BSc in Mechanical Engineering

4 Years On Campus Bachelors Program

American University of Malta

Program Overview

The BSc in Mechanical Engineering at the American University of Malta (AUM) gives you a solid foundation across all key mechanical engineering areas, perfect for students passionate about designing innovative machines, systems, and solutions that power the real world. It's ideal if you're hands-on, love problem-solving, and want a career shaping everything from engines to renewable energy tech—preparing you with practical skills employers demand right after graduation.

Curriculum Structure
Year 1
You'll kick off with core engineering basics and general education to build a strong base, diving into Calculus I, Physics I, and Introduction to Engineering to grasp math, mechanics, and what mechanical engineers actually do day-to-day. This year blends science fundamentals with hands-on projects, helping you see how forces and materials come together in real designs, while easing into university life with supportive classes.

Year 2
Building momentum, you'll tackle Thermodynamics, Mechanics of Materials, and Fluid Mechanics, learning how heat, stress, and fluids behave in machines like engines and turbines. These courses sharpen your ability to analyze and predict system performance through labs and simulations, setting you up for advanced design work with a practical edge.

Year 3
Here, things get exciting with Dynamics, Heat Transfer, and Machine Design, where you'll model moving parts, optimize energy flow, and create prototypes that solve industry problems. Expect team projects mimicking real engineering teams, honing your skills in simulation software and sustainable design principles.

Year 4
Cap it off with Vibrations and Control Systems, Finite Element Analysis, and a capstone like Senior Design Project, applying everything to build and test full-scale mechanical systems. This year focuses on innovation, professional ethics, and work placement opportunities, launching you straight into the job market with a portfolio that stands out.

Focus areas
Core mechanical subdisciplines: thermodynamics, fluid mechanics, materials science, dynamics, machine design, heat transfer, vibrations, and control systems—emphasizing practical design and innovation.

Learning outcomes
Gain proficiency in engineering analysis, design, problem-solving, and teamwork; understand ECTS-aligned workloads for real-world application; achieve programme learning outcomes (PLOs) tied to MQF Level 6, including technical skills and professional readiness.

Professional alignment (accreditation)
Fully accredited by the Malta Further and Higher Education Authority (MFHEA) at MQF Level 6; follows American-style teaching with ECTS credits, ensuring global recognition and alignment with engineering standards.

Reputation (employability rankings)
AUM's engineering programs, including BSc Mechanical Engineering, emphasize entrepreneurship and leadership for high employability, with graduates positioned for global careers—backed by the university's historic campus and mission-driven outcomes, though specific QS/Guardian rankings are not detailed in official sources.

Experiential Learning (Research, Projects, Internships etc.)

At the American University of Malta (AUM), our BSc in Mechanical Engineering program puts a strong emphasis on experiential learning, helping you build real-world skills through hands-on work right from your first years. You'll dive into practical engineering challenges using dedicated campus facilities like specialized labs and computer resources, all in a historic yet modern setting that was once a Royal Navy dockyard. This approach ensures you're not just learning theory—you're applying it with tools and setups tailored to mechanical engineering, preparing you for industry success.

Here are some key ways our program delivers that hands-on experience::

- Dedicated labs for engineering practice, including a Chemistry Lab and Computer Lab equipped for mechanical engineering simulations and experiments, plus expanded laboratory space to support core courses like Physics with Calculus and General Chemistry.
- Gaming Lab available for interdisciplinary projects that can tie into engineering design and prototyping, fostering creative problem-solving skills relevant to mechanical systems.
- Group meeting rooms and individual study spaces in the library area, ideal for collaborative projects where you'll work in teams on mechanical design challenges, mirroring real engineering workflows.
- Library computers and quiet study areas with access to information resources, supporting research and digital tool usage for your coursework and projects.
- Work placement and work-based learning opportunities outlined in academic regulations, giving you practical industry exposure as part of the curriculum.
- 4 labs overall on campus, including those doubled in size for engineering programs, ensuring plenty of space for hands-on mechanical engineering research and experimentation.

Progression & Future Opportunities

American University of Malta offers a unique American-style engineering education in a vibrant European setting, and the BSc in Mechanical Engineering program is specifically designed to give you hands-on experience from day one. Unlike purely theoretical programs, AUM's mechanical engineering curriculum integrates practical learning throughout your four-year degree, ensuring you develop the technical expertise and problem-solving skills employers demand.

The program is structured so that your first two years build a strong foundation in core engineering and general education courses, while your third and fourth years shift increasingly toward specialized mechanical engineering topics and real-world applications. This progression means you'll move from understanding fundamental principles to applying them in genuine engineering contexts. AUM's campus infrastructure supports this experiential approach with dedicated spaces and resources specifically configured for hands-on learning:

- 4 on-campus laboratories including a chemistry lab and computer lab equipped for engineering coursework and experimentation
- 14 classrooms designed for both traditional instruction and collaborative problem-solving
- Group meeting rooms and individual study spaces where you can work on team projects and receive mentoring
- A comprehensive library with computers and dedicated quiet study areas for research-based learning
- Access to work-based learning and work placement opportunities integrated into your degree requirements
- Flexible learning modes—day, online, and blended formats—so you can balance studies with internships or part-time engineering work
- Accreditation of Prior Learning (APL) and experiential learning (APEL) pathways that recognize real-world engineering experience you may already have

The university also provides student transportation support through Malta's extensive bus and ferry network, making it easy to access external field sites, partner companies, or industry placements throughout the island. Your coursework will emphasize practical competency alongside academic excellence, with a minimum 2.0 GPA requirement and structured progression standards that ensure you're genuinely mastering mechanical engineering concepts.