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Masters in Environmental Science provide understanding of basic scientific concepts and in-depth knowledge of advanced cutting edge technologies and research for management of emerging environmental problems. This program leads the way for many advance career opportunities in the field of environmental science, engineering, and management. Students with sound knowledge and skills will be able to plunge into diverse career opportunities. The students can easily proceed for M. Tech. or PhD degree or can join any industry or NGO straight away to start their career as environmental chemist, content writer, and researcher etc. Few students also successfully clear competitive examinations such as NET, GATE, etc.
BSc./MSc.(Physics) converts the natural curiosity of the student in the field of basic science into knowledge based on theory and experimental work learnt during these courses. Their educational background helps them to work in a variety of fields such as teaching, research and industry. They can pursue higher studies in the field of science (Physics) and work in the R&D sector in their own country or abroad.
Bachelors in Chemistry is the stepping stone to multiple career opportunities such as research scientist in academics as well as chemical industries. It pave the foundation for the students to expertise in medicinal research, quality control, pharmaceuticals industry, scientific writing, analytical or computational studies, etc. Students usually opt for master degree after their bachelors.
Masters in Chemistry provide the flavour of advanced research, understanding of in-depth knowledge of cutting edge technologies along with detailed scientific knowledge. Chemistry leads the way for many advance career opportunities in the field of core chemistry as well as inter-disciplinary fields. Students with better knowledge will be able to plunge into diverse career opportunities. Students easily can opt for their PhD degree or can straight away start their industrial journey in scientific writing, content expert fields or research. Few students also successfully clear competitive examinations such as NET, GATE, etc.
Biotechnology is a domain that adheres to biological advancement and development of new technologies and resources for the betterment of the world in terms of direct human welfare and human health. Ranging from pharmaceuticals to human genetics to crop improvement to environmental preservation, it has left its mark on every aspect of life. The discipline that has such a far-ranging and all-encompassing scope, the pursuit of the same becomes of great importance in the modern world. All this has added to this degree program. Thus, B.Sc. (Biotechnology) offers an insight into this exciting and awe-inspiring academic sphere to transform you into a trained and skilled manpower for lucrative professional career. It is one of the best and highly paid job-oriented courses after the 12th standard. Just after concluding your degree, you will be able to find a job that would help you hone up and imbibe the skills required to work in the long run. And with each passing year, you will be able to level up and take your career to the next level. Therefore, this is a worthwhile degree for those trying to make the most out of their professional life.
Microbiology is a broad discipline of biology dealing with the function, structure, uses, and the existence of the microscopic organism. Microbiology overlaps the various other degree areas of biology like, molecular biology, genetics & immunology. The scope of Microbiology is huge because of the involvement of microbiology in various fields such as pharmacy, medicine, clinical research, agriculture, dairy industry, water industry, nanotechnology & chemical technology. A graduate form B.Sc. (Microbiology) can choose a career in any of the specialized areas of microbiology such as, Agricultural Microbiology, Industrial Microbiology, Evolutionary Microbiology, Nano Microbiology, Cellular Microbiology, Soil Microbiology, Veterinary Microbiology, Water Microbiology, Pharmaceutical Microbiology, Microbial Genetics, Environmental Microbiology and clinical microbiology. The year after year development of the global life sciences market has also added to the expansion of the scope of microbiology. Realizing the increasing scope of the domain, this degree is of immense use for graduates.
The scope of biochemistry is as wide as life itself. Wherever there is life, chemical processes are occurring. Biochemists study the chemical processes that occur in microorganisms, plants, insects, fish, birds, mammals and human beings. Biochemistry mainly deals with study the structures and functions of enzymes, proteins, carbohydrates, fats, process of metabolism and the molecular basis of the action of genes. As a field biochemistry has seen unprecedented growth because of its significant contribution towards the illumination and grasping of the DNA structure, elucidation of structure and function of various proteins and enzymes. Thus, this degree program is very attractive and highly career oriented for those who have interest in chemistry or chemistry of life.
Career overview for M.Sc. Microbiology is more or less same as in case of B.Sc. Microbiology but the difference lies in the designation and pay package
Mathematics is one of the popular fundamental sciences. It is also called as the study of properties and relationships of quantities and sets, measurement. It has become a part of each and every individual's everyday life. This course provides the student a platform where they learnt the concepts of mathematics to deal with the scientific or professional problems with the most prominent mathematical concepts.
This course allows students to understand the computational techniques, mathematical theory, latest computer technology and algorithms which are very useful for solving business, physics, engineering, scientific and economic problems.
