Mechatronics Engineer Job Description
Mechatronics Engineer Job Description
Mechatronics is a relatively new branch of engineering that combines the principles of mechanical engineering, systems design engineering, electronic engineering, control engineering, and computer and software engineering. Mechatronics engineering encompasses the inner workings of almost all things electronic, ranging from cell phones to computer processors to robots and artificial intelligence systems. Mechatronics engineers apply their knowledge in mechanics, electronics, computers and control theory within manufacturing and product design fields with the goal of improving functionality of systems used across a variety of sectors.
Mechatronics engineering jobs are mainly focused on creating simpler, more cost-effective and dependable systems. The use of industrial robots is a good example of a mechatronics system at work , as it combines mechanics, electronics and computer science. Mechatronics engineers are typically responsible for designing hybrid systems that can range from spin assist, anti-lock braking systems and other automotive subsystems to hard disks, autofocus cameras, CD players, and various production systems. Engineers can work on the development of any product that requires mechanical components that are controlled by electronics or computer programs.
Career opportunities for mechatronics engineers are endless, as the job requires a wide range of specialist skills that are in demand across many different industry sectors.
Skills and qualifications
In order to pursue a career in mechatronics, a person must first earn an academic degree. A bachelor's degree in mechatronics or a related discipline is a good start, but candidates usually require advanced degrees and a good deal of experience with dynamic systems to enter the field. Careers in mechatronics engineering are open to candidates with a wide diversity of engineering backgrounds, ranging from mechanical and electrical engineering to chemical and industrial engineering.
Mechatronics engineers must have an excellent knowledge of physics, digital systems design, manufacturing processes, and circuit analysis. To get a job in the field, engineers will need to complete programs accredited by a relevant industry body and obtain a professional engineering license.
Mechatronics engineers usually collaborate with mechanical and electrical engineers and software developers, so good teamwork and communication skills are very important in this profession. Analytical and problem solving skills are essential to any job in mechatronics.
To land the top jobs in mechatronics engineering, candidates must have a master's degree or a Master of Science in mechatronics and an excellent knowledge of digital signal processing, mechatronics modelling, electromagnetics, and pattern recognition. Relevant experience in the field, especially experience working with robots and artificial intelligence systems, is a definite advantage.
Mechatronics engineers can be involved in the design, implementation and testing of artificial intelligence systems and smart devices. They will be responsible for outlining safety processes, and they will conduct a lot of research related to the benefits of the products they design. The work of a mechatronics engineer can get pretty stressful, as it involves a lot of multitasking and comes with quite a heavy workload. Mechatronics engineers usually work with experts from different departments, they design prototypes and produce files and documentation for their work, they research technologies, identify opportunities for improvement of existing designs, create and implement new designs, and test them. They typically have management duties as well, and are often responsible for budgeting.