The Department of Science & Technology at Indus University is dedicated to fostering scientific inquiry, technological innovation, and interdisciplinary research. With a strong foundation in physics, chemistry, mathematics, and emerging technologies, the department prepares students for dynamic careers in research, industry, and academia. Our curriculum integrates theoretical knowledge with hands-on experimentation, emphasizing critical thinking, problem-solving, and real-world applications. State-of-the-art laboratories, modern research facilities, and industry collaborations provide students with practical exposure to cutting-edge advancements in science and technology.
Expert faculty members mentor students in diverse fields, including nanotechnology, data science, material science, and environmental sustainability. Through project-based learning, research initiatives, and industry-driven training, graduates emerge as skilled professionals ready to contribute to scientific breakthroughs, technological progress, and sustainable solutions for global challenges.
The vision of the Department of Science & Technology is to achieve the premier position amongst all other institutes, by providing state-of-the-art knowledge and hands-on experience in the field of Science & Technology by fostering a spirit of inquiry and nurturing curiosity, among faculty and students for diverse and challenging roles in a complex domestic and global environment, and become a symbol of reshaping trends in Science & Technology Education.
To attain the position of excellence in academics, research and innovation, to produce highly qualified graduates in the field of Science & Technology, combining the attributes of contemporary knowledge with moral and ethical values to play a vital role in the development of industry and the progress of the country.
Following are the key objectives of the Department of Science & Technology
Indus University's Department of Science & Technology offers advanced facilities for scientific discovery, technological innovation, and interdisciplinary research, fostering advancements in science and emerging technologies.
The Bachelor of Engineering Technology in Electrical (B.E.Tech Electrical) is a four-year program designed to equip students with practical expertise in electrical systems, automation, and power technology. Combining theoretical foundations with hands-on training, the curriculum covers power electronics, industrial automation, smart grids, and renewable energy, preparing graduates for careers in energy, manufacturing, and emerging electrical technologies.
The Bachelor of Engineering Technology in Electronics (B.E.Tech Electronics) is a four-year program that builds expertise in electronic systems, automation, and communication technologies. Covering embedded systems, IoT, VLSI design, and robotics, it blends theory with hands-on training. With industry-driven projects and internships, graduates excel in semiconductor technology, automation, telecommunications, and cutting-edge innovations in electronics.
The Bachelor of Engineering Technology in Mechanical (B.E.Tech Mechanical) is a four-year program that builds expertise in mechanical design, manufacturing, and automation. Covering thermodynamics, robotics, CAD/CAM, and renewable energy systems, it blends theoretical knowledge with hands-on training. With industry projects and internships, graduates excel in automotive engineering, industrial automation, aerospace, and advanced manufacturing technologies.
The Bachelor of Engineering Technology in Civil (B.E.Tech Civil) is a four-year program that develops technical expertise in structural design, construction management, and sustainable infrastructure. Covering geotechnical engineering, transportation, urban planning, and smart construction technologies, it blends theory with hands-on training. With industry collaborations and internships, graduates excel in infrastructure development, project management, and emerging fields like green building and smart cities.
The Master of Science in Electrical Engineering Technology (MS-EET) is a research-driven program that enhances expertise in advanced electrical systems, automation, and smart technologies. Covering power electronics, renewable energy, IoT, and industrial automation, it blends theory with hands-on research. Graduates excel in energy management, telecommunications, control systems, and emerging fields like smart grids and sustainable power solutions.
The Master of Science in Mechanical Engineering Technology (MS-MET) is a research-focused program that enhances expertise in advanced manufacturing, robotics, and sustainable energy systems. Covering thermal sciences, automation, CAD/CAM, and smart materials, it blends theory with hands-on research. Graduates excel in automotive engineering, aerospace, industrial automation, and emerging technologies like additive manufacturing and renewable energy solutions.