electronic components that will directly lead to faster computers, cell phones, and other digital technologies. With intensive simulation and testing, these researchers turn their innovative circuit design concepts into reality, delivering high-speed microelectronic solutions that can cope with today's technology demands.

In the area of embedded systems and power systems, researchers in the department are at the forefront of energy management, automation, and intelligence. Their research includes the creation of intelligent grid solutions, renewable energy integration, and real-time processing for embedded systems. These research endeavors aim at making power distribution smarter and more reliable and improving embedded system performance in areas of medicine, automotive engineering, and industrial control. By using sophisticated signal processing and intelligent control methods, researchers help in the development of effective, sustainable, and adaptive technologies.

Research in the field of communication engineering in the department is likewise visionary, focusing on key areas of wireless networks, future communication systems (5G and onwards), and digital signal processing. Researchers investigate means of enhancing data transmission efficiency, security of networks, and provision of increased demand for high-speed connectivity in a more interconnected world. With state-of-the-art facilities at their disposal and ongoing counsel from faculty advisors, these research scholars publish at the highest levels and present at major conferences on a routine basis. Not only do they advance scholarship, but they are also instrumental in shaping new communication technologies worldwide.

Department of Electrical & Electronics Engineering

Department Summary

Message from Head of Department (HOD)

Department Responsibilities

Academic Programs Offered

Research & Innovation

Preferred Research Areas

Ongoing Research Projects

Research Scholars

Patents & Innovations

Publications & Journals

Infrastructure and Facilities

News And Events

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