Electromechanical technology education programs are available at the undergraduate certificate level, and associate's and bachelor's degree levels. Programs revolve around the study of topics such as industrial mechanics, soldering, signal transmitters, electricity principles and repair techniques.
Depending on a graduate's educational background, employment opportunities can vary from entry-level maintenance technician to electromechanical repair supervisor. Qualified candidates can pursue voluntary certifications.
Undergraduate Certificate in Electromechanical Technology
At the certificate level, electromechanical students gain an overview of electronic and mechanical maintenance techniques. Concentrations may be available in machine upkeep and repair or process control instrumentation. Certificate programs generally allow for immediate entry-level work.
General education topics are not introduced in a certificate program. Classes include labs and lectures in electromechanical technology, such as:
- Mechanization and computers
- Repair and maintenance techniques
- Program sensors and regulators
- Manufacturing controls
Associate's Degree in Electromechanical Technology
At the associate's degree level, electromechanical technology students build their cognitive skills, such as analytical thinking and problem solving. Classes integrate fundamentals of advanced math and science, which facilitate students' design and maintenance of circuits and other power-driven mechanisms. Programs typically take 65 credits to complete and lead to either an Associate of Applied Science, for career entry, or an Associate of Science, for transition into a bachelor's degree program.
Generally, a high school diploma or GED is required for admission to an associate's degree program, and SAT or ACT scores may also be needed. Before signing up for classes, students are often required to take college placement tests. High school courses in trigonometry, algebra, physics and computers are recommended for prospective electromechanical technology majors.
General education classes in grammar, writing, sciences, mathematics and fine arts are usually worked into associate's degree programs. Students also learn design and electromechanical repair techniques through hands-on lab work. Specific classes often include the following:
- Water and air pressure mechanisms
- Motor basics
- Industrial mechanics
- Principles of electricity
Find schools that offer these popular programs
Bachelor's Degree in Electromechanical Technology
At the bachelor's level, students put more advanced electromechanical theories into practice. They study trends in instrument usage and software systems. Students also develop supervisory and critical-thinking abilities.
Generally, a Bachelor of Science in Electromechanical Technology program builds on a 2-year educational program. As a result, applicants are often required to possess a related associate's degree. If the student does not have a 2-year degree in electromechanical technology, prerequisite courses may need to be completed.
Program advisers may suggest that students take business electives in administration and data analysis. Throughout the bachelor's degree program, students further build on their machinery design, set-up and repair skills with topics such as:
- Information communications
- Computer encoding
- Mechanism controllers
- Signal transmitters
- Power-driven technologies
- Electromechanical technology senior project
Popular Career Options
Individuals with two years of college education may find work in manufacturing plants, industrial facilities, hospitals or schools. Sample job titles include:
- Repair technician
- Service representative
- Production assistant
- Maintenance manager
- Parts and equipment vendor
Employment Outlook and Salary Information
Individuals with a certificate in electromechanical technology may find entry-level work as equipment assemblers. In 2015, these workers earned an annual median salary of $33,580, according to the U.S. Bureau of Labor Statistics (BLS). However, the BLS expected that electromechanical equipment assemblers would experience a 5% decrease in employment from 2014-2024.
Employment of electromechanical technicians is expected to grow a mere 1% between 2014 and 2024, according to the BLS. The 2015 national median salary for electromechanical technicians was $53,340. Most workers in the field were employed in California, Massachusetts and Texas.
Since many higher paying technician jobs require experience, graduates of certificate programs in electromechanical technology may choose to continue their education on-the-job as an apprentice. Others may decide to pursue additional technical education through an associate's degree program in electromechanical technology.
Associate's degree program graduates who aspire to senior technician positions or who hope to become licensed professional engineers should consider pursing a bachelor's degree in electromechanical technology.
Bachelor's degree-holders may be eligible to obtain state licensure as a professional engineer, which involves passing National Council of Examiners for Engineering and Surveying exams. Voluntary professional certifications are available through the National Institute for Certification in Engineering Technology. The institute offers a number of electrical and mechanical system certification options, including industrial.
Certificate and degree programs in electromechanics challenge students' problem-solving skills while teaching the specifics of electromechanical technology. Career goals inform which level of education to pursue, and each level can be built upon by the next.