School of Engineering

B.Tech. in Computer Science and Engineering is a 4-year undergraduate degree that provides students with a solid foundation in computer science principles and engineering methods. The course content includes programming languages, algorithms, data structures, software engineering, database management, computer networks, and artificial intelligence. Students receive practical experience through projects and internships. This degree prepares graduates for professions in software development, system analysis, cybersecurity, and other technical industries, as well as advanced computing studies.

Bachelor of Technology in Electrical Engineering is a 4-year undergraduate program that provides students with knowledge and abilities in electrical systems, power generation, and electronics. The curriculum includes topics such as circuit theory, electromagnetics, power systems, control systems, and digital electronics. Students also participate in practical labs and projects. This degree prepares graduates to work in a variety of areas, including power, telecommunications, and automation. There are opportunities in electrical and electronic system research, design, manufacture, and maintenance.

B.Tech. Civil Engineering is a 4-year undergraduate curriculum that prepares students to design, build, and maintain infrastructure projects. The curriculum includes topics such as structural engineering, geotechnical engineering, transportation systems, water resource management, and environmental engineering. This course taught about how to apply mathematical and scientific principles to real-world civil engineering problems, how to use advanced software tools, and how to obtain hands-on experience through laboratory and field projects. This degree equips graduates to work in building, urban planning, and infrastructure development.

 B.Tech. in Printing, Graphics, and Packaging is an undergraduate study that lasts 4 years and teaches both technical and creative skills. It examines numerous facets of the printing industry, graphic design, and packaging technologies. This program includes topics like printing techniques, color management, digital imaging, packaging materials, and design software. The curriculum also covers print production, quality control, and ecological packaging options.

The M.Tech. in Computer Science & Engineering is a 2-year postgraduate degree that provides advanced specialization in artificial intelligence, machine learning, computer networks, cybersecurity, and software engineering. The program encompasses cutting-edge topics like as deep learning, cloud computing, the Internet of Things, and data mining. Through hands-on projects, industrial internships, and research, students acquire expertise in designing and implementing innovative computing solutions to complicated real-world issues. Graduates of this degree have the opportunity to work as software architects, data scientists, cybersecurity professionals, and research engineers in the fast-changing field of computer science and information technology.

The M.Tech. in Electrical Engineering is a 2-year postgraduate degree that provides advanced specialization in fields such as power systems, control systems, signal processing, and embedded systems. The curriculum includes areas such as power electronics, machine learning, renewable energy technologies, and smart grid systems. Students learn how to establish, analyze, and optimize complex electrical and electronic systems through hands-on projects and industrial internships. Graduates of this program have the potential to work as power system engineers, control system specialists, embedded software developers, and research scientists in the flourishing field of electrical engineering, helping to develop new technologies

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.