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3 Years On Campus Bachelors Program
AGH University of Science and TechnologyThe Bachelor's in Electronics and Telecommunications at AGH University of Science and Technology is a full-time, general academic engineering program offered by the Faculty of Computer Science, Electronics and Telecommunications, perfectly suited for students passionate about blending electronics design, programming, and modern network technologies to build the future of communication systems. You'll gain hands-on skills in everything from digital signal processing and embedded systems to network administration and data security, preparing you to design innovative devices and networks that power today's digital world—imagine creating secure Wi-Fi systems or programming smart microprocessors right from year one.
Curriculum Structure
Year 1
In your first year, you'll build a strong foundation in core sciences and intro tech, diving into programming basics with languages like C and Assembler while exploring physics and math tailored to electronics. Courses like Digital Signal Processing introduce you to analyzing signals, Operating Systems teach virtualization essentials, and hands-on labs get you simulating simple circuits—it's an exciting start that makes complex ideas feel approachable and fun. By year's end, you'll already be comfortable coding small projects, setting you up for real-world telecom challenges.
Year 2
Year two ramps up with practical electronics and networks, where you'll program in VHDL for digital circuits, tackle C++ and Java for applications, and learn microprocessor programming for embedded systems. You'll design analogue and digital circuits using simulation tools, experiment with radio devices, and start network basics like Internet protocols—it's where theory meets creation, like building your first fibre optic simulator. This year sharpens your problem-solving, making you confident in validating devices in real environments.
Year 3
Your final undergraduate year focuses on advanced integration, mastering Python for web and mobile apps, signal transmission techniques for Wi-Fi and mobile networks, and network devices like routers, switches, and firewalls. You'll configure virtual networks, dive into cloud computing and traffic engineering, plus lead projects with agile methods—culminating in designing full electronic systems or telecom networks ready for industry. Graduates here are primed for seamless transition to master's paths in Embedded Systems or Networks and Services.
Focus Areas
Digital processing and analysis of signals; operating systems and virtualization; programming (Assembler, VHDL, C, C++, Java, Python); web and network apps for mobile; simulation/design of analogue/digital circuits, radio/fibre optic devices; embedded systems; signal transmission, Internet/mobile/Wi-Fi networks; cloud computing; data security; network administration.
Learning Outcomes
Design electronic systems with integrated circuits/processors; build network systems for diverse data/channels; use tools like oscilloscopes/spectrum analysers for measurements; configure routers/switches/firewalls/protocols; simulate circuits/services; administer networks/diagnose issues; develop apps for mobile/embedded/web; lead projects with agile/planned methods.
Professional Alignment (Accreditation)
This first-cycle engineer program aligns with ISCED standards and AGH's strategy for diversified education, emphasizing practical skills for telecom/electronics industries; it directly qualifies you for second-cycle master's in Electronics and Telecommunications (Embedded Systems or Networks and Services paths) or related fields like ICT/Computer Science.
Reputation (Employability Rankings)
AGH graduates join a renowned community of engineers, with the curriculum boosting knowledge, skills, and social competences for top telecom, electronics, and network roles—official stats highlight strong employability in designing systems, network admin, and data security, backed by the university's technical prestige.
At AGH University of Science and Technology, the Bachelor's in Electronics and Telecommunications dives right into hands-on learning from day one, so you'll build real-world skills in designing electronic systems, programming embedded devices, and managing networks—all through practical labs and projects. You'll get plenty of time in specialized labs working with cutting-edge tools like oscilloscopes, spectrum analyzers, arbitrary generators, protocol testers, and measuring cards to test and validate devices in real environments. Plus, you'll use software for circuit simulations, network configuration (routers, switches, firewalls), and programming in languages like Assembler, VHDL, C, C++, Java, and Python to create apps for mobile devices, embedded systems, and web/network applications.
Here's what makes our program stand out for experiential learning::
- Extensive laboratory classes (up to 60 hours in key courses) for hands-on work with analog/digital circuits, radio/fiber optic devices, signal transmission, and measurement tools like oscilloscopes and spectrum analyzers.
- Project classes (often 20-45 hours per elective/obligatory module) where you'll design electronic systems, network infrastructures, virtual networks, cloud computing setups, and lead projects using agile methods.
- Software and programming tools including simulations for electronic circuits/services, configuration of communication protocols, and coding in Assembler, VHDL, C/C++, Java, Python for embedded systems, mobile apps, and network apps.
- Group-oriented project and seminar work (e.g., 30-hour discussion seminars and team projects) focused on network administration, traffic engineering, data security, and building programmable devices.
Imagine applying right away to gain these skills at the Faculty of Computer Science, Electronics and Telecommunications: check the full syllabus details here: https://sylabusy.agh.edu.pl/en/1/2/19/1/4/4/56
At AGH University of Science and Technology, our Bachelor's in Electronics and Telecommunications program dives right into hands-on learning from day one, so you'll build real-world skills in designing electronic systems, programming embedded devices, and managing networks. You'll work with cutting-edge tools like oscilloscopes, spectrum analyzers, arbitrary generators, protocol testers, and measuring cards to test and validate devices in actual environments, plus configure routers, switches, firewalls, and virtual networks. This practical focus means you're not just studying theory—you're simulating circuits, coding for mobile and embedded systems, and tackling projects that mirror industry challenges, all within the Faculty of Computer Science, Electronics and Telecommunications.
Here's how our program makes experiential learning come alive with specific facilities, tools, and opportunities tailored to electronics and telecom:
- Extensive laboratory classes: Over 100 hours across courses, including 60-hour labs for advanced topics like signal processing and 30-hour sessions for microprocessor programming and embedded systems, where you use real measurement tools for device validation.
- Project classes and group projects: Up to 45 hours per elective module on designing electronic and network systems, plus obligatory projects (e.g., 30-hour sessions) using agile methods to build prototypes like radio/fiber optic devices or cloud networks—perfect for teamwork and leading real projects.
- Specialized software and programming: Hands-on with Assembler, VHDL, C, C++, Java, Python for simulations, web/network apps, mobile devices, and embedded systems; plus tools for computer simulations of circuits and network services.
- Network and device configuration labs: Practice administering Internet, Wi-Fi, mobile, and operator networks with routers, switches, firewalls, communication protocols, traffic engineering, and data security setups.
- Elective seminars and discussion groups: 20-30 hours on topics like network diagnostics and virtualization, building your skills in operating systems and problem-solving in group settings.
This setup prepares you to graduate ready for top jobs in telecom and electronics—imagine jumping straight into roles designing systems or managing networks. Applying is straightforward, and spots fill up fast—let's get you started on your application today!
Secondary school leaving certificate (high school diploma or equivalent) is required for admission, often with legalisation or Apostille depending on the country of issue.Final grades in core subjects are considered for admission evaluation, with Mathematics being compulsory and Physics or related science subjects often preferred or required depending on the specific programme.Proof of English language proficiency is mandatory for English-taught programmes, typically through IELTS or TOEFL (or equivalent recognised certificates), with minimum scores set by the universitySoftware EngineerBackend DeveloperFrontend DeveloperFull Stack DeveloperMobile Application DeveloperSystem Software DeveloperDevOps EngineerCloud EngineerData ScientistData AnalystMachine Learning EngineerArtificial Intelligence EngineerDatabase AdministratorCybersecurity AnalystInformation Security SpecialistNetwork EngineerSystems AdministratorIT ConsultantSoftware Architect
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