Robotics Engineering at is a multi-disciplinary program involving the fields of Mechanical Engineering, Electrical and Computer Engineering and Computer Science.
Your classes in Mechanical, and Electrical and Computer Engineering will help you learn to construct
Robotics Engineering: Become a Robotics Engineer in 5 Steps
Robotics Engineers design and maintain robots and create new applications for robots to use. At least a Bachelor of Science in Engineering is required to become a Robotics Engineer.
Step 1: Research Robotics Engineer Career Duties and Education
Robotics Engineers, also known as mechanical engineers, use the principles of mechanical, manufacturing and electrical engineering to design and test robots and its automated systems. They also develop new programs and applications for robots to use. Robotics Engineers work with their hands and possess a strong knowledge in math, engineering, computers and science that allows them to design and build these technological and complex robots. This work is accomplished through computer-aided design and drafting and computer-aided manufacturing systems. Robotics Engineers usually work as part of a team to provide budget proposals and quality reports to other staff members. Robotics Engineers must have at least a Bachelor of Science in Engineering.Step 2: Prepare for a Robotics Engineering Education in High School
High school students pursuing a career as a Robotics Engineer should take advanced placement classes in computer science, physics and algebra, according to College Board, www.collegeboard.com. Students should also take computer-aided drafting and trigonometry. These courses will prepare students in what to expect in a college's demanding Engineering program. Entering a robotics competition provides educational experience in engineering that look good on a college admission application.Step 3: Earn a Bachelor of Science in Engineering
Students should enroll in an Accreditation Board for Engineering and Technology (ABET) Engineering program at their college of choice. Some of the courses that Robotics Engineering majors take include electrical theory, electronics, robotics theory, robotics laboratory, design and development, engineering and machine automation. Students in a Robotics Engineering program can specialize in mechanical, electrical, manufacturing or industrial engineering. Students earn a Bachelor of Science in Engineering with their chosen specialty.Step 4: Find a Job as a Robotics Engineer
Graduates can find many job opportunities with manufacturing companies, military agencies and private organizations, according to the U.S. Bureau of Labor Statistics, www.bls.gov. The Society of Manufacturing Engineers, www.sme.org, has a Robotics and Motion Control Tech Group that offers helpful resources for Robotics Engineers.Step 5: Advance Your Career
Robotics Engineers can advance their careers by going to graduate school and earning a Master of Science in Engineering with a robotics specialty. Robotics Engineers with a graduate degree can earn a higher salary and gain advancement within the company as senior operating engineers leading a research and design teamfurther reading at
1:www.ehow.com
2:degreedirectory.org/articles
3:www.production.robots.btinternet.co.uk/
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