Bachelor of Engineering, Mechanical Engineering (Intelligent Mechatronics)

4 Years On Campus Bachelors Program

Savonia University of Applied Sciences

Program Overview

The Bachelor of Engineering in Mechanical Engineering (Intelligent Mechatronics) at Savonia University of Applied Sciences is a 4-year, 240 ECTS program designed for students passionate about hands-on tech innovation, blending mechanical engineering with smart systems like robotics and automation—perfect if you love designing real-world solutions for high-tech industries. You'll gain practical skills in product development, manufacturing, and international project management, complete with 30 ECTS internships, company collaborations, and even a double degree option at Windesheim in the Netherlands, setting you up for exciting careers in global tech firms.

Curriculum structure
Year 1 lays a strong foundation in core sciences and engineering basics, where you'll dive into Physics to grasp concepts like mechanics applied to real projects, Chemistry through hands-on corrosion testing, and Project Management to learn brainstorming, planning, and teamwork essentials integrated with early manufacturing tasks. This year emphasizes communication skills via Communication in Projects 1, helping you build reports, presentations, and collaborative habits right from the start, all while getting comfortable with information technology tools for everyday engineering work.

Year 2 builds on those basics with deeper mechanical know-how, focusing on 3D Modelling (like EIP4400) where you'll master parametric design in tools like SolidWorks, including part sustainability, cost evaluation, and sheet metal modeling with unfolded drawings. You'll also explore manufacturing technologies, product design, and initial mechatronics, applying math and natural sciences to create machine components and assemblies, preparing you for practical simulations and team-based problem-solving.

Year 3 ramps up with advanced applications in mechatronics and control systems, tackling Hydraulics, Pneumatics, and Programming to design intelligent systems for machines like industrial robots or mini excavators. Project work intensifies here, combining electrical engineering, mechanics, and simulation to develop products, while industrial management courses introduce supply chain basics and quality control in real company cases.

Year 4 polishes your expertise through capstone projects, advanced Robotics, Machine Design, and CAD Modelling, culminating in 30 ECTS of internships where you apply everything—from automation to production development—in actual firms. You'll finalize with business skills like project leadership, international operations, and network-building, ensuring you're ready to lead tech projects post-graduation.

Focus areas: Mechatronics, manufacturing and material technologies, 3D modelling, electrical engineering, mechanics, product design/development, control systems (hydraulics, pneumatics, programming, robotics, simulation).

Learning outcomes: Graduates emerge as versatile engineers skilled in machine design, product development, production, procurement, supply chain management, and high-tech project leadership, with strong teamwork, problem-solving, and international competence.

Professional alignment (accreditation): The program holds EUR-ACE accreditation, ensuring globally recognized quality in engineering education.

Reputation (employability rankings): Savonia Mechanical Engineering grads excel in Finland's tech sector, with strong ties to export-focused companies; alumni secure roles in project management, R&D, and operations at high-tech firms, bolstered by practical training and 95%+ employment rates typical for Finnish UAS engineering programs (official Savonia stats).

Experiential Learning (Research, Projects, Internships etc.)

At Savonia University of Applied Sciences, our Mechanical Engineering program dives right into hands-on learning, where you'll build real-world skills in mechatronics by working on actual machines like mini excavators, industrial robots, and miniature smart factories—designing parts, systems, and controls from day one. You'll master modern tools like 3D modeling, simulations, CAD, and remote programming in versatile labs focused on welding, material technology, digital mechanical engineering, and one of Finland's most advanced 3D printing facilities, all on our brand-new Microkatu campus in Kuopio. This practical approach follows active learning methods that mirror working life, including teamwork on projects with local companies for product development, manufacturing, and automation.

Here's what makes our experiential learning stand out: you'll get direct access to cutting-edge facilities and opportunities tailored for Mechanical Engineering students:
- State-of-the-art 3D printing lab: Prototype and test your designs using Finland's most modern equipment for additive manufacturing and product innovation.
- Specialized laboratories: Hands-on work in welding labs, material technology labs, digital mechanical engineering labs, and mechatronics setups for hydraulics, pneumatics, mechanics, and control systems.
- CAD modeling and simulation software: Learn industry-standard tools for machine design, 3D systems, product development, and remote programming right in your coursework.
- Group projects and company cooperation: Team up on real R&D with regional businesses, tackling automation, production development, and high-tech projects—often tied to research in sustainable energy and machinery.
- XR/VR tools and DigiCenter: Use virtual and extended reality for immersive simulations, remote guidance, and digital prototyping in noisy or complex environments.
- Research-designated facilities: Access water labs, energy research labs, and infrastructure for product/plant innovation, renewable energy, and energy storage through school projects.

Progression & Future Opportunities

At Savonia University of Applied Sciences, our Mechanical Engineering program (Bachelor of Engineering in Intelligent Mechatronics) puts you right in the heart of hands-on learning, where you'll build real-world skills in product design, manufacturing, automation, and mechatronics using cutting-edge tools and labs. You'll work with actual machines like mini excavators to design and prototype new parts or systems, dive into 3D modeling, simulations, CAD, robotics, hydraulics, and pneumatics, all while collaborating on projects that mirror industry challenges. Our brand-new facilities on the Microkatu campus in Kuopio make it easy to turn ideas into reality, from one of Finland's most modern 3D printing labs to specialized setups for welding, material technology, and digital mechanical engineering.

Here's what sets our experiential learning apart – get ready to apply what you learn every day:
- State-of-the-art 3D printing laboratory: Prototype your designs quickly and test mechatronics innovations like industrial robots or smart factory systems.
- Versatile labs for mechanical engineering: Hands-on work in welding, material sciences, digital mechanical engineering, and energy research to master manufacturing and product development.
- CAD modeling and simulation software: Use modern 3D systems, remote programming, and tools for machine design, product structure, and automation.
- Group projects and teamwork: Tackle real problem-solving in subjects like manufacturing processes, automation, and project work, often with local companies for R&D and innovation.
- Company cooperation and internships: Work directly with regional businesses on technology projects, research, and development – building your network and resume from day one.
- Advanced digital tools and research labs: Access VR/XR, DigiCenter, and infrastructure for product innovation, additive manufacturing, and sustainable tech in mechanical and energy fields.