4 Years On Campus Bachelors Program
The Robotics Engineering Bachelor's program at Metropolia University of Applied Sciences gives you a solid foundation in automation, artificial intelligence, and machine mechanics, preparing you for the exciting world of smart systems that are transforming industries. It's perfect for curious problem-solvers who love hands-on tech and want to build the robots and AI solutions powering tomorrow's factories, homes, and cities—think efficient production, autonomous machines, and innovative gadgets.
Curriculum Structure
Year 1 lays the groundwork with essential engineering basics, blending electronics, programming, and automation technology alongside physics and mathematical analysis to help you grasp how intelligent systems come together. You'll dive into practical labs at Myyrmäki Campus, getting comfortable with core tools that set you up for robotics success right from the start. This year builds your confidence through real-world projects, mirroring the "learning by doing" approach that makes Metropolia grads stand out.
Year 2 ramps up with a focus on measurement and control technology and process automation, where you'll experiment in modern labs to design systems that make machines smarter and safer. Hands-on work in Robo and AIoT Garages introduces you to fieldbus systems and data communication, letting you prototype real automation solutions. By year's end, you'll see how these skills connect theory to industry needs, like efficient production processes.
Year 3 dives deeper into advanced applications, emphasizing robotics, digital twins, and Industrial Internet of Things (IoT) to create cutting-edge prototypes. You'll tackle programming for cobotics and autonomous systems, collaborating on projects that simulate real industry challenges in the Robo Garage's high-tech workshops. This phase sharpens your innovation skills, preparing you for roles in intelligent tech development.
Year 4 polishes your expertise through capstone projects in artificial intelligence-driven automation and control systems, often partnering with companies for practical impact. Culminating in your Bachelor's thesis, you'll integrate everything—from AI mechanics to sustainable robotics—in the fully equipped Myyrmäki labs. Graduates emerge ready to lead in automation, with a portfolio that impresses employers.
Focus areas: Hands-on robotics (industrial, cobots, autonomous), AI and machine learning, digital twins, Industrial IoT, control systems, and process automation—all in state-of-the-art Robo and AIoT Garages.
Learning outcomes: Broad expertise in automation, AI, and mechanics; practical skills in design, programming, prototyping, and problem-solving for intelligent systems; ability to innovate sustainable solutions for industry and society.
Professional alignment (accreditation): Fully accredited Finnish Bachelor's Degree (240 ECTS, Bachelor of Engineering), aligned with EU standards and strong industry ties for direct workforce entry in automation and robotics.
Reputation (employability rankings): Metropolia grads are highly sought-after, with automation engineers in high demand across Finland's tech hubs—over 16,000 students benefit from our working-life connections and innovation focus, though specific QS/Guardian rankings for this new program highlight our top-tier labs and 100% employability in related fields like Smart Automation.
At Metropolia University of Applied Sciences, the Robotics Engineering Bachelor's program dives right into hands-on learning, where you'll build practical skills in automation, AI, and machine mechanics through real-world projects and modern labs right from the start. You'll work in cutting-edge facilities at the Myyrmäki campus, like the Robo Garage and AIoT Garage, equipped for robotics experiments, digital twins, cobotics, industrial robotics, 3D printing, electronics workstations, wood/metal working, and even 5G testing for fast prototyping. These spaces let you turn ideas into working robots and smart systems, collaborating with industry on actual challenges.
Here's what makes our experiential learning so powerful: you'll get direct access to tools and opportunities tailored for Robotics Engineering students:
- Robo Garage laboratories for hands-on robotics projects, including industrial robotics, cobots, autonomous systems, digital twins, and running 20-30 projects simultaneously with workstations for electronics, 3D printing, and fabrication.
- AIoT Garage focused on artificial intelligence, Industrial IoT, and AI-driven automation, with resources like Google platform services and 5G networks for innovative experiments.
- Group projects in modern lab environments combining lectures, problem-solving, and "learning by doing" to develop skills in measurement/control tech, programming, fieldbus systems, and process automation.
- Industry collaborations through garages and platforms like RoboStep, where you'll prototype real solutions for companies in robotics and automation.
- Opportunities tied to strong working-life connections, including potential internships via Metropolia's innovation projects in Industry 4.0, autonomous apps, and cyber-safe robotics.
At Metropolia University of Applied Sciences, the Robotics Engineering Bachelor's program dives right into hands-on learning, where you'll build practical skills in automation, artificial intelligence, and machine mechanics through real-world projects and modern facilities at our Myyrmäki campus. You'll get plenty of time in cutting-edge labs and workshops designed for robotics and AI experimentation, blending theory with practice to prepare you for industry roles right away. This approach means you're not just studying—you're creating solutions with tools pros use every day.
Here's what makes our experiential learning stand out, all tailored to Robotics Engineering:
- Robo Garage and AIoT Garages: Dedicated workshops for robotics (industrial, cobots, autonomous), AIoT projects, digital twins, and Industrial IoT—complete with 5G networks, Google platform services, workstations for electronics, woodworking, metalworking, and 3D printing to run 20-30 projects simultaneously.
- Garage Club projects: Extra hands-on opportunities in programming, coding, mechanics, automation, electronics, and even building/flying FPV drones or professional models, plus simulator projects with the Motor Sport Team for real-life tech experience.
- Modern laboratories: Project-based environments at Myyrmäki campus for measurement/control tech, process automation, fieldbus systems, data communication, robotics applications, and intelligent systems integration.
- Group and innovation projects: Collaborative work in garages and labs on topics like Urban Mobile Robotics (water/ground robots, aerial drones), RoboStep for industrial robotics, and TECHBOOST innovations, often partnering with companies.



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