School of Engineering

 M.Tech. in Power Systems is a 2-year postgraduate program focusing on advanced knowledge in electrical power generation, distribution, and utilization. Designed for engineering graduates with a background in Electrical or Electronics Engineering, this course covers core subjects like power electronics, smart grids, renewable energy systems, and high-voltage engineering. It includes theoretical classes, laboratory work, and research projects, preparing students for careers in energy management, power system design, and grid operation. With a blend of technical skills and research opportunities, the program suits those aiming for roles in energy companies, research institutions, or academia.

An advanced 2-year PG degree that explores the design, analysis, and maintenance of structural systems is the Master of Technology (M.Tech.) in Structural Engineering. Advanced subjects like finite element analysis, seismic engineering, advanced concrete technology, and structural dynamics are covered over here. To obtain real-world experience, students work in labs, conduct research projects, and frequently take part in industrial partnerships. Advanced structural design, computational techniques, and emerging building technologies are frequently covered in the curriculum. Graduates are prepared for positions in government organizations, construction corporations, research institutes, and structural design firms. With chances for more specialization through doctoral studies or professional certificates, they can work as structural engineers, consultants, or researchers.

Students who complete a 3-year program leading to a diploma in mechanical engineering gain a foundational understanding of mechanical engineering concepts and procedures. Important topics covered in the curriculum include manufacturing processes, automation, fluid mechanics, thermodynamics, material science, and mechanical design. Through lab work, workshops, and industrial training, students also obtain real-world experience that equips them for applications in a variety of sectors. The curriculum aims to give students the abilities required for jobs in quality control, production, maintenance, and mechanical design. Graduates can work in industries like manufacturing, energy, automotive, and aerospace.

 

Students who have earned a relevant engineering diploma or an equivalent qualification can enroll in a 2-year program called the Diploma in Electrical Engineering through Lateral Entry. Students who complete this course can start the second year of the regular diploma program right away. Electrical circuits, power systems, control systems, electronics, electrical machines, and renewable energy are among the fundamental ideas of electrical engineering that are the emphasis of the program. Through laboratory work, industry projects, and hands-on instruction, students acquire practical experience. Graduates are prepared for technical positions in manufacturing, telecommunications, electricity, and automation, as well as in electrical repair, system design, and energy management.

A 3-year undergraduate curriculum called a Diploma in Civil Engineering gives students the fundamental knowledge and abilities in civil engineering concepts and procedures. Fluid mechanics, building materials, surveying, geotechnical engineering, transportation engineering, and structural analysis are among the topics covered in the program. Through laboratory work, field trips, and hands-on training, students acquire practical expertise that equips them to help in the design, construction, and maintenance of infrastructure projects such as buildings, bridges, and roads. With opportunities in both the public and commercial sectors, the curriculum is perfect for anyone looking for jobs in design engineering, construction, or project management.

The 3-year Diploma in Computer Science & Engineering program gives students a foundational understanding of computer science and engineering concepts. Programming languages (C, C++, Java), computer networks, database administration, data structures, software engineering, operating systems, and web development are among the topics covered in the curriculum. Students have practical experience in software development, debugging, and coding, preparing them for technical positions in engineering and information technology. The curriculum is intended to give students the theoretical understanding and real-world skills they need to pursue employment in a variety of areas, including software development, network administration, hardware engineering, and IT support.

 M.Tech in Production Engineering program focuses on advanced concepts in manufacturing processes, system optimization, and production management. The curriculum typically lasts two years and covers topics such as lean manufacturing, quality control, supply chain management, industrial automation, and advanced materials. It blends academic understanding and practical applications to prepare students for leadership positions in industries such as automotive, aerospace, and manufacturing. The curriculum incorporates research, case studies, and hands-on projects to help students build problem-solving abilities and technical knowledge. Graduates are prepared to design efficient production systems, optimize operational procedures, and contribute to the advancement of production technology and manufacturing practices.

 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 Construction Engineering and Management is a 2-year postgraduate program designed to equip students with advanced knowledge and skills in construction management, project planning, and execution. The course covers key areas such as construction techniques, contract management, construction economics, project risk management, and sustainable construction practices. Students will also acquire expertise in using modern tools and technologies for effective project management, including software for scheduling, cost estimation, and quality control. The program blends theoretical learning with practical experience through internships, industry projects, and case studies. Graduates of this program are well-prepared for leadership roles in the construction industry, managing large-scale projects and ensuring timely, cost-effective, and safe completion.

M.Tech. in Environmental Engineering is a 2-year postgraduate program designed to equip students with advanced knowledge and technical skills in environmental protection, sustainable development, and resource management. This course delves into areas such as water and wastewater treatment, air pollution control, solid waste management, and environmental impact assessment. It combines theoretical studies with practical applications, fostering expertise in addressing global environmental challenges. Students explore innovative technologies, environmental policies, and sustainable practices to mitigate ecological issues. The program is ideal for graduates with a background in Civil, Chemical, or Environmental Engineering, preparing them for roles in industries, research institutions, consultancy firms, and governmental organizations focused on sustainability and environmental management. It emphasizes interdisciplinary learning to create competent professionals for a greener future.

B.Tech. in Structural Engineering is a 4-year undergraduate program designed to equip students with the skills and knowledge required for designing, analyzing, and constructing buildings, bridges, and other infrastructure. The course covers subjects like material science, structural analysis, reinforced concrete design, steel structures, geotechnical engineering, earthquake engineering, and environmental engineering. Students also acquire practical experience through labs, workshops, and internships that provide practical exposure to real-world challenges. The curriculum emphasizes problem-solving skills, engineering design, and safety standards. Graduates of the program can pursue careers in construction, civil engineering firms, government agencies, or research and development, contributing to the design and maintenance of safe and sustainable infrastructure. The program also provides a foundation for those interested in pursuing postgraduate studies in structural or civil engineering.