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ngineering's field of robotics is responsible for the conceptualization, organization, design, production, and control of robots. Computer science, mechanical and industrial engineering, and electrical and computer engineering are all important components of this interdisciplinary area. Technologists who design and develop robotic software, autonomous machines, and robots for mining, manufacturing, agricultural, and other industries are known as robotic engineers. They oversee mechanical devices and work, develop improved algorithms, and create control systems. When building robots and systems, a robotics engineer uses the principles of manufacturing, electronic, and mechanical engineering.
A candidate may attempt to pass the entrance tests held at the institutional and national levels. The undergraduate degree in robotics engineering, electronics, instrumentation, mechanical, Mechatronics, Electronics, Electrical, etc. can be pursued after passing, either as a BTech or BE. Following finishing, one can pursue a master's degree or even a Ph.D.
Robotic engineers spend most of their time in offices close to labs and manufacturing plants. Candidates for robotics careers can advance progressively. Before advancing to the manager or director role, they could begin as test engineers. Advanced robotic engineers can start consulting firms and sell robots. Robotics engineers can work in various industries, including producing agricultural equipment, mining, nuclear power plants, mechanical and electrical engineering, biomedical research, and sea exploration. Though its job opportunities are greatly expanding, robotics is still a high-end vocation in India.
Where Do Robotic Engineers Work?
Aspirants in robotic engineering have a wide range of career options in the automotive, electronic, and food packaging industries and work in private robot manufacturing firms. The government may also have military and space initiatives where one can work. A candidate may work in educational institutions even as a teacher and lecturer. They find work at organizations such as the Indian Space Research Organization (ISRO), Bhabha Atomic Research Centre (BARC), Defense Research and Development Organization (DRDO), Indian Institute of Technology (IIT), etc.
Career Options for Robotic Engineers:
The top 6 positions for robotic engineers are listed below, each of which is described in detail along with the required skills and pay information.
1. Technicians in electromechanical systems:
Electromechanical technicians maintain and fix electrical, electronic, and mechanical parts, instruments, and systems. They ensure that everything functions in by their needs and opt to optimize necessary. They are responsible for installing, maintaining, and repairing mechanical systems. Robotics engineers working in the electromechanical industry will develop robots for installation, management, and improvement. To pursue a career as an Electromechanical Technician, a candidate should have finished an undergraduate degree in Electrical and Electronics, Robotics, Mechanical Engineering, or a similar discipline.
2. Robotics Programmers:
Robotic programmers create the code for robotic equipment and test and modify it. Robotic programmers help with setup and design, which is beneficial to robotic engineers. They oversee programmes and keep an eye on the outcomes. They perform daily activities such as installing and repairing the conveyors, equipment, and controllers in addition to programming. They also conduct inspections at the locations of the installations and educate the Operators. One must have completed an undergraduate degree in computer science, electrical engineering, mechanical engineering, or robotic engineering to pursue a career as a robotics programmer.
3. Aerospace Robotics Engineers:
Aerospace robotics engineers integrate robotic technology into the creation of airplanes. Drilling holes, manufacturing, welding, and painting metal parts and airframes will all be possible with the created robots. Aerospace engineering includes robotic automation as well. The shortages in the fabrication vocations in the field of aeronautical engineering may be filled by robotic engineers. A candidate must have completed Aerospace Engineering for their undergraduate degree and Robotics for their master's degree, or vice versa, to pursue a career as an Aerospace Robotics Engineer.
4. Computer Scientists:
A student can opt to pursue a master's in robotics if they wish to be a computer scientist and have an undergraduate degree in computer science, engineering, or computer applications. Computer scientists develop applications for artificial intelligence that enable natural communication between humans and robots.
5. Mechanical Engineers:
Robotics is a subfield of mechanical engineering. An aspirant with an undergraduate degree in mechanical engineering can choose to pursue a master's degree in robotics, and vice versa, to pursue a career in mechanics with a foundation in robotics. Robotic engineers use sensors and other equipment that mechanical engineers plan, create, and manufacture as they construct a robot. Also, they take care to create diverse devices, systems, and parts at a lesser cost.
6. Robot Design Engineer:
A robotic design engineer is a specialist who builds and develops robotic systems with the aid of creating tools and software. They design, test, and debug robotic and automated systems as part of their work. The safe operation of the machines and any necessary modifications are also their responsibility. A potential candidate must have finished an undergraduate programme in mechanical engineering, electrical engineering, computer science engineering, robotic engineering, or a field closely connected to robotics.
Conclusion
Robotics engineers have a wide range of career options in industries like banking, entertainment, space exploration, medicine, and healthcare. Leading employers include TATA, NASA, ISRO, etc. We hoped this blog would further acquaint you with robotics engineering and the various career paths it might lead you.
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