School of Engineering

M.Tech. in Machine Design is a specialized postgraduate program designed to enhance skills in designing and developing mechanical systems and components. Typically lasting 2 years, this course covers advanced topics such as kinematics, dynamics, materials science, and computer-aided design (CAD). Students engage in project work, research, and practical applications, equipping them with a strong foundation in engineering principles and design methodologies. The curriculum often includes subjects like finite element analysis (FEA), vibration analysis, and product lifecycle management, preparing graduates for careers in automotive, aerospace, manufacturing, and robotics industries, as well as opportunities in research and 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.

The 4-year undergraduate Bachelor of Technology (B.Tech.) in Electrical and Electronics Engineering degree integrates concepts of electronic systems and electrical engineering. Circuit theory, power and control systems, digital electronics, and microprocessors are just few of the topics covered over here. Through design projects, laboratory work, and frequently finishing industry internships, students obtain practical experience. Modules on cutting-edge technology like robots, IoT, and renewable energy systems are frequently included in curriculum. Graduates are equipped for jobs in various  fields, like automation, consumer electronics, telecommunications, and power generation and distribution. With an emphasis on creativity, problem-solving abilities, and sustainable practices, the program prepares students to tackle today's issues in smart grids, energy efficiency, and electronic device design.

M.Tech. in Mining Engineering is a 2-year postgraduate program designed to deepen knowledge and skills in the exploration, extraction, and processing of minerals. This course covers advanced topics such as mine design, environmental impact assessment, mineral processing, and rock mechanics, combining theoretical learning with practical applications. Students acquire insights into sustainable mining practices, safety management, and the latest technology in the field. Graduates are well-prepared for careers in mining industries, research, and academia, with opportunities to work as mine planners, consultants, or safety officers in both private and government sectors.

 B.Tech. in Mining Engineering is a 4-year undergraduate program that focuses on the science and technology of mineral exploration and extraction. This course covers subjects like mine safety, rock mechanics, drilling, and mineral processing, as well as environmental aspects of mining. Students gain both theoretical knowledge and practical skills in mining operations, resource management, and geological surveying. The program typically includes hands-on training through internships and field visits, preparing graduates for roles in mining firms, consultancy, and research. Career opportunities are available in sectors like coal, metal, and oil industries, along with positions in environmental management and sustainability.

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 Thermal Engineering is a 2 year postgraduate degree that covers advanced topics in heat transport, fluid mechanics, and energy systems. The curriculum includes topics including thermodynamics, combustion, heat exchangers, renewable energy, HVAC systems, and thermal system design. Students participate in research projects, simulations, and lab work to gain practical knowledge of thermal processes and energy efficiency. The curriculum trains graduates for professions in fields such as energy, manufacturing, automotive, and aerospace, where heat management is vital. Admission normally needs a B.Tech. in Mechanical, Civil, or allied engineering fields, as well as a solid understanding of thermodynamics.

 

M.Tech. in Electrical & Electronics Engineering is a 2 year postgraduate degree that teaches advanced topics in electrical systems, electronics, and communications. The curriculum includes topics including power systems, control systems, digital signal processing, microelectronics, renewable energy, and electromagnetic fields. Students get practical experience through laboratory work, research projects, and industrial internships, preparing them for jobs in fields such as power production, electronics, telecommunications, and automation. The curriculum is meant to provide graduates with the necessary abilities to tackle challenging technical challenges. Admission usually requires a B.Tech. in Electrical, Electronics, or a similar engineering degree.

 Diploma in Electrical and Electronics Engineering (DEEE) is a technical program designed to provide students with foundational knowledge in electrical circuits, electronics, power systems, and control systems. The course typically spans 3 years and includes both theoretical studies and practical training. Students learn about electrical machines, microprocessors, instrumentation, digital electronics, and automation, with an emphasis on real-world applications. The curriculum also covers subjects like power generation, transmission, and electrical safety. Graduates can pursue careers in industries such as power generation, manufacturing, telecommunications, and automation, or continue further studies in engineering. This diploma equips students with essential skills for technical roles in the field.

 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 Automobile Engineering is a 2-year postgraduate program designed to provide advanced knowledge in the design, development, and manufacturing of automobiles. This course covers topics like automotive materials, advanced propulsion systems, vehicle dynamics, aerodynamics, and hybrid vehicle technology. It aims to equip students with the technical expertise and problem-solving skills required to address challenges in the automotive industry. Graduates can pursue careers in automotive design, research, testing, and production in reputed organizations or opt for academic and research roles. Eligibility typically includes a B.Tech./B.E. in Mechanical, Automobile, or related engineering disciplines, along with entrance exam qualifications.

M.Tech. in Applied Electronics and Instrumentation is a postgraduate program designed to provide advanced knowledge and practical skills in the fields of electronics, instrumentation, and automation. This 2-year course focuses on the design, development, and maintenance of electronic systems and instrumentation techniques used in various industries. Key topics include control systems, signal processing, sensors, microelectronics, robotics, and industrial automation. The program also emphasizes hands-on training and research, preparing students for roles in both private and public sectors. Graduates can pursue careers in industries such as manufacturing, telecommunications, power systems, and automation. This course is ideal for those looking to specialize in the integration of electronics and instrumentation technologies.

 Master of Technology (M.Tech.) in Water Resources Engineering is a 2 year postgraduate degree that studies the management, conservation, and development of water resources. The course includes topics including hydrology, water quality management, irrigation systems, groundwater management, water treatment, and environmental engineering. Students acquire practical experience through lab work, field studies, and project-based research. The program prepares graduates to design, operate, and optimize water systems for long-term use in both urban and rural settings. Graduates can work in government organizations, environmental agencies, consulting firms, and the water resources industry, assisting with water management and conservation activities.

