See a list of Robotics Technology Programs by Clicking Here!
- 1 What is Robotics Technology?
- 2 Top Robotics Degree
- 3 Educational Requirements in Robotics
- 4 Employment & Robotics Specializations
- 5 Top Careers in Robotics
- 6 Robotics Job Growth & Career Outlook
- 7 Additional Robotics Resources
What is Robotics Technology?
Robotics Technology is an interdisciplinary field of study fusing science and engineering to create technology, machines, and computers to create robots. Robotics Technology leverages electrical engineering, mechanical engineering, computer science, computer programming, electricity, physics, civil engineering, computer engineering, computer hardware engineering, and software development.
A Robotics Technician will utilize specialized software applications to perform any number of tasks including: robotic design, configuration, installation, assembly, calibration, electromechanical equipment design, fabrication, inspection, maintenance, programming, testing, and training.
Top Robotics Degree
Students seeking a future in robotics may find the robotics technology track a viable career path. Robotics tech help traditional companies like manufacturing and fabrication plants increase productivity and efficiencies while driving down costs. However, the field of robotics has been gaining traction into non-traditional markets such as healthcare, military, farming, construction, and pharmaceuticals in the past decade with great success.
Analysts predict robotics to accelerate in the coming decade making this career track more in demand. A summary of the most popular degree programs in robotics tech can be found below to help you decipher which path is best for you.
Robotics Technology Certificate Programs
Online robotics certificate programs can be earned from a number of accredited colleges. Certificate programs can integrate a number of adjacent business and technology disciplines coloring this degree in various ways. For example, an automation degree certificate program can help students learn valuable career skills in a hands-on environment. Classes in such a program may include:
- Introduction to Robotics
- Computer Numerically Controlled (CNC) Machinery
- PLC’s and Industrial Controls
- DC Curcuit Analysis
- Mechanical Drive Components
- Advanced CNC Programming
- Industial Robotics
- Industrial Sensors
- Auto CAD
- Programming Logic & Systems Solutions
Students earning a certificate in robotics can elect to continue on with their education to earn an associate degree in robotics or launch a career in the field. In either case, the intent of a certificate program is to prepare students for an exciting career in the robotics domain.
Robotics Technology Associate Degrees
Associate degrees in robotics are designed to be 2-year programs that blend general education with core science classes. General education courses such as English composition, psychology, creative writing, economics, sociology, and history are designed to help build integrative thinking skills that can be leveraged throughout a career. Core classes in robotics are science-rich courses intended to provide challenging, rigorous material. Examples of classes you may find in an automation track of robotics include:
- Electricity and Electricity Lab
- Engineering Drawings
- Electronics Theory
- Industrial Robotics Lab
- Machine Shop Fundamentals
- Automation and Packaging Theory
- Algebra, Statistics, Trigonometry
- Industrial Robotics Theory
- Industrial Controls & PLC Theory
- Mechanical Transmission of Power
Educational Requirements in Robotics
In terms of educational requirements, robotics students will be required to take an array of technology and science-based classes. Curriculum in robotics will differ by accredited program, however many of the same classes will be required to earn a graduate or undergraduate degree. A sampling of courses include:
Employment & Robotics Specializations
Students investing the time and resources to earn a degree in robotics will have a unique set of skills. Science-rich classes along with systems engineering and problem solving skills can be used to enter the workforce as a robotics specialist or various other careers. Specializations in adjacent careers can include any number of pathways. Examples of alternate careers include: research analyst, data scientist, computer programmer, information scientist, database administrator, computer network architect, information security analyst, systems architect, network administrator, inventor, and software developer.
Top Careers in Robotics
Careers in robotics and technology associated with automation are growing at a rapid rate. As the technology expands and evolves, industries outside the standard manufacturing realm look to automation for answers. Robotics will continue to move from the periphery to a core competitive advantage for companies in the coming decade.
As such job opportunities can be found in a variety of industries including mining, packaging plants, steel mills, processing plants, pharmaceuticals, oil refineries, energy companies, power plants, manufacturing, fabrication plants, semiconductors, electronics, healthcare, and chemical industries.
Job duties of a robotics tech can include a variety of tasks including programming, construction, repair, fabrication, calibration, maintenance, troubleshooting, testing, research, and design. Each industry will have its own areas of automation that have yet to be discovered which will only add to the current areas of expertise of automatic control systems, motors, AC and DC control components, microprocessors, programmable control, robots, and computers.
Robotics Job Growth & Career Outlook
Overall, the job growth in the robotics sector is estimated to be above the national average. Additionally, the employment growth in adjacent careers are projected to also be well higher than the average job in the U.S. Examples include the 21% spike in jobs for computer systems analysts and 11% jump in jobs for database administrators. Securing a job in the robotics, high-tech sector will require a solid educational background and relevant work experience. Compensation will depend upon work experience, location, organization type, education, and timing.