Digital Systems and Design, Bachelor of Science and Master of Science (Technology)

5 Years On Campus Accelerated-bachelors Program

Aalto University

Program Overview

The Digital Systems and Design program at Aalto University trains students to design, implement, and optimize complex digital systems, from embedded electronics to autonomous technologies. It is perfect for students who are passionate about electronics, programming, and problem-solving, offering a combination of theory, hands-on labs, and project work that prepares them for a wide range of careers in digital and communication technologies.

Curriculum structure

Year 1
The first year builds a solid foundation in mathematics, programming, and basic electronics. Students study courses such as Basic Electronic Circuits, Introduction to Programming, and Engineering Mathematics, while engaging in collaborative projects that introduce problem-solving and system modeling skills.

Year 2
In the second year, students dive deeper into system-level engineering and specialized topics. They explore Control and Automation, Computer Networking, and Signal Processing, while participating in team-based engineering design projects that develop practical skills in embedded systems and algorithmic learning.

Year 3
The final bachelor year emphasizes advanced applications and real-world projects. Students work on Embedded Real-Time Systems, Photonics and Optical Communication, and System Design Projects, culminating in a bachelor’s thesis or industry-aligned project that demonstrates their competence in modeling, analysis, and system engineering.

Year 4
The first year of the master’s degree deepens expertise in digital systems design. Students take courses in Advanced Embedded Systems, Networked Systems, and Digital Signal Processing, while engaging in research-driven projects and gaining industry experience through internships or collaborations.

Year 5
The final year focuses on advanced specialization and the Master’s Thesis, allowing students to tackle complex, real-world engineering problems. Students choose electives such as Autonomous Systems, IoT and Cyber-Physical Systems, or High-Speed Communications, while developing leadership, project management, and professional engineering skills to prepare for a successful career or further academic studies.

Focus areas

Networking, Control and Automation, Embedded Systems, Electronic Circuits, Photonics and Optical Communication, Algorithmic Learning, System Modeling and Analysis, Engineering Design, Signal Processing, Programming and Prototyping, Autonomous Systems, IoT, Cyber-Physical Systems

Learning outcomes

Ability to analyze, design, and implement complex digital systems, advanced programming and algorithmic skills, proficiency in embedded systems and networking, competence in modeling and optimization, teamwork and project management skills, experience in research or industry projects, professional communication and presentation abilities

Professional alignment

The program is delivered by Aalto University’s School of Electrical Engineering and aligns with industry standards in electronics, automation, embedded systems, and communications, preparing students for high-demand technical roles or further academic research.

Reputation

Graduates benefit from Aalto University’s strong reputation in engineering and technology, hands-on project experience, and close industry connections, ensuring excellent employability in electronics, automation, digital design, and communication engineering roles.

Experiential Learning (Research, Projects, Internships etc.)

In the Digital Systems and Design program at Aalto University, you'll gain practical, hands-on skills right from the start by diving into real-world engineering challenges like designing systems for autonomous vehicles, sensors, and IoT devices. You'll build expertise through team projects that mirror industry problems, industry collaborations for professional experience, and a unique final project where you design and construct something tangible before tackling your bachelor's thesis. This approach, supported by Aalto's world-class facilities in the School of Electrical Engineering, ensures you're not just learning theory—you're creating solutions that matter.

Here's how you'll get that experiential edge, tailored to this program:
- Team-based project works: Tackle complex, multifaceted problems in groups, blending experimental, practical, and theoretical elements—just like in professional settings, with skills in embedded systems, sensors, real-time decision-making, and system-level design.
- Industry projects and collaborations: Gain first industrial experiences through tailored projects with leading companies like Nokia, plus thesis work and expert visits to build hardware-software skills for AI and IoT.
- Hands-on final project and thesis: Design and build your own project aligned with industry needs, then deepen it in your thesis for true expertise in areas like networking, electronic circuits, and control systems.
- Advanced labs and clean rooms: Access the Department of Electronics and Nanoengineering's world-class research facilities, including the largest clean rooms for electronics, nanotechnology, and hardware development.
- State-of-the-art learning spaces: Use Otaniemi campus classrooms with updated AV systems, lecture-streaming for hybrid learning, touch-panel controls, and high-quality cameras/microphones for seamless presentations and collaboration.
- Digital tools and platforms: Leverage Aalto's modern digital infrastructures like booking.aalto.fi for spaces, Digital Aalto platforms for collaboration, and tools for data processing from sensors/networks in embedded systems tracks.

This is your chance to turn passion into expertise—apply now and start building the future.

Progression & Future Opportunities

In the Digital Systems and Design program at Aalto University, you'll gain practical, hands-on skills right from the start by diving into the design and building of complex digital systems—like those in autonomous cars, satellites, sensors, and mobile devices—through tailored industry projects, team workshops, and a unique final project that leads straight into your bachelor's thesis. You'll build expertise in modeling and analyzing systems, computer networks, electronic circuits, control and automation, and more, all while working alongside experts and students from diverse backgrounds to foster real-world management and presentation skills. The program's emphasis on applied experiences ensures you're not just learning theory but actively creating and refining digital solutions in a collaborative environment.

This practical focus is powered by Aalto's top-tier facilities tailored to electrical engineering and design:

- State-of-the-art laboratories like the world-class clean rooms and MilliLab (a joint lab with VTT and ESA for device testing up to THz frequencies) in the Department of Electronics and Nanoengineering, perfect for experimental work in electronics, nanoengineering, and digital systems research.
- Team projects and industry collaborations, including tailored projects with leading companies like Nokia, company-provided thesis projects, and expert guest visits to build hardware-software skills for AI, IoT, and beyond.
- Advanced learning spaces across the Otaniemi campus with updated audio-visual systems, lecture-streaming for hybrid teaching, touch-panel camera controls, and user-friendly AV tech to support group work, presentations, and online collaboration.
- Digital tools and platforms via Digital Aalto, including modern systems for communication, collaboration, campus access, and data-driven learning, plus the Aalto Space mobile app and booking system for reserving spaces and equipment.
- Aalto University Digital Design Laboratory (ADDLab), integrating science, technology, and design for creative digital projects.

These opportunities will set you up for an exciting career shaping tomorrow's digital world—imagine leading innovations at the intersection of engineering and design.