Enter OTP
The Mechatronics bachelor's program at Fontys University of Applied Sciences blends electrical and electronic engineering, mechanical engineering, and ICT to train you as a specialist in designing control systems for robots and smart machines—perfect if you're a hands-on thinker who loves building innovative tech like sensors, actuators, and automation solutions. You'll thrive here if you enjoy project-based learning in real-world ecosystems like Brainport Eindhoven's high-tech hub or Greenport Venlo's sustainable focus, gaining practical skills through labs, industry collaborations, and international teams that prepare you for a future shaping robotics and automation.
Curriculum Structure
Year 1 lays a solid foundation by introducing core principles across mechanics, electronics, software, and control systems, helping you understand how these fields combine to create intelligent machines. You'll dive into hands-on projects right away, building basic skills in physics, IT, and engineering basics while collaborating in teams to prototype simple mechatronic systems.
Year 2 ramps up with deeper integration of disciplines, focusing on practical applications like robotics fundamentals and system design through workshops and team challenges. Expect emphasis on developing control algorithms, sensor integration, and early project work that mirrors industry problems, sharpening your ability to innovate in mechanical and electrical contexts.
Year 3 advances to specialized, project-heavy learning where you'll tackle complex real-world scenarios in adaptive robotics and automation. Courses like Principles of Robotics, Vision & Perception, and ROS (Robot Operating System) build your expertise in robotic algorithms, safety, and hardware, culminating in multidisciplinary team projects under expert guidance.
Year 4 hones professional-level skills through semester 7 options, such as Advanced Motion Control (covering Applied Control Engineering 7, Dynamic Modelling & Design 7, Observers 7, and Advanced Embedded Systems 7) or Adaptive Automation Systems (including Mechatronic Systems 7, Design for Industrial Automation 7, Autonomous and Intelligent Systems 7, and Digital Twin 7), plus a capstone Project S7 that applies everything to industry-inspired challenges.
Focus Areas
Hands-on robotics, control technology, adaptive automation, embedded systems, and sustainable high-tech design in Brainport Eindhoven or Greenport Venlo ecosystems.
Learning Outcomes
Design robot-controlled products and machines; develop sensors, actuators, and control algorithms; collaborate in international teams on innovative projects; apply mechanics, electronics, software, and physics to real-world automation.
Professional Alignment (Accreditation)
Fontys Mechatronics awards a recognized Bachelor of Science degree with 240 ECTS credits, fully transferable across Europe via official transcripts—aligned with industry needs in R&D, industrial automation, and maintenance.
Reputation (Employability Rankings)
Fontys boasts strong employability in the Netherlands' top tech regions, with graduates in high demand for roles at leading companies in Brainport Eindhoven; ECTS credits ensure seamless recognition for jobs or master's at places like TU/e, reflecting excellent practical training and industry ties.
At Fontys University of Applied Sciences, our Mechatronics programme dives right into experiential learning, where you'll gain practical skills in designing control techniques for robots and machines through seamless integration of theory and hands-on practice. You'll build expertise in electrical, mechanical, and software engineering while tackling real-world projects that boost innovation and technical prowess, all in high-tech environments like Brainport Eindhoven or sustainable Greenport Venlo. With guidance from study coaches and access to cutting-edge labs, you'll collaborate in diverse international teams on prototypes that solve actual industry challenges.
Here are some standout ways you'll get hands-on:
- Work on project-based learning like the 10 ECTS Project S7, where you design prototype electronic systems addressing real-life problems, often in multidisciplinary teams mixed with regular students.
- Use state-of-the-art labs at De Rondom building on Eindhoven University of Technology campus for courses in Sensor Technology, Advanced Embedded Systems, Advanced Control Systems, Digital System Design, and more.
- Dive into advanced tools and software through modules like Advanced Power Electronics, Advanced Telecom/IoT, Electromagnetic Compatibility, and Model-Based System Engineering.
- Collaborate with industry leaders in Brainport Eindhoven (high-tech immersion) or Greenport Venlo (sustainability focus), including ties to companies like ASML, Philips, and VDL for practical guidance and potential internships.
- Access the Nexus innovation hub on the Eindhoven campus, shared with Eindhoven University of Technology, perfect for bringing mechatronics ideas to life through hands-on projects.
At Fontys University of Applied Sciences, our Mechatronics program dives right into experiential learning from day one, blending electrical, mechanical, and software engineering through hands-on projects that mirror real-world challenges in robot design and control systems. You'll build practical skills in the high-tech Brainport region of Eindhoven or the sustainable Greenport in Venlo, working in state-of-the-art labs like those at Nexus—right on the Eindhoven University of Technology campus—and collaborating with industry leaders on everything from sensors to advanced algorithms.
This project-based approach means you'll gain confidence designing innovative machines while getting personalized coaching:
- Hands-on labs and projects: Tackle real-life prototypes in advanced facilities, including sensor technology, advanced embedded systems, digital system design, and control systems modules, often in multidisciplinary teams with international students.
- High-tech locations like Nexus and De Rondom: Innovate at Nexus in Brainport Eindhoven, shared with Eindhoven University of Technology, or the newly renovated De Rondom building for immersive practice in mechatronics ecosystems.
- Industry collaborations and company guidance: Work directly with top firms for practical insights, plus team-based projects simulating engineering challenges in automation and precision systems.
- Specialized tools and software focus: Dive into embedded software, microcontrollers, System on Chip (SoC), advanced power electronics, IoT, and model-based system engineering through dedicated courses and prototypes.
Must have a higher secondary school diploma equivalent to Dutch standards.minimum level of proficiency in the English languageSubmission and assessment of grade lists, diploma and proof of languageYour diploma should typically include Mathematics and Physics.Documents required: Diploma, transcript, and certified translations (if needed) must be submitted for evaluation.IELTS: Minimum 6.0 overall required. TOEFL iBT: Minimum 80 score required.English level: Minimum B2 level required.USA (SAT/ACT): SAT/ACT not required; admission is based on diploma equivalency.India (CBSE/ICSE): Must have Class 12 certificate (with Maths/Physics) equivalent to Dutch HAVO/VWO level.China: Must have a recognised high school diploma equivalent to Dutch standards (evaluated individually).Robotics EngineerAutomation EngineerControl Systems EngineerEmbedded Systems EngineerMechatronics Design EngineerAI & Robotics SpecialistManufacturing Systems EngineerIoT EngineerMaintenance & Reliability EngineerProduct Development Engineer
Embark on your educational journey with confidence! Our team of admission experts is here to guide you through the process. Book a free session now to receive personalized advice, assistance with applications, and insights into your dream school. Whether you're applying to college, graduate school, or specialized programs, we're here to help you succeed.
Fontys University of Applied Sciences
 in Europe1779357712.webp)
