The rapidly digitizing economy of the 21st century calls for professionals who can help create simpler, smoother, and smarter systems for automation and manufacturing. The rising importance of VR-based technology, robotics, and artificial intelligence has created a market for mechatronics engineers. To the uninitiated, mechatronics is a multidisciplinary field that focuses on the integration of mechanical, electronic, and computer engineering systems to create advanced technologies. Mechatronics is a unique discipline that specifically deals with robotics, control systems, and electromechanical systems. A qualified mechatronics engineer can combine these systems to design and develop state-of-the-art machines and unique manufacturing processes. If you have a knack for mechanics, robotics, and all things tech, mechatronics could prove to be a lucrative career option for you. This article will help aspirants decode the exact role of a mechatronics engineer, the scope of mechatronics engineering as well as the skills and educational qualifications required to make a professional segue into the field.
WHAT DOES A MECHATRONICS ENGINEER DO?
According to an article published by Indeed, mechatronics engineers play a fundamental role in designing, developing and creating product systems that involve the core principles of mechanics, software, electronics and control engineering. Since mechatronics engineers are well versed with the principles of mechanical and electronic engineering, they can lend their expertise in both areas to create unique technologies. The common duties of a mechatronics engineer are:
- Improving existing production processes, especially high-volume production
- Designing and maintaining automatic equipment in industries such as mining, aviation & defense
- Improving product performance
- Designing and testing product prototypes
- Developing creative solutions for technical problems
- Conducting research & development in Mechatronics
A qualified mechatronics engineer can craft careers in robotics, mechanics, and electronics engineering due to their versatility and wide range of expertise.
WHAT EDUCATIONAL QUALIFICATIONS DOES ONE NEED TO BECOME A MECHATRONICS ENGINEER?
Let’s take a look at some initial steps towards pursuing a fruitful career in mechatronics. For starters, aspirants need to complete their 10+2 with physics, chemistry and mathematics as compulsory subjects, post which they need to clear national level engineering entrance exams.
The next and most important step is to opt for the right mechatronics engineering degree out of all mechatronics engineering courses available. A typical BE mechatronics degree is 4 years long and focuses on the fundamental concepts of mechatronics. Divided into 8 semesters, this course is an amalgamation of theoretical and practical components. Since Thane is emerging as a top spot for mechatronics engineering courses, candidates can choose to opt for a good engineering college in Thane. The right mechatronics engineering degree will allow students to develop their problem-solving and creative thinking abilities by creating a balance between hands-on and theoretical learning processes. It will allow students to network and intern with industry leaders to gain relevant experience and form professional connections.
The next logical step to pad up one’s resume is to pursue a master’s in mechatronics engineering. A master’s degree can visibly enhance a candidate’s chances to land a good role at a leading company and provide them with the opportunity to make a handsome salary. Based on their undergraduate degree, candidates can opt for postgraduate mechatronics engineering courses such as Master of Technology (MTech) and Master of Engineering (ME). Engineering colleges in Thane, for instance, offer great master of engineering courses in mechatronics. Thane’s proximity to tech hub and financial capital Mumbai make it a great spot for pursuing mechatronics professionally
WHAT SKILLS DOES A MECHATRONICS ENGINEER REQUIRE?
Apart from theoretical knowledge, mechatronics engineers need to be a powerhouse of technical and soft skills. According to Indeed, these skills include
- Data Modelling
- System Design
- Computer-Aided Design (CAD)
- Creative Thinking and Problem Solving
A qualified mechatronics engineer will not only hold a BE mechatronics from a reputed institution but will also have a great grasp of data modeling. Knowledge of Data modeling allows candidates to use data to detect abnormalities in production systems.
Next, a mechatronics engineer will utilize system design and CAD to build unique motion systems, algorithms and data structures. While system design allows candidates to design motion-controlled technologies, Knowledge of CAD is especially important if one is working with robots or artificial intelligence systems.
A good mechatronics engineer also needs to have sharp soft skills, such as creativity, problem-solving, networking and great attention to detail. These soft skills allow candidates to get the best returns out of the technical skills they acquired via their mechatronics engineering degree.
WHAT IS THE CAREER SCOPE OF MECHATRONICS ENGINEERING?
A qualified mechatronics engineer can craft careers in:
- Automotive engineering
- Control system engineering
- Project engineering
- Software engineering
- Service Engineering
- Systems Engineering
Qualified and talented candidates can vie for top management positions in these fields. They can lead teams in laboratories, manufacturing units and plants to produce state-of-the-art machinery and VR and AI-based technologies. A mechatronics engineer’s vast expertise and versatility make them a great fit for multiple engineering and tech roles. They will also have the ability to adapt to different work environments – a quality that recruiters often look for.
According to Recruiter, the starting average salary of a mechatronics engineer can range between 6 – 10 per annum. Mechatronics engineering provides great salaries, incentives and job security to candidates. The field is also expected to grow by leaps and bounds in the coming years
In conclusion, if you have a knack for electronics, robotics and mechanics, mechatronics can prove to be a great field for you. Not only does this unique discipline offer great roles and salaries, but is also expected to make tremendous growth in the future. A candidate with a BE mechatronics and/or master of engineering degree from a reputed varsity, as well as the right technical and creative skill-set, can fit into this field easily. Graduates will always be assured of career advancement as well as job security. We hope this guide helps you make an informed decision on pursuing a rich and rewarding career in mechatronics engineering.