In this course, we carried out research in cutting edge research areas in an interdisciplinary research environment. Experts from both academia and industry are invited on regular basis for interactions, workshops and seminars thus resulting in collaborative research work. It is a careful reflection of study regarding a concern or a problem using scientific methods.
Faculty members of Mathematics are involved with research work in the following domains:
Chemical engineers convert natural or waste materials into useful or less harmful chemical products. Their educational background provides them with an opportunity to work in a variety of industries like oil and gas industries, food industries, energy industries, chemical and allied products, utility companies, pharmaceuticals, government departments etc.
Civil engineers are required to execute the construction of civil structure as per the technical design and specifications. Civil structure includes roads, railways, buildings, airports, water treatment plant, off–shore structures, atomic power plants, bridges etc. Major employers that employ civil engineers include construction companies, precast construction companies, developers, design and management consultancies, cement and ready-mix concrete manufacturers, power plants, oil and gas exploration companies, etc.
Computer Engineers invent and design new ways to approach computing technology and find innovative uses for existing technology. They study and solve complex problems in computing for IT, Business, Medicine, and Science to name a few. They plan, coordinate and direct computer-related activities in an organization. Hardware engineers research, design, develop and test computer systems and components such as processors, circuit boards, memory devices, networks and routers.
This program enables one to contribute both in the area of hardware and software design of computer systems. Opportunities exist in the area of Design Engineering, Computing/IT Consulting and Solution Developers. Graduating engineers can work as System/Network Administrators, IT Managers, Software Developer, Hardware Engineer, Software Engineer, System Designer, System Analyst, Networking Engineer and Database Administrator.
The specialization programs focus on the latest trends and specific attention is given to futuristic technologies such as Artificial Intelligence and Machine learning (AI & ML), Cyber Security and Internet of Things. In AI &ML specialization students in addition to regular BTech (CSE) courses will study modern machine learning algorithms and techniques, Artificial Intelligence techniques, Natural Language processing and how to apply them using modern programming languages like Python 3 and R programming.
In Cyber Security specialization students will study additional courses focusing on penetration testing, hardening, ethical hacking, advance networks and some of the modern tools.
Internet of the things specialization students will learn about IoT devices, sensors, pin diagrams, circuits, Web services, how to create a complete IoT based system and monitor it.
The graduate will design new ways to use electrical power to develop or improve products. They will perform calculations to develop manufacturing, construction, and installation standards and specifications. They will investigate, evaluate problems, and recommend solutions. Opportunities exist in various areas of electrical systems & components design, manufacturing and maintenance. Electrical power generation, automotive and control industries, mining and allied industries, chemical industry and instrumentation and software industries are some of the areas with employment potential. The electric vehicles and distributed generation of power through solar, wind and other micro energy resources, the future is very bright in this profession.
The graduate will design electronic components, software, products, or systems for commercial, industrial, medical, military, or scientific applications. They will analyse, develop maintenance and testing procedures for electronic components and equipment. These engineers inspect, evaluate systems and recommend design modifications, Opportunities exist in industries involving wireless communications and signal processing, micro and nano-electronics, lasers and optics, electronic devices, telecommunications, nanotechnology, robotics, information systems, power systems, computer software-hardware integration, control systems, aviation, computing, transportation, manufacturing and other advanced technologies. With the advent of electric vehicles and sensors, this profession is likely to see a significant increase in requirement.
Mechanical engineers analyse problems, design or redesign devices or subsystems using computer-aided design. They investigate system failures or problems to diagnose faults and recommend remedies. They design, develop and test prototypes of devices, analyse the test results and change the design or system if needed and oversee the manufacturing process for optimized production. They review production schedules, engineering specifications, process flow and other information to understand methods that are applied and activities that take place in manufacturing and services. Their job also involves developing quality control procedures to resolve production problems or minimize cost.
This Engineering programme combines mechanical design, manufacturing and electrical control systems. The complexity of technical systems continued to evolve, the definition had been broadened to include more technical areas. The graduates work in the area associated with the analysis, applied design, development, implementation, and oversight of advanced mechatronics systems like automation, Human/Machine Interface etc.
Petroleum engineers design equipment to extract oil and gas from onshore and offshore reserves deep underground, Develop systems to drill in oil and gas fields, and then to recover the oil and gas. They ensure that field equipment is installed, operated, and maintained properly. They evaluate the production of wells through surveys, testing, and analysis. They are also involved in developing new technologies such as fracking.
Computer Engineers invent and design new ways to approach computing technology and find innovative uses for existing technology. They study and solve complex problems in computing for IT, business, medicine, science, and other fields. They plan, coordinate and direct computer-related activities in an organization. Hardware engineers research, design, develop and test computer systems and components such as processors, circuit boards, memory devices, networks and routers. The Management courses add specific business skills to your toolkit, such as leadership or strategic thinking.
