
Robots are taking over manual labor as automation advances. Conversely, the creation, deployment, and oversight of these machines are creating vast human employment opportunities. It is fair to state that humans still operate robots, though Elon Musk predicts that may change significantly down the road. Robotics is a rapidly growing sector that encompasses niche fields like nano-robotics, space robotics, bio-cybernetics, artificial intelligence systems, legged locomotion, and many others.
Applicants pursuing a Master of Science in Robotics or a robotics concentration at institutions like MIT and CMU typically hold undergraduate degrees in Mechanical Engineering, Automotive Engineering, Computer Science, Computer Engineering, or Electronics. Nevertheless, candidates from alternative academic backgrounds are also known to apply.
Career Prospects after MS in Robotics (MSR)
Career paths within the robotics domain feature roles such as:
1. Career as a Robotics Engineer:
Robotics engineers generally design and test robots by applying principles of mechanical and electrical engineering. They participate in the research and development of autonomous robots for novel industrial applications. They also utilize computer-aided design and drafting (CADD) alongside computer-aided manufacturing (CAM) systems to build, test, and configure robotic equipment. Robotics engineers find employment across a wide array of sectors, including the military, private robotics manufacturing firms, healthcare, gaming, entertainment, space exploration agencies, and the automotive sector. Employment growth is relatively slower than average. Based on PayScale data, the median entry-level salary for a robotics engineer in the United States is approximately $80,000.
2. Career as a Robotics Programmer:
This role involves coding robots, creating and verifying automated workflows, and setting up systems integration using cutting-edge robotics technology. Robotic programmers enjoy high demand, and this position represents a relatively new occupation in the industry. Necessary competencies include an understanding of digital electronics and circuitry. The average starting salary for a robot programmer in the U.S. is $62,400.
3. Career as a Robotics Technician:
Robotics technicians service and repair operational malfunctions or breakdowns in robotic machinery and systems. They conduct facility inspections and provide training or support to others. They also program and evaluate these systems to optimize operational productivity. The median starting salary in the U.S. for robotics technicians is $54,379.
4. Career as a Robotics Software Engineer:
Professionals in this role formulate and build software architectures and algorithms for robotic perception, sensor calibration, autonomous navigation, and remote monitoring or control. The work also entails ensuring that software development remains coordinated with hardware components. This represents another sought-after job title lately, with vacancies offered by organizations such as Mitsubishi Electric Automation, Bossa Nova Robotics, and Amazon.
Additional roles comprise Deep Learning Engineers for Robots (who formulate cutting-edge perception and AI algorithms for machines), robot operators, software developers, and sales engineers. Meanwhile, employment outlook and job availability rely on multiple elements, with geographic location playing a primary role. General Electric, NASA, and IBM count among the other major employers hiring robotics graduates.
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