B.E. Civil Engineering is a 4-year full-time undergraduate engineering course deals with the construction, design, and maintenance of structures and works like tunnels, bridges, buildings, canals, waterworks, airports, sewage systems, waterways and canals, highways and railroads, dams and powerhouses, sewage disposal system, water treatment, ports, harbors, docks, etc. B.E. Civil Engineering course introduces the elements of surveying with construction on applications for the construction process.

B.E. Computer Science is a 4 year undergraduate Engineering course deals with the construction, design, maintenance, operation of computer software and hardware. This course introduces the software and hardware aspects of both computer applications and computer design. The course explores the interaction between modern computer science and related technologies that have evolved design principles of engineering and mathematical into the developmental of modern computing systems.

B.E. Electrical & Electronics Engineering (EEE) is 4-year undergraduate degree course that deals with all the areas of electronics and electrical engineering. hose areas include circuits, machines, Power systems, instruments etc. Electrical Engineering is responsible for generating, transferring and conversion of electric power. Electronic engineering is an engineering field that deals with transmission of information using radio signals. The main objective of this course is to make the students more productive and professionally more innovative in the field of electronics and electrical industry.

B.E. Electrical and Communication Engineering (ECE) is a 4 year undergraduate degree program , deals with the investigation and study of design, installation, manufacture, and operation of electronic tools a, d equipment, telecommunication systems, systems and machinery, radio, computers, and TVs used in the computer industry, hospitals, entertainment media, defense forces and in numerous other areas. The program provides a sound establishment for people wishing to seek a career in Electronics & Communication engineering, control systems, communications, sensor systems and robotics through an assorted scope of practical experience and theoretical skills, exhibited with regards to real applications and design expertise and experience.

B.E. Mechanical Engineering is a 4-year undergraduate Engineering course, deals with the study of mechanics, kinetics, statistics, material science, thermodynamics, and structural dynamics used in development, designing, production, construction, operation, installation, and maintenance of machines, tools, and various other mechanical equipment. B.E. Mechanical Engineering course introduces fundamental concepts of machine design system and machine operation. In this course, candidates learn the physical properties of motion, force, stress, and principles of equilibrium, elasticity, compatibility and the behavior of machines.

B.Tech Information Technology is an undergraduate 4 years course which focus on computer technology. Devise,  development, execution, support and running of computer-based information systems. Information Technology engineering covers  both software and hardware sectors. It helps to generate, manage, store, communicate, and flow information.

M.E. in computer Science Engineering is a full-time 2 year Postgraduate master’s degree. M.E. in computer Engineering course combines the computer science and electrical engineering academic disciplines to increase the new computer systems. in this course, candidates combine their understanding of computer software and hardware to develop new computer devices or improve an existing device. This course aims to train students on procedures and the newest relevant techniques in computer engineering field.

M.E Communication & Networking is a 2 years postgraduate program. The program is intended to meet industry demands and to give recent improvements in electronic gadgets, digital control systems, digital signal processors and digital communication. The program additionally covers progress in communication and related ideas and algorithm. M.E in Communication & Networking  gives an in-depth knowledge to candidates of Electronics and Communication Engineering in numerous subjects such as Advanced Embedded System, Advanced Digital Communication, Antenna Theory and Design, Error Control and Coding, Digital Electronics, Advanced Computer Networking and Linear Algebra.

M.E. Communication Systems may be a 2 year postgraduate program. This course concentrates on devices, equipment and technologies that communicate data, voice and multimedia information.Course has five area of specialization: media studies, government communication, health communication, organizational communication and variety in communication. The program consists of core program devoted to the hardware description languages, design basics of VLSI systems and CAD tools.The course includes basic topics like modem digital communication techniques, Computer networks, multimedia compression techniques, and computer networks advanced radiation systems etc. Then applicants study microwave integrated circuits, optical fiber communication, satellites communication, cellular mobile communication and other related topics.

M.E applied Electronics is a 2 year post graduate degree in electrical Engineering. M.E applied Electronics is the study of elements involved in electrical Engineering. the program gives candidates sufficient knowledge of semiconductor devices, oscillators, amplifiers, junction transistors, and many others. Which is exclusively covered through principle and practical in the duration of 2 years.the program is a comprehensive study of control and measurement of complex electrical processes

Applied Electronics involves the comprehensive examine of the integrated and complex system used in handling electrical process and control system. Candidates are offered an in-depth learning in developing electronic equipment like mobile handsets, digital thermometers and much more which can further be used in the measurement of complex methods of the industry.

M.E. Energy Engineering is a full-time post-graduation program in Energy Engineering which spans for a duration of 2 years. The study which deals with the comprehensive study into fields concerning with energy services, environmental compliance, plant engineering and alternative energy technologies. The course regulates candidates to invest their interest in knowing the methodologies of developing, extracting, converting and conserving energy. Combining technology in engineering energy efficiently, M.E in Energy Engineering lends a broader perspective, training students in carrying out testing of machines, designing and developing newer ways to improve the process of extracting and transmitting energy to generate electricity and lessen pollution.

M.E. Power Electronics and Drives is a 2 year postgraduate course, that course help to provide an up to date introduction on power electronics and a dynamic course in power electronics and drives and its related applications. This course combines conventional technologies with state of the art technologies which include electronics, power semiconductor devices, digital signal processors, electromagnetic, EMC, control theory, and energy technology.

In this Course, students learn themes for the study in power electronics and drives and get an in-depth understanding of power electronics and drives. candidates may also analyze power electronics technologies and scientific discipline involved in this study and by means of electric machines and power electronic converters. M.E. power Electronics and Drives course also provide the knowledge to enable modeling, design, synthesis, and simulation of the power converter.

M.E. Structural Engineering is a 2-year full-time postgraduate course. The most important objective of the course is to impart advanced learning to eligible candidates in fundamental principles of Structural analysis. Students are trained to implement such ideas through different methods, in analyses of various kinds of structures, and to evaluate force and displacement parameters of such structures. other path objectives include developing expertise in onshore infrastructure and a sound background in specialized areas such as Offshore structure/ management (general)/ Bridge structure/ Hydraulic structure.