Engineering is a tough educational field to get into. Once clearing the written examinations comes the hard part of choosing a specialization. From the several choices available today, determining which ones would provide a successful and high-paid career is tough.
Universities like KK Modi University (KKMU) have concentrations ranging from Mechanical and Civil Engineering to newer concentrations like Artificial Intelligence. What other engineering courses are there that have an equally bright future? Let us find out.
Best Engineering Courses For A Successful Career
There are many Engineering colleges fees in India that offer both traditional disciplines and new niche disciplines. Job scope in each engineering discipline is high. However, for sake of brevity, the top engineering courses that make students eligible for well-paid jobs are as follows.
Civil Engineering: Civil Engineering professionals are responsible for designing and building large structures. Most of the structures they build as public structures such as roads, bridges, dams, airports, solar energy farms, water purification plants etc. Everything around us from the railways to the energy lighting in our houses is built by a Civil Engineer. Per the job responsibility, Civil Engineering graduates will generally find work in public organizations or with the Government. Today, Civil Engineering teaches how to help address environmental protection systems like recycling plants. Civil Engineering students will also find work in Aerospace and Military in different divisions.
Mechanical Engineering: Among the top Engineering specializations at some of the best engineering colleges inChhattisgarh is Mechanical Engineering. This is the oldest branch of engineering and deals mainly with mechanical devices. Mechanical Engineering has applicability in a wide range of industries that uses mechanical devices in its products including some of the engineering concentrations mentioned here like Biomedical, Aerospace, Automation etc. This broad engineering discipline teaches students how to design, build and test mechanical machines and devices. Mechanical Engineering uses computer-aided design or CAD to perform its job.
Industrial Engineering: Industrial Engineering combines the knowledge of Science, Mathematics and Engineering to integrate and streamline complicated systems and operations. Most of these systems are quite large and complex and experts are brought on to work on them. These experts, industrial engineering graduates, will improve the systemic processes by proper planning, designing, building and analysis of the system. The goal is to figure out how to make things easier while saving time and money. Industrial engineering typically finds application in manufacturing industries meaning industrial engineers can find work in any field or company.
Automotive Engineering: Automotive Engineering, per the name, is all about the design and creation of different types of automobiles. Taught at some of the top university in Chhattisgarh and India, the discipline applies knowledge of Mathematics and CAD to Engineering. Also known as Automobile Engineering, the performance and software of the car to the aesthetic and look of the automobile will be designed by the engineer. Engineers would also perform intensive tests to ensure they are safe, fuel-efficient and meet Government regulations. Today, automotive engineering is done using computer software. Subdisciplines of automotive engineering are aerodynamics, control systems and fluid mechanics.
Aerospace Engineering: Like automotive engineering is about automobiles, aerospace engineering is all about aircraft. Automotive Engineering contributes to all aspects of aircraft manufacturing. From planning, designing and charting blueprints to building and testing. Both the aircraft and the systems that go into it are manufactured by the Aerospace Engineer. There are two sub-concentrations to this engineering field based on the type of aircraft. Aeronautical Engineering involves building crafts that fly within the earth’s atmosphere while Astronomical Engineering is about building space crafts. This field involves studying the latest in transport, communication, and navigation technologies.
Electronics and Communications Engineering: Electronic circuits and communication devices used in cars, radios, televisions etc. are a part of Electronics and Communications Engineering. These devices include transmitters, receivers, and any other devices that receive signals. Individuals in this field are involved in working with microprocessors, satellites, communication tools, circuits, and other electronic devices. From the conceptualization and designing of the said device to the build-up and testing of the device, all are a part of Electronics and Communications Engineering. ECE graduates find work in the telecom sector, IT sector, network and telecommunication companies, machine learning companies etc.
Machine Learning Engineering: One Engineering discipline that has grown exponentially in recent years and is set to continue growing is Machine Learning Engineering. In simple words, machine learning engineering is about designing and creating systems that run on artificial intelligence. Students are taught how to create AI algorithms that can learn on their own and make predictions. Jobs in machine learning are usually a part of a larger team with data engineers, data architects, data scientists and more. The Machine Learning Engineer would take the data from the data scientists and build up the system. Machine learning engineers learn how to do in-depth research before constructing the research and testing them before launching them.
Nanotechnology: Available at some of the best private engineering colleges in India, NanoTechnology is a branch of engineering that is still in its infancy. This branch is also known as Nanoengineering where students are researching and building materials on a smaller or nanoscale. Nanotechnology can be applied everywhere from the material used to build our tennis racket, to food, medicines and also industrial applications, nanoscience is a field that is of value for the earth’s future. Experts in this field essentially study and manipulate the cells and their proteins. Due to nanotechnology, older products become stronger and better to use.
Biomedical Engineering: Biomedical Engineering is a combination of biology and medicine with engineering principles. The medical field over time has developed many devices and machinery to help treat patients. For instance, pacemakers for heart patients, artificial hips and stem cell engineering are a part of biomedical engineering. The goal of a biomedical engineer is to help improve healthcare. Biomedical engineering can also include software that will run medical devices or be used in pharmaceutical testing to track results. Generally, graduates in this field work in research facilities or manufacturers.
Petroleum Engineering: We need engineering to survive. Whether it be our cars or our homes, everything uses some type of energy source. Energy sources, naturally occurring, are fast depleting in the world. To address this, Petroleum Engineering took shape. Experts from this field are experts in finding and sourcing oil and gas. They will design and create structures that will help in the drilling and extraction of said oil and gas. Before starting their work, Petroleum Engineers also conduct research for oil-rich areas. This course will teach how to creatively come up with new ways of extracting oils and gases without causing much harm.
KK Modi University can help you in achieving your dream job in the engineering sector. They have various specializations of engineering and you can choose any one of the streams as per your choice
There are many choices in the field of Engineering. While the traditional disciplines can still provide good jobs, there are new disciplines that are expected to grow in the coming years. Hopefully, the information mentioned here will be helpful for students in choosing a specialization fit for them.