The Doctor of Philosophy (PhD) degree is intended primarily for students who desire a career in research, advanced development or teaching. PhD programs are designed to give students a broad background in mathematics and engineering sciences, together with intensive study and research experience in a specialized area. Doctor of Philosophy in Mechanical Engineering train students to use and advance their engineering skills to contribute to applied industry-focused mechanical and manufacturing research projects. Areas of research includes aerodynamics, fluid mechanics, turbulence, structural mechanics, aerospace engineering, composites, heat transfer, micro/nano fluid and solid mechanics and many more. We have experienced supervisors and extensive and advanced research facilities to support your individual research projects.

The PhD programme in Electronics and Communication Engineering (ECE) is a research-based programme. The research can be in any of the broad areas in ECE. The core strength of the institute is currently in the following core areas: signal/speech /image processing, VLSI and embedded systems, robotics, and communications. The main emphasis of this programme is on a thesis. Work towards the thesis requires a good understanding the state of art in an area, problem formulation, original contributions based on analysis with sufficient mathematical rigour and validation. The research is expected to be of sufficient quality to be publishable in leading international journals and top conferences pertaining to an area of research.

Doctoral Degree in Civil Engineering at CU prepares students to acquire a systematic and critical understanding of a complex field of learning and specialised research skills in core aspects of Civil engineering to advance learning and/or professional practice. Areas of research includes Mining engineering, geomechanics, structural engineering, transport and traffic engineering, water resources and environmental engineering and many more.

M.Tech. Material Science & Technology is a postgraduate Material Science and Engineering course. Materials Science and Engineering is an interdisciplinary field, based on knowledge of physical, chemical and engineering sciences. This knowledge is used to design materials that suit applications, to meet specific functions and quality requirements. This demands insight into the physics that affect material properties. Students in materials science and engineering develop a fundamental understanding of materials at the nano, micro and macro scales, leading to specialization in such topics as biomaterials; chemical and electrochemical materials science and engineering; computational materials science and engineering; electronic, magnetic and optical materials; and structural materials.

M. Tech in Computer Network Engineering is a 2- year long full- time postgraduate program in engineering, the course specializes in the discipline of network support, foundational mathematical skills, algorithmic principles and computer science theories applied in the modelling and design of computer- based systems. The program is designed to equip students with proficiency in a range of types of computer networks, technologies, and programming in computer systems. M.Tech in Computer Network Engineering aims to train students with adequate leadership skills, technical strengths oriented towards innovation and communication, and collaboration skills to function in the essentially technical field of Computer Network Engineering.

B.E. Industrial & Production Engineering is an undergraduate Industrial Engineering course. Industrial/ Production engineering is the branch of engineering which deals with the study to develop, improve, implement and evaluate the integrated systems of people, money, knowledge, information, equipment, energy, material and the industrial process. Industrial Engineering can also be termed as Operations management, Production Engineering, Manufacturing Engineering or Manufacturing Systems Engineering depending on the viewpoint or motives of the user.  Production or industrial engineers work includes planning, measuring and controlling all activities within the organization, besides designing the production process for a product.  The course provides many jobs after its completion and its duration is four years.

B.E. Electronics 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, defence 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. Electrical & Electronics Engineering (EEE) is 4-year undergraduate degree course that deals with all the areas of electronics and electrical engineering. Those 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. 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 behaviour of machines.

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, harbours, docks, etc. B.E. Civil Engineering course introduces the elements of surveying with construction on applications for the construction process.

B.E. in Instrumentation Engineering is a 4 year undergraduate course, candidates gain in depth knowledge and training in production processes, industry-specific problem-solving skills, and business acumen. After completing this course, graduates will be highly skilled in safety applications, digital systems and microcontrollers, AC electronics and photonics, and design drafting. B.E. in Instrumentation Engineering course is a multidisciplinary course which covers major branches such as electronics and electrical engineering. In this course, students study coursework such as instrumentation, instrumentation electronics, electrical instrumentation, process instrumentation, industrial networks, hydraulics, and pneumatics.