M.Tech. in Geotechnical Engineering is a 2-year postgraduate program that focuses on the study of soil, rock mechanics, and the behavior of materials in construction and engineering projects. The course covers advanced topics such as soil dynamics, foundation engineering, ground improvement techniques, geotechnical earthquake engineering, and environmental geotechnics. Students are trained in analyzing and solving complex geotechnical problems, with an emphasis on site investigation, design of foundations, and the stability of structures. The program combines theoretical learning with practical applications through lab work, research projects, and internships. Graduates are equipped to work in industries such as construction, infrastructure, environmental engineering, and geotechnical consulting, contributing to the design, analysis, and management of foundation systems and earthworks in various engineering projects.

M.Tech. in Highway Engineering is a specialized postgraduate program focused on the design, construction, and maintenance of roadways and highways. The course covers subjects such as traffic engineering, pavement materials, transportation planning, highway design, geotechnical engineering, and traffic management. Students also learn about road safety, environmental impact, and sustainable practices in highway construction. Typically, the program spans 2 years, divided into 4 semesters, with a combination of lectures, lab work, and project work. Graduates can pursue careers in road construction, urban planning, transportation departments, and research institutions, contributing to the development and maintenance of transportation infrastructure.

M.Tech. in Energy and Environment Management is a postgraduate program that focuses on sustainable energy solutions and environmental conservation. The course covers topics such as renewable energy, energy efficiency, environmental impact assessment, waste management, climate change, and sustainable development practices. It integrates technical knowledge with environmental policies to address global energy and environmental challenges. The program typically spans 2 years, divided into 4 semesters, with a combination of lectures, practical sessions, and project work. Graduates can pursue careers in energy management, environmental consulting, policy-making, and research, working with governments, NGOs, and industries focused on sustainability and energy solutions.

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M.Tech. in Health Science and Water Engineering is a specialized postgraduate program that focuses on the integration of health science with water management, sanitation, and environmental engineering. This program aims to equip students with the necessary skills to address challenges in water supply, wastewater treatment, and public health, particularly in areas with water scarcity or contamination. Over a course duration of 2 years, students gain a deep understanding of water treatment processes, environmental health, and water quality management. The curriculum includes both theoretical and practical components, including research projects, lab work, and industry internships, preparing graduates to work in various sectors such as public health, environmental agencies, and water engineering firms. This course combines expertise in both health science and water engineering, providing students with a multidisciplinary approach to solving water-related health issues.

M.Tech. in Urban Development Management is a specialized postgraduate program designed to equip students with the skills and knowledge required to manage the complexities of urbanization. The course focuses on sustainable urban planning, infrastructure development, urban policy, and the management of resources in rapidly growing cities. The program spans 2 years, offering a blend of theoretical foundations and practical applications in areas such as urban governance, smart cities, and environmental management. Students will also gain insights into the legal, social, and economic challenges of urban development. Upon completion, graduates are prepared for careers in urban planning, government agencies, and private sector organizations, playing key roles in the development and management of urban spaces.

M.Tech. in Power Electronics & Drive is a specialized postgraduate program designed to provide advanced knowledge and skills in the field of power electronics, electrical drives, and control systems. This 2-year (four-semester) course covers a wide range of topics such as semiconductor devices, power converters, electric motor drives, digital control systems, and renewable energy applications. Students will acquire hands-on experience in designing, analyzing, and optimizing power electronic systems and motor drives. The curriculum is tailored to meet industry demands, combining theoretical knowledge with practical skills. Graduates of this program are well-prepared for careers in sectors such as electrical engineering, power systems, automation, and renewable energy, with opportunities for research, development, and innovation in power electronics technologies.

A Diploma in Fire Technology and Safety is a specialized course that equips students with essential knowledge and skills in fire prevention, safety protocols, and emergency management. Typically spanning 1 - 2 years, the course covers subjects such as fire safety engineering, firefighting techniques, fire prevention systems, risk management, and industrial safety. Students also learn about the legal and regulatory aspects of fire safety, along with practical training in using firefighting equipment and responding to emergencies. The curriculum is designed to prepare graduates for roles in various sectors, including industrial safety, firefighting, disaster management, and insurance. This diploma program is ideal for those seeking a career in fire safety management, risk assessment, or emergency response operations.

 M.Tech. in Wireless Engineering and Networks is a postgraduate program that typically spans 2 years, focusing on advanced concepts in wireless communication, networking technologies, and network design. The course equips students with in-depth knowledge of mobile communication systems, satellite communication, optical networks, and the Internet of things (IoT). It also covers areas such as signal processing, wireless protocols, and network security. Students learn to design, develop, and optimize wireless networks for efficient data transmission. This program includes theoretical coursework, hands-on lab experience, and project work. Graduates can pursue careers in telecommunications, network administration, research and development, and other tech-related sectors, contributing to the fast-evolving wireless communication industry.

 M.Tech. in Cyber Forensics Engineering is a specialized postgraduate program designed to equip students with the skills to investigate cybercrimes and digital security breaches. This program typically spans 2 years and includes theoretical and practical coursework in digital forensics, cyber law, ethical hacking, cryptography, and data recovery. Students learn to analyze digital evidence, investigate network intrusions, and develop techniques for cybercrime prevention. The course also covers topics such as computer networks, internet security, malware analysis, and digital surveillance. It prepares students for careers in cybersecurity, law enforcement, and information technology sectors. Admission requirements often include a background in Computer Science, Information Technology, or related fields, and may involve entrance exams and interviews.