Computing and Electrical Engineering, Science and Engineering

5 Years On Campus Bachelors Program

University Of Tampere

Program Overview

The Computing and Electrical Engineering, Science and Engineering programme at Tampere University combines information technology and electrical engineering into one flexible degree designed for future technology professionals. It suits students who want to work with software, electronics, intelligent systems, and communications while building a strong scientific foundation and the freedom to specialise later.

Curriculum structure

Year 1
The first year builds a solid engineering foundation with core studies in mathematics, physics, and basic computing and electrical engineering. Students develop analytical thinking and technical skills through introductory subjects such as programming, digital systems, and engineering mathematics, while gaining an overview of both computing and electrical engineering fields.

Year 2
During the second year, students choose between Information Technology or Electrical Engineering as their major and begin deeper discipline-specific studies. The coursework typically includes subjects like data structures, electronics, signals and systems, and communications fundamentals, while students also have opportunities to join research groups and tailor their studies with electives.

Year 3
The third year focuses on advanced studies and specialization, allowing students to explore areas such as software development, communications engineering, or embedded systems. Students deepen their expertise through advanced technical modules, project-based learning, and preparation for a smooth transition to the master’s phase.

Years 4–5 (Master’s phase)
The master’s phase emphasizes specialization, research skills, and professional development in advanced technology fields. Students continue with topics such as signal processing and machine learning, power engineering, communications engineering, or electronics and embedded systems, alongside research-oriented projects and thesis work.

Focus areas (in a string): Signal Processing and Machine Learning, Software Development, Power Engineering, Communications Engineering, Electronics and Embedded Systems

Learning outcomes (in a string): strong foundation in computing and electrical engineering, ability to apply scientific and engineering methods, skills in modern digital technologies, specialization in advanced engineering fields, research and teamwork experience, readiness for international technology careers

Professional alignment (accreditation): Bachelor of Science (Technology) followed by Master of Science (Technology) with direct progression within the same programme

Reputation (employability rankings): emphasis on industry-relevant skills, research-based teaching, multicultural teamwork, and preparation for international careers in computing and electrical engineering

Experiential Learning (Research, Projects, Internships etc.)

Why Computing and Electrical Engineering at Tampere University Offers Unmatched Hands-On Learning

The Computing and Electrical Engineering programme at Tampere University goes far beyond classroom theory. From your first year, you'll have access to world-class research infrastructure and real industry collaboration that turns learning into lived experience. The Faculty of Engineering and Natural Sciences maintains more than 30 research infrastructures across over 8,000 m² of laboratory and clean room spaces, giving you genuine access to the tools and environments where cutting-edge technology is developed. What makes this programme special is that you don't just learn *about* engineering—you work *as* an engineer, applying your skills to challenges that matter.

Your practical education builds progressively. In your first year, you'll master core concepts in computing, electrical engineering, mathematics, and physics. Then, starting in your second year, you can choose your major between Information Technology or Electrical Engineering, and pursue one of five specialisations: Signal Processing and Machine Learning, Software Development, Power Engineering, Communications Engineering, or Electronics and Embedded Systems. But here's what really sets Tampere apart—the university offers research training opportunities where second-year students can earn ECTS credits while working hands-on in active research groups.

The infrastructure supporting your learning includes:

- Tampere Microscopy Centre (TMC) — university-level facility providing expertise, instruments, and training for advanced imaging and material analysis
- Tampere Centre for Scientific Computing (TCSC) — high-performance computing infrastructure for computational research, part of Finland's national computing competence network
- Laboratory for Future Electronics (LFE) — over 250 m² of dedicated lab space including a 60 m² dust-free processing laboratory with state-of-the-art printing equipment (inkjet printers, gravure, flexo, screen printers, and plasma printers) for hands-on work with printed electronics and thin-film devices
- Nitrogen-filled glove box system — integrated with inkjet printer, ALD, spin coater, vacuum hot plate, and e-beam evaporator for device fabrication
- Electrical characterization equipment — probe stations, semiconductor analyzers, potentiostats, and specialized testing for supercapacitors, batteries, ferroelectric and piezoelectric materials
- Tietotalo building — the central hub on Hervanta campus hosting research in Data Science, Signal Processing, Software Engineering, and collaborative spaces where academics, students, and industry partners work together
- Tampere Software Engineering Research Center (TASE) — active research centre advancing software engineering methodologies and practices
- GPTLab — AI research lab providing insight into cutting-edge artificial intelligence and machine learning applications
- Industry partnerships — an exceptionally large concentration of IT companies in the Tampere region creates internship opportunities and real-world project collaborations
- Well-equipped library and computer rooms — dedicated study and collaborative spaces across campus
- Flexible curriculum design — ability to tailor your degree to your specific interests within your chosen specialisation

This isn't just infrastructure listing—these are the actual spaces and tools you'll use while earning your degree. The combination of cutting-edge facilities, embedded research opportunities, and deep industry connections means you'll graduate with a portfolio of real work experience, not just theoretical knowledge.

Progression & Future Opportunities

At Tampere University, our Bachelor's in Computing and Electrical Engineering, Science and Engineering program dives right into hands-on learning from year one, building practical skills through core courses in computing, electrical engineering, math, and physics at the Hervanta Campus. You'll get real-world experience in state-of-the-art labs and research groups, with opportunities like second-year research training that earns you credits while working alongside experts on cutting-edge projects. The Faculty of Engineering and Natural Sciences gives you access to over 30 research infrastructures and 8,000 m² of labs, clean rooms, and testing facilities, all maintained for top-notch usability and open to students.

Here's what sets our experiential learning apart—tailored facilities and tools designed to turn theory into skills you'll use right away:
- Laboratory for Future Electronics (LFE): Over 250 m² of dedicated space, including a 60 m² dust-free clean room, with advanced printing tools like inkjet printers (CeraPrinter F-Serie, Dimatix printers in glove boxes and clean rooms), gravure/flexo/rotary screen printers, and plasma printers for high-res patterning—perfect for hands-on work in printed/thin-film electronics, energy devices, and hybrid systems.
- Research training in groups: Join faculty research units from your second year for practical projects earning ECTS credits, like those in Automation Technology (FAST-Lab, Innovative Hydraulics and Automation), Mechanical Engineering (Digital Design and Manufacturing), or Physics-related labs.
- Tampere Centre for Scientific Computing (TCSC): High-performance computing resources as part of Finland's national infrastructure, ideal for simulations, data processing, and complex engineering computations in your coursework and projects.
- Well-equipped computer rooms and labs: Specialized setups like Cyber Labs for network security (with switches, routers, next-gen firewalls, virtualization, SDN tools, and traffic generators) support group projects in computing and electrical systems.
- Tietotalo building facilities: Central hub at Hervanta for collaborative computing projects in data science, signal processing, software engineering, and computer engineering, using FPGAs, GPUs, cloud servers, IoT devices, and custom ASICs.
- Library and study spaces: Modern, comfortable libraries, reading/working areas, and computer rooms to support group work, prototyping, and thesis prep.

These resources aren't just available—they're integrated into your studies to build confidence and connections with industry pros. Imagine applying to a program where you graduate ready to innovate in tech hotspots like Tampere's powerhouse ecosystem.