Mechatronics Degree and Certificate Program Information
This multi-disciplinary field integrates computerized controls, robotics, mechanical components and electronics in order to minimize the need for human performance of monotonous tasks in industrial and manufacturing applications. Programs are available at the certificate, bachelor's and master's degree levels.
Certificate in Mechatronics
These 2-semester programs prepare students for technician-level careers, fixing machines and reprogramming controls in order to streamline processes. Examples of mechatronics include automobiles, robotic vacuums and computerized manufacturing lines. In some cases, manufacturing facilities use enclosed mechatronic devices to prevent human exposure to excessive noise and toxic chemicals. Some credits earned in these certificates are able to transfer into an associate's degree-level program. To be admitted, applicants to these certificate programs are required to have graduated high school.
Students learn about technical documentation, the physical properties of materials typically used in industrial applications and the methods for properly testing equipment for failure. Commonly, training in these programs includes:
- Motor controls
- Electrical components
- Programmable controllers
- Robotics interfacing
- A.C. and D.C. machinery
Entry-level technicians in this field perform system maintenance and troubleshoot problems in control systems and robotics to prevent the loss of production facilities. Job titles available to certificate holders include:
- Calibration technician
- Electromechanical technician
- Industrial networking technician
- Maintenance technician
- Process development technician
The Siemens company administrates a voluntary program for the certification of mechatronic systems assistants, or skilled machine operators. In order to become a Siemens Certified Mechatronic Systems Assistant, students must have completed training at a Siemens-certified partner school. After this, students must sit for the online examination, administered by the Siemens Corporation.
Bachelor of Science in Mechatronic Engineering
These 4-year programs include a significant amount of hands-on work in motion, noise and vibration control. Students learn about logic design and the design of systems that can then be interfaced with computers. Applications of mechatronics specifically in the biotechnology industry include machines designed to print human tissue. Applicants to these programs must have completed high school.
Mechatronic engineers increase human safety and comfort by improving products like anti-lock brakes and artificial organs. In order to work with intelligent products that integrate hydraulics, computers, mechanical movement and electronics, students learn about:
- System integration
- Automotive systems
- Product design
Non-computer electronics engineers - according to the U.S. Bureau of Labor Statistics (BLS) - were expected to see negligible changes in employment numbers between 2008-2018 (www.bls.org). These professionals earned a median annual wage of $90,170, as of the May 2010 BLS reports.
Mechanical engineers - according to the 2008-2018 BLS employment projections - were forecast to see a six percent increase in employment numbers. These professionals took home an annual median wage of 78,160, as of May 2010.
Continuing Education and Licensure Information
As of August 2011, these programs were still new to the United States and the responsible accrediting board won't accredit an engineering program until the first class has graduated. Because of these factors, graduates of mechatronics engineering programs may not be eligible to sit for licensure as a Professional Engineer until the program from which they graduated earns accreditation. The relevant accrediting board is called ABET, formerly known as the Accreditation Board for Engineering and Technology (www.abet.org).
ABET accreditation is required for licensure from the NCEES, or the National Council of Examiners for Engineers and Surveyors (www.ncees.org). However, licensure is only required of engineers offering their services directly to the public. Obtaining a Professional Engineer (PE) license requires a minimum of four years of on-the-job experience supervised by a licensed PE; this experience is flanked by two examinations.
Continuing education requirements vary by state. As of 2011, maintenance of professional licensure requires the completion of sufficient credits of continuing education every 1-2 years. Graduate certificates and individual courses are available at a variety of colleges and universities.
Master of Science in Mechatronic Systems Engineering
One recent application of mechatronics has been Boston Dynamics' Big Dog that can adapt to not fall over when kicked off-balance or when slipping on uneven terrain. These 2-year programs in mechatronics teach students to work closely with robotics professionals, contributing to the design of unmanned aircraft, industrial systems and auto focus systems on cameras. Thesis, non-thesis and online options are all available to students.
Eligible candidates need to have earned bachelor's degrees in a relevant engineering science, like computer, mechanical or electrical engineering. Those from bachelor's degree programs in computer science, math or a relevant non-engineering field who have completed 3-5 years of real-world experience working in mechatronics are also encouraged to apply. Applicants to these programs must have a grade point average of 3.0 on a 4.0 scale.
Graduate students learn to integrate various subsystems into a single system, controlled by a single user. Programs include the following material in the curriculum:
- Automotive controls
- Intelligent systems
- Mechanical design
- Signal processing
- System optimization
Ph.D. programs are available for those interested in careers in research and academia. Programs with concentrations that combine both robotics and mechatronics are also available.
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