ME Robotic Engineering

Master of Engineering in Robotic Engineering

ME Robotic Engineering or Master of Engineering in Robotic Engineering is a two-year postgraduate Robotics Engineering course. The engineering science and technology of robots, including their design, production, use, and structural disposition, is known as robotic engineering. Electronics, mechanics, and software are all connected to robotics. Much robotics research is focused on investigating new types of robots rather than specific industrial jobs. The Robotic Engineering degree prepares students to design robots and create novel uses for them in a variety of sectors. Robotics engineering is fast expanding as new possibilities for robotics emerge as a result of developments in computer sciences.

ME Robotic Engineering Eligibility                       

• The students should have passed a BE / B.Tech degree or equivalent qualification from a recognized University.
• The candidates should have secured a minimum of 55% aggregate marks in their Bachelor's.
• Some of the reputed institutes conduct an entrance examination for admission.

ME Robotic Engineering Syllabus

Syllabus of Robotic Engineering course as prescribed by various Universities and Colleges.

ME Robotic Engineering College

• Saveetha University, Chennai

ME Robotic Engineering Course Suitability

• They must be able to work successfully as team members because this is necessary.
• They should also be computer literate.
• Candidates must understand logic, microprocessors, and computer programming in order to develop the best robot for each application.
• They must be able to successfully express their thoughts.
• Those interested in this area should be good at math, physics, chemistry, and electronics.
• Along with technical knowledge, they must be interested in research, which is critical in this profession.

How is the ME Robotic Engineering Course Beneficial?

• These challenges may involve developing more efficient technologies as well as expanding the capabilities of artificial intelligence systems in socially sustainable ways.
• The Robotic Engineering course prepares students for careers in a wide range of areas, including national defense, long-term care, education, manufacturing, and entertainment.
• The Master of Engineering degree in Robotic Engineering is designed to help students apply concepts and principles from dynamics, computer vision, and machine intelligence to the construction of robotic programs and prototypes.
• Through intensive interaction with complex design difficulties, students can develop significant critical thinking, problem-solving, and interpersonal skills.

ME Robotic Engineering Employment Areas

• Automated Product Design Industry
• Agricultural Instrumentation Engineering Sector
• Colleges & Universities
• Environmental Analysis Companies
• Mineral Extraction Companies
• Ocean Diving Engineering Companies
• Robot Designing Companies
• System Design & Analysis Companies

ME Robotic Engineering Job Types

• Production Engineer
• Researcher / Supervisor
• Robotics Technician / Robotics Trainer
• Robotics Programmer / Robot Operator
• Robotic Welding Engineer / Robotics Installation Engineer
• Robotics Engineer / Robotics Test Engineer / Robotics System Engineer
• Service Engineer
• Senior Robotics Specialist
• Sales & Marketing Engineer