The robotics program is a combination of sensing instrumentation, engineering, and computer technology with a purpose to teach those interested how to create automated systems and robots. Completion of an Associate of Arts (A.A.) degree in robotics may lead to a job in the aerospace, defense, or manufacturing industries.
A.A. Programs in Robotics
Students enrolled in Associate’s Degree Programs in Robotics are typically trained through cross-disciplinary coursework to program, model and operate robotic designs. Students become adept at programming machine tools and integrating mechanical systems while learning to develop and modify controller networks. Students are offered experience in device control, sensor operation, interfacing, and microprocessor electronics. Students can use the opportunity to gain knowledge and skills as they learn to install, troubleshoot, test and operate robotics, while improving their skills in math, science, technology and writing. Problem-solving techniques are often applied by students working in teams and involved in designing functional robotic systems.
Admission criteria typically require applicants to hold a GED certificate or high school diploma. Students may also be expected to participate in placement testing.
Information on the function and structure of automated systems is commonly provided to students in coursework that might also cover low- or high-level programming or solid modeling. Coursework may include topic areas such as:
Those who successfully complete associate’s degree programs in robotics could seek entry-level careers in industries that rely on the use of robotic devices including space, construction, electronics and manufacturing industries. They can aspire to various positions including:
•Electronic engineering technicians
Continuing Education Choices
Graduates can pursue continued education by transferring credits to a four-year university or college and enrolling in a bachelor’s degree in engineering technology or a related area wherein they can avail opportunities to gain professional and hands-on practice in various areas of concentration including electrical studies, manufacturing and robotics.