The graduate will Design electronic components, software, products, or systems for commercial, industrial, medical, military, or scientific applications. They will analyse, develop maintenance and testing procedures for electronic components and equipment. These engineers inspect, evaluate systems and recommend design modifications, Opportunities exist in industries involving wireless communications and signal processing, micro and nano-electronics, lasers and optics, electronic devices, telecommunications, nanotechnology, robotics, information systems, power systems, computer software-hardware integration, control systems, aviation, computing, transportation, manufacturing and other advanced technologies. The Management courses add specific business skills to your toolkit, such as leadership or strategic thinking.
Mechanical engineers analyse problems, design or redesign devices or subsystems using computer-aided design. They investigate system failures or problems to diagnose faults and recommend remedies. They design, develop and test prototypes of devices, analyse the test results and change the design or system if needed and oversee the manufacturing process for optimized production. They review production schedules, engineering specifications, process flow and other information to understand methods that are applied and activities that take place in manufacturing and services. Their job also involves developing quality control procedures to resolve production problems or minimize cost. The employment and career prospects for these graduates are excellent. Opportunities exist for them in the field of automobile, power, manufacturing, aerospace, robotics, railways, nanotechnology wherein their MBA degree would enable them to gain an edge. The Management courses add specific business skills to your toolkit, such as leadership or strategic thinking.
Computer Engineers invent and design new ways to approach computing technology and find innovative uses for existing technology. They study and solve complex problems in computing for IT, business, medicine, science, and other fields. They plan, coordinate and direct computer-related activities in an organization. Hardware engineers research, design, develop and test computer systems and components such as processors, circuit boards, memory devices, networks and routers. The graduates in this programe work as professionals in the field of research, academics, design and development in hardware and software and co-design technologies. They analyse, design, develop and evaluate high-end computing systems, undertake challenging projects and carry out research activities. Opportunities exist in the area of Design Engineering, Computing/IT Consulting and Solution Developers. The M.Techs would be more of a subject matter specialists and will be valued for the their intellectual input.
The graduate will Design electronic components, software, products, or systems for commercial, industrial, medical, military, or scientific applications. They will analyse, develop maintenance and testing procedures for electronic components and equipment. These engineers inspect, evaluate systems and recommend design modifications, Opportunities exist in industries involving wireless communications and signal processing, micro and nano-electronics, lasers and optics, electronic devices, telecommunications, nanotechnology, robotics, information systems, power systems, computer software-hardware integration, control systems, aviation, computing, transportation, manufacturing and other advanced technologies. The employment and career opportunities for the electronics and communication engineering graduates exist in leading core communication companies, R & D institutions and industries working in the field of this technology. Mainly in industries involving wireless communications and signal processing, micro and nano-electronics, lasers and optics, electronic devices, telecommunications, nanotechnology, robotics, information systems, power systems, computer software-hardware integration, control systems, and other advanced technologies. The M.Techs would be more of a subject matter specialists and will be valued for the their intellectual input.
Mechanical engineers analyse problems, design or redesign devices or subsystems using computer-aided design. They investigate system failures or problems to diagnose faults and recommend remedies. They design, develop and test prototypes of devices, analyse the test results and change the design or system if needed and oversee the manufacturing process for optimized production. They review production schedules, engineering specifications, process flow and other information to understand methods that are applied and activities that take place in manufacturing and services. Their job also involves developing quality control procedures to resolve production problems or minimize cost. Mechanical engineers have excellent job opportunities to explore in varied fields of manufacturing firms, agriculture, public utilities, wholesale and retail trade, transportation, construction, and government. With additional specialisation during the MTech, they are able to contribute to R&D and Design departments.
The post graduates work in the field of research, academics, design and development in hardware and software and co-design technologies. They analyse, design, develop and evaluate high-end computing systems, undertake challenging projects and carry out research activities. Those graduates who want to upskill and are looking for a career change also join the MTech program.
Production engineering is a combination of manufacturing technology, engineering sciences with management science. A production engineer has knowledge of engineering practices and is able to find solution to management challenges during production. The goal is to accomplish the production process in the smoothest, most-judicious and most-economic way. They solve complex problems related to industrial productivity through analysis of R & D, production and maintenance. Higher productivity is usually achieved by adopting integrated design and efficient planning. Mechanical engineers who have had shop floor experience opt for this course for furthering their career prospects.
Communications Engineering involves both electrical and computer engineering and is to support and enhance communication systems. It may involve basic circuit design to mass deployment of devices. Responsibilities include designing and overseeing the installation of telecommunications equipment and facilities, such as complex electronic switching systems, optical fiber cabling, IP networks, and microwave transmission systems. They will analyse, develop maintenance and testing procedures for electronic components and equipment.
