Bachelor Embedded Systems Engineering

4 Years On Campus Bachelors Program

HAN University of Applied Sciences

Program Overview

Our Bachelor in Embedded Systems Engineering at HAN University of Applied Sciences is the only complete program of its kind at a Dutch university of applied sciences, training you to design hardware and software for smart devices like autonomous vehicles or IoT systems right from day one through hands-on projects. It's perfect if you're passionate about intelligent electronics and want real-world experience in a collaborative team environment, graduating as a job-ready engineer with both theory and practical skills.

Curriculum structure
Year 1: Building your foundation
In your first year, you'll dive into the basics with subjects like electronics, mathematics, programming, and microcontrollers, applying them immediately in exciting projects such as developing an autonomous vehicle, a climate controller for an incubator, or an interface for a coffee machine. This hands-on approach ensures you quickly see how theory powers real tech, setting a strong base for more advanced work while collaborating with classmates.

Year 2: Gaining independence
As you move to year two, you'll work more independently on embedded hardware and software engineering, tackling subjects like Software Design with UML, Operating Systems, Data Communication, and Security. Innovative team projects here sharpen your skills in creating reliable systems, preparing you to handle complex designs with growing confidence.

Year 3: Stepping into professionalism
Year three ramps up with a focus on Smart Embedded Systems, including Internet of Things (IoT), Digital Signal Processing, and Artificial Intelligence, through cutting-edge projects like Parallel Robot Design or an IoT-enabled Fitness Environment. You'll also complete an internship at a company or research institute, bridging the gap to your professional career with real-world impact.

Year 4: Mastering your expertise
In your final year, you'll specialize further through advanced projects and modules, building on everything you've learned to deliver professional-level embedded systems solutions.

Focus areas
Hands-on projects in areas like IoT, AI, robotics, and smart devices, blending hardware (microcontrollers, electronics) and software (programming, operating systems) for real-world applications.

Learning outcomes
You'll graduate with the ability to design, build, and test embedded systems; apply fundamental theories in practice; collaborate on engineering projects; and innovate in fields like autonomous tech and smart environments.

Professional alignment (accreditation)
HAN's programs follow official Dutch degree statutes and enrollment regulations, ensuring your BSc meets national standards for engineering education with structured credits, exams, and practical training.

Reputation (employability rankings)
As the #1 embedded systems program at a Dutch university of applied sciences, HAN grads are highly sought after, with direct paths to booming fields like automotive and industrial automation—leading to strong employability in tech-driven careers.

Experiential Learning (Research, Projects, Internships etc.)

At HAN University of Applied Sciences, our Bachelor in Embedded Systems Engineering dives right into hands-on learning from day one, so you're not just studying theory—you're building real-world skills with the latest tech. You'll tackle exciting projects like designing an autonomous vehicle, a climate controller for an incubator, or an interface for a coffee machine, all while teaming up with classmates and industry pros to solve actual engineering challenges. This project-based approach grows with you, from foundational electronics and programming in year one to advanced independent work on things like IoT and AI in later years, ensuring you're job-ready as a skilled embedded systems engineer.

Here's how we make experiential learning come alive through specific program features:
- Real-life team projects throughout all years, such as developing a patient simulator, robotic lawnmower, Parallel Robot Design, or IoT-enabled Fitness Environment, where you collaborate in project teams just like in industry.
- Embedded systems engineering internship in your 3rd year at a research institute or company, giving you professional experience and a foot in the door with employers.
- Work with cutting-edge tools and subjects like microcontrollers, Software Design with UML, Operating Systems, Data Communication, Digital Signal Processing, Internet of Things (IoT), and Artificial Intelligence—directly applied in projects.
- Access to HAN's engineering facilities tailored for hands-on work in electronics, hardware, and software development for smart systems (full details here: [HAN Facilities Overview](https://www.hanuniversity.com/en/about-han/facilities/)).

Imagine graduating with a portfolio of innovations that wow employers—projects like these set you up for endless opportunities in smart devices and beyond.

Progression & Future Opportunities

At HAN University of Applied Sciences' Bachelor in Embedded Systems Engineering, you'll dive straight into hands-on learning from day one, building real-world skills by turning theory into practice through exciting projects that tackle actual industry challenges. You'll work with cutting-edge tools like microcontrollers, programming environments, and software design methods to create smart systems—think developing an autonomous vehicle, a climate controller for an incubator, or a patient simulator. This project-based approach, combined with team collaboration and professional input, ensures you're job-ready as an embedded systems engineer when you graduate.

Here's how our experiential learning ramps up across the years, giving you the facilities, projects, and opportunities you need:

- Real-life projects from year 1: Tackle electronics, math, programming, and microcontrollers in team projects like building an autonomous vehicle, incubator climate controller, or coffee machine interface.
- Innovative team projects in year 2: Gain independence with subjects like Software Design with UML, Operating Systems, Data Communication, and Security, applied in collaborative embedded hardware and software engineering projects.
- Advanced specialization in year 3: Focus on Smart Embedded Systems with topics like Internet of Things (IoT), Digital Signal Processing, and Artificial Intelligence through projects such as Parallel Robot Design or IoT-enabled Fitness Environment.
- Mandatory internship: Gain professional experience in year 3 at a research institute or company, working on embedded systems engineering in a real professional setting.
- Group work throughout: Collaborate in project teams with classmates and field professionals on real engineering issues, like a robotic lawnmower or patient simulator.

This is your chance to apply now for the September 2026 start—spots fill fast, and our passionate community is waiting to help you shape the future of smart tech!