 Engineering
 Agricultural Engineering: Use of scientific principles and technology to solve problems relating to agricultural production.Agricultural: Writing and reporting on agricultural issues. Automobile Engineering: The branch of engineering which deals with the study as how to design, manufacture and operate automobiles.
Biomedical Engineering: A study that uses engineering expertise to analyze and solve problems in biology and medicine.
Biotechnology: Deals with improving and developing variety of seeds, livestock breeds and pesticides. Ceramic Technology: The study of the technology of the fascinating world of ceramics. Chemical Engineering: The discipline involves the application of physical science (chemistry and physics), with mathematics to transform raw materials or chemicals into more useful forms.
Civil engineering: This is considered to be one of the oldest branches of engineering disciplines. Its all about designing structures viz. bridges, roads, canals, dams and buildings etc.
Clinical Engineering: Clinical engineering is responsible for applying engineering technology for the improvement and delivery of health services. It is a totally different kind of profession which requires clinical skills, management skills, communication skills, quality and safety skills and data handling skills.
Computer Engineering: The branch of engineering which studies elements both from electrical engineering and computer science and applies it for making computers and computer-based systems.
Electrical Engineering: The study involving electricity, electronics, and electromagnetism to design, and maintain products, services, and information systems.
Electronics & Telecom Engineering: The study of designing, fabricating, producing and manufacturing complex electronic and telecom equipments and components for a number of industries.
Environmental Engineering: Study involving knowledge of engineering for the conservation of environment. Genetic Engineering: The process of manually adding new DNA on a molecular level with the objective of adding one or more new traits that are not already found in that organism. Industrial & Production Engineering: The branch of engineering which deals with the study to develop and improve the integrated systems of people, knowledge, information, equipment, energy, material and as a whole the industrial process.
Instrumentation Engineering: The study focuses on the design, configuration and automated systems.
Marine Engineering: The field involves development and designing of the engines related to ships and propulsion system.
Mechanical Engineering: Application of laws and principles of Physics to analyze, design and maintain the mechanical systems.
Metallurgical Engineering: The study of the physical and chemical behavior of metallic elements, their inter-metallic compounds and their mixtures.
Mining Engineering: Mining engineers are needed in mineral extraction and other fields where the earth's crust is utilized.
Petroleum Engineering: Petroleum engineer’s work involves bringing oil or gas from the reservoir to the surface economically and safely to the reservoir and facilities.
Plastic Technology: Today after steel, plastic is the most widely used material and hence plastic technology is an important career option.
Polymer Engineering: The theory and knowledge of chemical engineering to solve various problems involving the production and use of polymers.
Robotics: Robotics is all about designing robots, maintaining them, developing new applications and conducting further research.
Rubber Technology: The branch of engineering that deals with latex, natural rubber or synthetic rubber to transform them into more useful products.
Software Engineering:Software allows us to put technology to use by making it accessible. Space Technology: Research and development related to the outer space and the universe.
Telecommunication Engineering: It’s all about opportunities for telecom engineers due to rapid strides in the field of satellites, internet and mobile telephony..
Textile Technology: Textile Engineering uses the principles of engineering with specific knowledge of textile equipment and processes.
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