Energy and environmental engineering seeks to efficiently use energy and to maintain the environment. These engineers require knowledge across many disciplines. These engineers work towards emerging challenges and come up with sustainable technological solutions. They have to develop innovative and creative answers to various energy and environmental problems.
The post graduates identify the various activities of construction projects, right from pre-construction stage to completion stage and plan them holistically in order to provide economical and time bound completion of the project. They work on the concept of sustainable and lean construction techniques in managing the projects. This course is also a choice for those civil engineers who have site experience to upskill and improve their career prospects.
A BCA graduate would be able to demonstrate advanced skills in the effective analysis, design and realization of business systems utilizing contemporary information technology. Students gain skills related to web development, windows application development, android application development, Algorithms, cloud computing and System management.
If you have decided to have a postgraduation, earning the degree sequentially after a BCA, choosing the integrated program saves one year because of the reduction in time spent for revision. A post graduate would be able to demonstrate advanced skills in the effective analysis, design and realization of business systems utilizing contemporary information technology. Students develop skills in accounting, management, finance and other business-related areas, and gain the analytical and interpersonal skills necessary for any role in a business environment.
The MCA programme teaches you Application Development the emphasis is on the latest programming languages and tools to develop better and faster applications. The course strengthens the students theoretical and practical knowledge in Computer Application Development. Most of the applications are to solve communications/networking, mathematical, computing and commercial problems.
A B.Sc. Computer Science graduate can work in Software Development Companies, Electronic Equipment Manufacturing Companies, System Maintenance Centres, Security and Surveillance Companies, Banking Sector, Consultancies, Financial Institutions, Schools and Colleges, Government Agencies, etc. The professionals draw the technological roadmap for the organisation, ensure efficient management of the available computer facilities, handle smooth functioning of the local area and wide area networking, implement cyber security systems, look after software and hardware system upgrading, and manage system designing and technical analysis for the organisation.
The graduates address the information processing requirements of organizations by analysing and designing systems. They work on systems concepts, communications and information technologies.
Companies need specialized professionals who can identify, collect, analyse, interpret and transform data to drive value and innovation. This is true for diverse industries like finance, healthcare, consumer goods, high-tech, etc. Regardless the industry you decide to work in, the program will prepare you for key roles in business intelligence, customer management, talent analytics, social and policy development, voting behaviour research, finance/control, and operations optimization among others.
Companies need specialized professionals who can identify, collect, analyse, interpret and transform data to drive value and innovation. This is true for diverse industries like finance, healthcare, consumer goods, high-tech, etc. Regardless of what industry you decide to work in, the program will prepare you for key roles in business intelligence, customer management, talent analytics, social and policy development, voting behaviour research, finance/control, and operations optimization among others.
Information Technology (IT) has emerged as a fundamental factor in the success of business operations. The role of information technology is particularly important for service industries such as finance, insurance, real estates, transport logistics and hospitality in which efficiency provides a definite competitive edge. The Post graduates work on the complex world of systems concepts, communications and information technology.
Diploma holders in Civil are required to execute the construction of civil structure as per the technical design and specifications. Civil structure includes roads, railways, buildings, airports, water treatment plant, off–shore structures, atomic power plants, bridges etc.
The diploma holders work in the areas of testing different digital software, inspecting computer equipment and focus on computer-related needs for different organizations.
The diploma holders work in the areas of Electronic Circuit Analysis, Control Systems, Electrical Machines and Electric Power Systems, as well as Telecommunications. They analyse, simulate and control systems through various software.
Mechanical diploma holders are required to design, manufacture, test, install, operate and maintain various types of machines and mechanical systems that are used in countless industries. Major industries that employ mechanical diploma holders include automobile, aerospace, HVAC, process and biomedical. Other major employers include power plants, rotary device manufacturers, oil & gas exploration etc.
This program can be used to upskill professional knowledge and increase employment/growth prospects. The post graduate will have the ability invent and design new approaches to computing technology and find innovative uses for existing technology. They study and solve complex problems in computing for IT, business, medicine, science, and other fields. They plan, coordinate, and direct computer-related activities in an organization. These post graduates will apply Block chain technology in different domains for smooth running and securing the operations of the organization.
The post graduate will work with deep quantitative capabilities and technical expertise in the field of Data Analytics, Enterprise Applications in the Cloud, including business and security aspects of these applications and their interaction with mobile computing.
This Programme opens up a range of lucrative prospects for professionals. IT professionals design, develop, implement, support or manage computer-based information systems and software applications. This course is suitable for those who want to upskill and improve their career prospects.