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. Automobile Engineering is a 4 years graduate degree program, study of manufacturing, designing and operating automobiles such as trucks, buses, cars etc. and their particular engineering subsystems. B.E. Automobile Engineering course additionally offers specialization in alternative fuels, aerodynamics, chassis, emissions, electronics, ergonomics, materials, manufacturing, motorsport, rapid prototyping, vehicle, power train and pedestrian safety or supply chain management. It incorporates electrical, mechanical, software electronic, and safety elements.

B.E. Information Science and Engineering is an Under Graduate 4 year course with a specialization in the field of computer science and Information Technology related aspects. The aim of the course is to provide students sufficient knowledge and skills that would be required to channelize their learning in a practical sense when they enter the job market. Information Science Engineers have a wide range of opportunities to choose from in terms of job opportunities such as Software engineer, IT Manager, Software Tester, Application developer, Web designer etc.

Bachelor of Architecture (B.Arch.) is a 5 years undergraduate program where the course is designed to provide licensed and professional architects who are authorized to try to private constructions and government constructions. Architectural study includes the activity of designing models of building, preparing construction’s blueprint and other physical structure of any land and building. It is a technical course which mainly focuses on the development of the skills like process of construction of commercial buildings, malls, complexes, highways construction, and civil construction by applying their innovative ideas and analytical skills which are required to become an Architect.

M. Tech Power Electronics is 2-year postgraduate industry-oriented program. The discipline of Power Electronics encompasses a variety of fields within Electrical Engineering, and essentially, techniques in system-level modelling analyses, design, and integration of motor drives. The course covers advanced topics in microprocessors and micro-controllers which are essential components in the domain of Power Electronics engineering.

M. Tech Thermal Power Engineering is a 2-year postgraduate course ,focus on the in-depth training in various aspects of design, manufacture, testing, control, and evaluation of thermal power equipment. Thermal power plants have an increasingly dominant role to play within the vital power generation sector.

M. Tech Environmental Engineering is a 2-year full-time postgraduate course, designed to offer to eligible candidates specialization in a wide range of management of water resources, land or air pollution, while at the same time building competence in a particular area of business. The program aims to train students competent business acumen through advanced study of Environmental Chemistry, Environmental Microbiology, Computational Methods, Water Supply Management, Waste Water Management, Municipal Water Treatment, Industrial Water Treatment, Applied Statistics for Environmental Engineering, Environmental Impact Assessment, Industrial Pollution Prevention, Air Pollution Control, Solid and Hazardous Waste Management, Remote Sensing and GIS Application, Ecological Engineering, Environmental Biotechnology , later allowing them to specialize in a chosen area.

M. Tech Structural Engineering may be a 2-year full-time postgraduate course which involves advanced study of components like Structural Mechanics, Finite Element Analysis, Structural Dynamics, Structural Reliability and Optimization, Reinforced and Pre-Stressed Concrete, Steel Structures, Design for Wind And Earthquake, Tall Buildings And Towers, Computer Applications In Structural Engineering, etc. Students are trained to implement such principles through different methods, in analyses of varied sorts of structures, and to guage force and displacement parameters of such structures.

M.Tech. Production Engineering is a postgraduate Production Engineering Course. Production engineering is a combination of manufacturing technology with management science. Production engineering involves the design, control, and continuous improvement of integrated systems to provide customers with high-quality goods and services in a timely, cost-effective manner. It is an interdisciplinary area requiring the collaboration of individuals trained in industrial engineering, manufacturing engineering, product design, marketing, finance, and corporate planning. The course deals with the integrated design and efficient planning of the entire manufacturing system, which is becoming increasingly complex with the emergence of sophisticated, production methods and control systems.  

