School of Engineering

M.Tech. in Chemical Engineering is a 2 year postgraduate degree that focuses on providing advanced knowledge and skills in chemical processes and engineering. The curriculum includes topics such as process design, response engineering, transportation phenomena, process control, and environmental engineering. Students participate in research projects, case studies, and hands-on training to prepare for careers in areas such as petrochemicals, pharmaceuticals, energy, and environmental management. The program also stresses using chemical engineering principles to tackle real-world challenges. Admission normally needs a B.Tech. in Chemical Engineering or a related discipline, with an emphasis on both theoretical and practical knowledge.
 

 M.Tech. in Electronics and Communication Engineering is a 2 year postgraduate degree that aims to provide advanced knowledge of electronics and communication systems. The course is divided into four semesters and includes topics like as wireless communication, embedded systems, VLSI design, signal processing, and microwave engineering. It integrates theoretical concepts with practical applications via lab work, projects, and research possibilities. This curriculum is perfect for students who want to specialize in cutting-edge technology, preparing them for careers in research, development, and industries such as telecommunications, electronics, and automation. It also serves as a stepping stone toward PhD studies and academic positions.

M.Tech. in Optics and Optoelectronics Engineering is a 2 year postgraduate program aimed for students interested in advanced themes in optics, photonics, and optoelectronic systems. The course covers topics such as optical communication, laser systems, quantum optics, fiber optics, and photonic devices. It blends theoretical knowledge with real-world expertise designing, testing, and optimizing optical and optoelectronic systems. Students investigate developing technologies such as nanophotonics and integrated optics. Graduates are prepared for positions in research, development, and innovation in industries such as telecommunications, healthcare, defense, and academia, where they can help improve optics and optoelectronics technologies.

M.Tech. in Metallurgical and Materials Engineering is a 2 year postgraduate program that studies metals, alloys, and materials science. The course covers advanced topics such as materials processing, heat treatment, corrosion, nanomaterials, and mechanical properties of materials. Students learn about material selection, testing, and failure analysis, which can be applied in a variety of industries such as aerospace, automotive, and manufacturing. The program blends academic and practical learning through research, lab work, and projects. Graduates are prepared to engage in material development, quality control, and research, or to pursue additional academic studies or industry employment in materials engineering and related subjects.

A bachelor's degree in aerospace engineering, which normally takes 4 years to finish, focuses on the design, development, and maintenance of airplanes and spacecraft. Aerodynamics, aircraft structures, propulsion systems, flight mechanics, avionics, rocketry, materials science, and control systems are all core courses. Students acquire practical experience through lab work, projects, and internships at aerospace industry. The program applies mechanical, electrical, and materials engineering methods to address air and space travel issues. Graduates are equipped to work in aerospace production, design, research, aviation, defense, and space exploration. Some schools may also provide specialties in fields such as UAVs and space technologies.

M.Tech. in Sensor Technology is a 2-year postgraduate program that focuses on the design, development, and application of sensors in various industries. The course covers key areas such as sensor materials, microelectronics, sensor integration, signal processing, and wireless communication systems. Students explore different types of sensors, including temperature, pressure, chemical, optical, and biosensors, and their applications in fields like healthcare, automotive, robotics, environmental monitoring, and defense. The program combines theoretical learning with practical laboratory work and research, equipping students with the skills needed to develop innovative sensing technologies. Graduates of this program can pursue careers in sensor manufacturing, R&D, automation, and industries that rely on sensor-based technologies, such as healthcare, industrial automation, and environmental monitoring.

M.Tech. in Quantum Computing & Sensing is a 2-year postgraduate program designed to equip students with advanced knowledge in quantum mechanics, computing, and sensing technologies. The course covers key topics such as quantum algorithms, quantum information theory, quantum hardware, quantum cryptography, and quantum sensors, with a focus on practical applications in fields like telecommunications, computing, and healthcare. Students learn to harness quantum principles to develop cutting-edge technologies in data processing, imaging, and sensing. The program combines theoretical learning with practical experience through projects, lab work, and research. Graduates can pursue careers in quantum research, technology development, and industries such as telecommunications, aerospace, and semiconductor manufacturing, contributing to the growing field of quantum technologies and their real-world applications.

M.Tech. in Corrosion Technology is a 2-year postgraduate program that focuses on the study of corrosion mechanisms, prevention methods, and material selection for industries prone to corrosion damage. The course covers topics such as corrosion science, electrochemistry, corrosion testing, protective coatings, and failure analysis. Students learn about the impact of corrosion on different materials and structures, including metals, alloys, and composites, in various environments like marine, industrial, and chemical settings. The program integrates both theoretical learning and practical experience through laboratory work, research projects, and case studies. Graduates of this program are equipped to work in industries such as oil and gas, aerospace, construction, and manufacturing, where they can specialize in corrosion prevention, material maintenance, and research or pursue further academic studies in the field.