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4 Years On Campus Bachelors Program
Malta College of Arts Science and TechnologyThe Bachelor of Engineering (Honours) in Electronics Engineering at MCAST is a 4-year full-time program (240 ECTS, MQF Level 6) that blends academic theory with hands-on training to prepare you for the booming local electronics industry—or even careers and further studies abroad. It's perfect if you're passionate about tech that powers everyday life, like computers and communications, and have a solid foundation in physics and maths (think A-Levels at average C or an MCAST Advanced Diploma in Industrial Electronics/Electrical Systems).
Curriculum structure
Year 1 builds your core skills in electronics fundamentals, diving into circuit design and basic programming through units like Analogue Electronics and Digital Electronics, where you'll experiment with real components to understand signal processing and logic gates. You'll also tackle Mathematics for Engineers to sharpen problem-solving for real-world applications, setting a strong base without overwhelming you right away. Hands-on labs make it exciting, turning theory into practical know-how from day one.
Year 2 ramps up with more advanced circuits and systems, focusing on units such as Embedded Systems and Control Systems, teaching you to program microcontrollers and design feedback loops for automated devices. Expect projects blending hardware and software, plus Signals and Systems to analyze how electronics handle data in communications tech. It's where you'll start seeing how your skills apply to modern gadgets, building confidence through teamwork and prototypes.
Year 3 gets into sophisticated design, with key units like VLSI Design (Very Large Scale Integration) for creating complex chips, and Power Electronics to master efficient energy conversion in devices. You'll explore Communication Systems, simulating wireless networks and troubleshooting real signals, preparing you for industry challenges. Placements kick in here, giving internship experience that employers love—it's all about bridging classroom to career.
Year 4 culminates in your honours project, integrating everything through units like Advanced Embedded Systems and Project Management, where you'll lead a capstone designing full electronic systems from spec to prototype. Dive into Research Methods in Electronics Engineering to contribute original ideas, honing skills for innovation. By graduation, you'll have a portfolio showcasing pro-level work, ready to launch your engineering journey.
Focus areas: Hands-on embedded systems, analogue/digital circuit design, project management, and research in cutting-edge electronics—think hardware-firmware integration for computers, comms, and automation.
Learning outcomes: You'll design/implement hardware and firmware for embedded apps; evaluate complex analogue/digital circuits to specs; manage installation/maintenance projects; and drive research in electronics engineering.
Professional alignment (accreditation): MQF Level 6 accredited by MCAST, with industry-aligned training including internships/placements to meet local electronics sector needs—no external body specified, but built for Engineering Council or similar pro recognition post-grad.
Reputation (employability rankings): MCAST grads are in high demand locally for versatile engineering roles, with the program's practical focus ensuring you're job-ready in a field where electronics pros are "highly relevant and attractive"—strong internal stats show excellent progression to careers or masters abroad.
At MCAST's Bachelor of Engineering (Honours) in Electronics Engineering, you'll dive straight into hands-on learning from day one, building real-world skills through practical sessions in state-of-the-art labs and workshops tailored to electronics. Our vocational approach mixes classroom theory with modules like Digital Electronics, Power Electronics Devices and Circuits, and Practical Control Engineering, where you'll design hardware, firmware for embedded systems, and complex circuits using industry tools and simulators. The Institute of Engineering and Transport (IET) provides top-notch facilities, including the newly inaugurated IET building at our Main Campus in Paola, equipped for electronics projects, plus access to the MCAST Resource Centre (MRC) and specialized tools, software, and equipment for every module.
Here's what makes our experiential learning stand out, all specific to this program:
- Laboratories and workshops: Dedicated practical sessions in electronics labs for units like Digital Electronics 1 & 2, Analogue Electronics, and Power Electronics, where you apply concepts to real hardware, embedded systems, and control circuits.
- Software and digital tools: Use embedded IDEs (Integrated Development Environments), ARM instruction sets, assembly language programming for microcontrollers, and tools for circuit simulation, debugging, and I/O hardware development.
- Project management and research: Manage installation/maintenance projects and contribute to research in electronics engineering, using institute-provided machinery and study resources.
- Library and resources: Full access to the Library and Resource Centre for paper/electronic materials, plus module-specific software, equipment, and simulators across the IET.
- Facilities at Main Campus: Delivered primarily at MCAST Main Campus (Triq Kordin, Paola), with the IET building offering cutting-edge spaces for engineering hands-on work.
This setup ensures you're not just learning—you're ready to excel in electronics engineering.
At MCAST's Bachelor of Engineering (Honours) in Electronics Engineering, you'll dive straight into hands-on learning from day one, building real-world skills through practical sessions in state-of-the-art labs and workshops tailored to electronics. The program, housed in the Institute of Engineering and Transport (IET) at the Main Campus in Paola, equips you with tools, software, and equipment for designing embedded systems, power electronics, and control circuits—think working with microcontrollers, ARM instruction sets, and assembly language programming in embedded IDEs. You'll get full access to everything you need, from specialized machinery to study resources, so you can focus on creating and innovating without barriers.
This vocational approach blends theory with practice in labs, workshops, and simulators, preparing you to manage projects and contribute to research right away: here are some standout experiential elements specific to the program:
- Dedicated laboratories and workshops in the IET building (inaugurated in 2019) for practical work on digital electronics, power converters, analogue circuits, signals/systems, and embedded hardware/firmware.
- Embedded IDEs and software tools for microcontroller programming, including assembly language for arithmetic, loops, data shifting, time delays, and debugging structured software/hardware in digital/analogue domains.
- Project management training through modules on installing/maintaining engineering systems and research projects in electronics engineering.
- Specialized equipment like semiconductor devices for power electronics circuits, transducers, and tools for I/O hardware in microcontroller-based systems.
- Library and Resource Centre (MRC) providing paper/electronic study resources, with access to institute-specific tools, software, and machinery for all modules.
- Simulators for module-specific practicals, supporting blended face-to-face and online learning in electronics and control systems.
Imagine turning your passion for electronics into a career—apply now and let's get you started with these incredible resources!
Internal progression accepted from MCAST Advanced Diploma in Industrial Electronics or Electrical Systems with minimum 60% overall.MCAST MQF Level 5 Undergraduate Diploma in Foundations of Engineering also qualifies for entry.Academic route requires 2 A-Levels and 2 I-Levels.A-Levels must include Physics and Mathematics (Pure or Applied).An average Grade C across Mathematics and Physics A-Levels is required.Proof of English proficiency may be requested before course entry.Tuition fees are not charged for Maltese and EU nationals, while non-EU/international applicants must pay tuition fees, and the exact amount is confirmed by the MCAST International OfficeDesign EngineerElectronics EngineerElectrical EngineerEmbedded Systems EngineerTelecommunications EngineerControl Systems EngineerAutomation EngineerHardware EngineerTest and Validation EngineerPower Electronics EngineerInstrumentation EngineerRobotics EngineerSystems Integration EngineerMaintenance EngineerResearch and Development Engineer
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