M.Tech. Communication Systems is a two-year postgraduate Electronics and Communication Engineering course. Communications technology combines the fields of information technology and telecommunications. The program focuses on equipment, devices and technologies that communicate voice, data and multimedia information. Students learn to design, operate, install and service communications systems and equipment to meet the needs of businesses and other organizations. Programs have five fields of specialization: media studies, organizational communication, and government communication, health communication and identity and diversity in communication. The curriculum consists of core courses devoted to the design basics of VLSI systems, the hardware description languages and CAD tools. The elective courses are oriented towards imparting specialized knowledge and skills in the use of advanced VLSI design techniques for the different disciplines within Electrical Sciences.

M. Tech Computer Science & Engineering is a 2 year postgraduate degree course gives the student in-depth knowledge and skills required in the computer science field. The course covers areas such as safe and secure systems, system integration, distributed and embedded systems, networks, software engineering, algorithms and logic, system on chip and digital systems. Pursuing M. Tech in Computer Science gives students an edge and prepares them for the industry.

Ph.D. Industrial Production Engineering  is a Doctorate Production Engineering course. Course covers the area adapting of construction for production, assembly systems, computer systems for design and manufacturing, preparation and planning of manufacture, modelling of products and processes, simulation, workshop layout and organization, internal logistics, machinery, handling equipment, control technology, industrial metrology, quality, manufacturing engineering processes like casting, powder technology, materials forming, production engineering and optimization, welding, the human factor, system engineering for development and new production methods like rapid prototyping. A production engineer learns more about castings, joining processes, metal cutting & tool design, metrology, machine tools, machining systems, automation, jigs & fixtures, die & mould design with the almost single separate subject in all these above areas.

Ph.D. Electrical & Electronics Engineering (EEE) is a 3-year Doctoral level program in Electronic Engineering. The course comprises of in-depth research work and is subjective in nature, wherein the students are required to submit their research thesis at the end of the program to be rewarded the doctorate title. Course integrates the study of electrical field combining it with an in-depth research work. Students are introduced to the workings of electricity, electromagnetism, and electronics. Students after gaining a deeper perspective of the subject are made eligible to conduct research work and thereby generate thesis on their topic of interest.

Ph.D in Computer Science and Engineering is a 3 year course. Student should have cleared a bachelor’s degree with Computer Science as a subject or equivalent to this degree from a recognised University. The study aims to develop a dynamic researcher which enables them to adapt according to the ever changing needs in the field of computer science in the years to come. Research activity spans a broad spectrum of Computer Science and Engineering subjects which include Algorithm Design ,Artificial Intelligence , Big Data ,Cloud Computing ,Computer Architecture ,Computer Graphics, Vision & Game Sciences ,Human Machine Interaction (HMI) ,Machine Learning ,Semantic Interoperation using Ontology’s etc..

Ph.D Instrumentation Technology is a 3-5 year course in that field of engineering, which specializes in measuring and capturing data with the help of measuring instruments. The primary purpose of study is to monitor and control a host of machineries and equipment. Equipping these machines with monitoring instruments helps in improving the efficiency, reliability and safety of operation. Some of the specializations on which a PhD project can be undertaken in this field are sensor design & development, biomedical instrumentation, digital signal processing, intelligent control, process control, control systems and signal processing, sensor signal processing, intelligent measurement systems and so on.

Ph.D. Automobile Engineering is a Doctorate of Automobile Engineering course. Automobile Engineering or automotive engineering is the branch of engineering which deals with the study that how to design, manufacture and operate automobiles like buses, trucks, cars etc. and their respective engineering subsystems Ph.D. students develop a core understanding of automotive systems integration. The course gives depth and breadth of knowledge through intensive automotive tracks, a technical minor, leadership and business training, and a six-month internship. To meet graduation requirements, students must write a dissertation consisting of original research integrating technical and other issues in leadership, management and business, or related fields. Students must also complete a technical minor in an area of science or engineering outside the discipline and integrate it into your dissertation.