Bachelor's in Mechatronics
An undergraduate degree, usually three or four years after secondary school, that gives you a broad grounding in a field before you specialise, go on to a master's or start work.
Overview
Why study a Bachelor's in Mechatronics?
A bachelor's in Mechatronics is a first engineering degree that combines mechanical design, electronics, control and programming from the start. Students join it after Class 12 or another school-leaving qualification, with strong mathematics and physics. Degree titles include BEng, BSc, BASc and Bachelor of Engineering (Honours), under names such as Mechatronic Engineering or Mechatronics and Robotics. A UK BEng usually takes three years, or four in Scotland, while bachelor's degrees in the United States, Canada, Australia and Japan normally run for four years and German ones for six or seven semesters.
The early terms share common ground with other engineering branches: mathematics, mechanics, circuits, materials, drawing and introductory programming. From the second year, the programme turns towards the subjects that define mechatronics, including control theory, sensors, actuators, microcontrollers and PLCs. Lab hours are usually heavy, and much of the learning happens by building things, from a line-following robot in the first year to a fully automated rig in the final project. Group design work shows how mechanical, electronic and software decisions affect one another.
Many programmes offer a way to gain industry experience before you graduate. In the UK this is often a paid placement year, in Canada a series of co-op work terms, in Germany a practical semester at universities of applied sciences, and in Australia a required period of industry exposure. An integrated MEng in the UK, or a master's later on, can complete the academic requirement for chartered status. Check accreditation by the relevant engineering body, especially if you plan to work in a different country from the one where you study.
Curriculum
What you may study
Bachelor's programmes in Mechatronics usually include modules such as these.
- Engineering mathematics and Laplace transforms
- Statics, dynamics and mechanics of materials
- Electrical circuits and analogue electronics
- Digital electronics and microcontrollers
- Programming in C, C++ and Python
- Control systems and feedback design
- Sensors, instrumentation and data acquisition
- Electric motors, drives and actuators
- PLC programming and industrial automation
- Introduction to robotics and machine design
Published programmes for Mechatronics at Bachelor's
No programmes for Mechatronics at Bachelor's are published yet.
Not in our catalogue yet: that reflects what Universta lists, not what universities teach.
Programmes show each university’s published offering. Course guides describe the course across universities.
Admission
Getting into Bachelor's in Mechatronics
Most universities want solid Class 12 marks, or an equivalent, in mathematics and physics, and chemistry or computer science is often expected as well. Required percentages vary widely by country and university, so check each programme's page. Indian students usually apply with CBSE, ISC or state board results. UK and Australian universities publish minimum marks for these, while US universities review applications as a whole and may consider SAT or ACT scores. Proof of English through IELTS, TOEFL or PTE is normally needed unless a waiver applies.
Germany works differently. Indian Class 12 results alone usually do not give direct entry to a German bachelor's, so applicants often complete a preparatory year at a Studienkolleg, finish at least a year of a related degree in India, or use a qualifying JEE Advanced result where it is accepted. German-taught Mechatronik degrees ask for advanced German, often C1, and an APS certificate is generally needed. In Japan, most bachelor's places require Japanese and an entrance test such as the EJU, though a few English-taught engineering programmes admit students differently.
Careers
Career pathways
A bachelor's in Mechatronics commonly leads to first engineering roles such as these.
- Mechatronics Engineer
- Automation Engineer
- Controls Engineer
- PLC Programmer
- Robot Programmer
- Embedded Systems Engineer
- Electromechanical Design Engineer
- Commissioning Engineer
- Field Service Engineer
- Test Engineer
- Maintenance and Reliability Engineer
- Manufacturing Engineer
Sectors
Industries
Industrial Automation and Robotics
Graduates program PLCs and industrial robots, commission production lines and support system integrators that automate factories.
Automotive and Electric Vehicles
Entry-level engineers test and calibrate vehicle control units, run battery and motor test rigs and keep automated assembly lines working.
Consumer Electronics and Appliances
Bachelor's graduates help design and test products such as washing machines, vacuum cleaners, printers and cameras that combine motors, sensors and firmware.
Logistics and Warehouse Automation
Companies running automated warehouses hire graduates to install, maintain and improve conveyors, sorting systems and mobile robots.
Manufacturing and Process Plants
Graduates work as maintenance, controls and instrumentation engineers, keeping automated food, pharmaceutical and chemical plants running safely.
Medical Devices
Junior engineers assist with the design, testing and documentation of equipment such as infusion pumps, diagnostic analysers and rehabilitation devices.
Who hires
Employers
- Siemens
- Bosch
- ABB
- FANUC
- Rockwell Automation
- Festo
- Dyson
- Tata Motors
- Larsen & Toubro
- Mahindra & Mahindra
Named for illustration only; not a ranking, endorsement or partnership.
Outlook
Looking ahead
Automation is spreading beyond large car plants into smaller factories, warehouses, farms, hospitals and homes, which widens the range of employers for mechatronics graduates. Collaborative robots that work safely beside people, autonomous mobile robots in logistics and the electrification of vehicles and machinery all depend on engineers who can connect mechanical hardware, electronics and code. Industry 4.0 projects, in which machines report data for monitoring and predictive maintenance, are also adding networking and data skills to the job.
For bachelor's students, the skills worth building go beyond lectures. Practical experience with PLCs, microcontrollers, the Robot Operating System and industrial communication protocols, gained through placements, competitions or personal projects, often makes a real difference in early job applications. Software is taking a growing share of the work, so confidence in programming and testing is useful whichever sector you enter. Professional registration, a master's or a move into systems engineering are common next steps after a few years.
Specializations
Other Engineering specializations at Bachelor's
Subject
Engineering at Bachelor's
Questions
Questions about Bachelor's in Mechatronics
Should I choose Mechatronics or Mechanical Engineering for my bachelor's?
Choose Mechatronics if you enjoy both building things and writing code, and are drawn to robots, automation or smart products. Choose Mechanical Engineering if you prefer a broader base in mechanics, heat and materials, perhaps with mechatronics electives later. Both lead to accredited engineering careers, and at many universities the first year is shared, so moving between them early may be possible.
Is a three-year UK BEng in Mechatronics enough to work as an engineer?
Yes. A BEng is a full engineering degree, and graduates take up engineering jobs straight away. For Chartered Engineer registration in the UK, however, an accredited BEng covers only part of the academic requirement, which is usually completed with an accredited master's or through further learning at work. An integrated MEng covers it in one degree, so think about which route suits your plans before you apply.
What kind of projects will I do during a mechatronics bachelor's?
Expect to build something almost every year. Early projects might be a line-following or obstacle-avoiding robot, followed by a controlled motor system or an automated sorting rig run by a PLC. Final-year projects are larger, such as an autonomous vehicle, a robotic gripper, an exoskeleton or a smart farming tool, often built in teams. Many students also join robotics or Formula Student competitions alongside their course.
Can I do a placement or co-op during the degree?
Often, yes. UK universities frequently offer an optional placement year, Canadian programmes commonly build in paid co-op terms, German universities of applied sciences usually include a practical semester, and Australian accredited degrees typically require some industry exposure. Places are competitive, and international students must follow their visa conditions on work, so check how each university helps students find a placement.
Plan
Plan your Bachelor's
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