Bachelor of Engineering (Honours) in Mechatronic Engineering

4 Years On Campus Bachelors Program

Technological University Dublin

Program Overview

The Bachelor of Engineering (Honours) in Mechatronic Engineering at Technological University Dublin blends mechanical engineering, electronics, control systems, and computing to prepare you for designing and building intelligent, automated systems. It’s ideal for students who are curious about robotics, smart machines, embedded systems, and the rapidly growing world of automation and Industry 4.0.

Curriculum Structure

Year 1 — Foundation in Engineering
In your first year, you’ll build a solid foundation in core engineering subjects. You’ll study Engineering Mathematics, Engineering Mechanics, Materials Technology, Electronics and Electrical Fundamentals, Engineering Computing, Technical Graphics, and Workshop Practice. This year develops your analytical thinking, practical skills, and understanding of engineering principles that underpin mechatronic systems.

Year 2 — Core Mechatronic Principles
Second year introduces you to essential mechatronic engineering concepts. You will study Mechanics of Solids, Fluid Mechanics, Embedded Electronics, Control Systems, Signals and Systems, Engineering Mathematics, and Computing for Engineers. Hands-on labs and project work reinforce how mechanical and electronic systems interact within intelligent machines.

Year 3 — Applied Integration and Systems
In third year, you’ll focus on the integration of mechanical, electronic and control systems. Modules include Robotics and Automation, Sensors and Actuators, Digital Signal Processing, Computer-Aided Engineering, Dynamics and Control, and Applied Mechatronic Design Projects. These build both theoretical depth and practical capability in real-world system design.

Year 4 — Advanced Topics and Capstone Project
Fourth year brings advanced engineering topics and independent work. You’ll take higher-level modules such as Advanced Control Systems, Intelligent Mechatronic Systems, Automation and Robotics, Engineering Simulation, and undertake a major engineering project where you conceive, design, build, and evaluate a complete mechatronic system, demonstrating your problem-solving and innovation skills.

Focus areas:
Mechanical systems design • Electronics and embedded systems • Control engineering • Robotics and automation • Sensors and instrumentation • Data acquisition and signal processing • Intelligent systems integration • Engineering project design

Learning outcomes:
Graduates will be able to analyse and design complex mechatronic systems by applying engineering mathematics and science, integrate mechanical, electronic and software components, use modern engineering tools and simulation software, conduct experiments and interpret data, work collaboratively in multidisciplinary teams, communicate technical ideas clearly, and demonstrate ethical and professional responsibility.

Professional alignment (accreditation):
The honours degree aligns with recognised engineering education standards in Ireland and internationally, supporting progression toward professional engineering registration and providing graduates with strong credentials valued by industry and global employers.

Reputation (employability & standing):
Technological University Dublin is recognised for its industry-focused engineering education and strong practical emphasis. Mechatronic engineering graduates are in demand across sectors such as robotics, automation, smart manufacturing, automotive systems, aerospace, and technology consulting due to their broad, integrated skill set and readiness to apply engineering solutions in modern technology environments.

Experiential Learning (Research, Projects, Internships etc.)

At Technological University Dublin, the Bachelor of Engineering (Honours) in Mechatronic Engineering is built around hands-on learning, real engineering tools, and practical problem-solving. Mechatronics uniquely blends mechanical engineering, electronics, control systems, automation, and computing — and at TU Dublin this integration happens through well-designed labs, collaborative projects, and real engineering challenges that mirror industry practice. From early design tasks to final capstone projects, you’ll work with physical systems, embedded controllers, automated machines, and simulation software, building the skills needed to excel in sectors like robotics, industrial automation, smart systems, and digital manufacturing. Small-group tutorials, lab sessions, and industry interactions ensure you’re learning by doing, and the degree’s honours status prepares you for postgraduate options and professional engineering careers.

Here’s how experiential learning is embedded throughout the Mechatronic Engineering degree:

Specialist Mechatronics Laboratories
You’ll work in purpose-built labs where you integrate mechanics, electronics, sensors, actuators, and control systems — gaining real hands-on experience with the hardware and systems engineers use in industry.
Embedded Systems & Digital Control Work
Practical sessions focus on programming microcontrollers, developing embedded applications, and designing control systems that make machines responsive and intelligent — essential skills for modern mechatronic engineers.
Collaborative Design Projects
Throughout the programme, you participate in team-based design challenges that require multidisciplinary thinking, technical communication, project planning, and integration of mechanical, electrical, and software elements.
Industry-Standard Engineering Software
You’ll gain experience with computer-aided design (CAD), simulation tools, system modelling, and embedded software development environments that reflect the workflows of professional mechatronics and automation engineers.
Automation & Robotics Modules
Applied lab modules cover automation principles, robotics fundamentals, and system integration — giving you direct experience with automated machines, robot kinematics, and digital manufacturing technologies.
Final-Year Capstone Project
In your final year, you complete a substantial mechatronics project that integrates knowledge across mechanics, electronics, control, and computing — often involving sensor systems, automated platforms, and real hardware prototypes.
Industry Engagement & Professional Context
The programme includes interactions with industry professionals through guest lectures, employer workshops, practical demonstrations, and site visits — helping you see how your skills translate to engineering workplaces.
Research-Informed Teaching & Contemporary Practice
Teaching draws on current technological trends and real engineering challenges, ensuring you learn approaches and solutions relevant to smart systems, automation, and digital technologies.
Study Abroad & Global Engineering Perspectives
Opportunities are available to broaden your education by spending time studying overseas at partner universities, offering global context and international engineering experience.

Facilities & Practical Resources (Official):
Mechatronics laboratories, embedded systems workspaces, automation and robotics labs, fabrication and prototyping facilities, CAD and simulation suites, team project areas, professional skills activities, and access to TU Dublin’s engineering library resources — all structured to give you practical experience and industry-aligned skills.

Progression & Future Opportunities

The Bachelor of Engineering (Honours) in Mechatronic Engineering at Technological University Dublin (TU Dublin) prepares you for highly employable careers where mechanics, electronics, automation and intelligent systems come together. Graduates typically secure roles such as Mechatronics Engineer, Automation Engineer, Controls & Systems Engineer, and Robotics/Embedded Systems Developer, working with multidisciplinary teams to design, build and optimise smart machines and automated systems across sectors like manufacturing, technology, robotics, automotive and energy:

• University Services to Support Your Career: TU Dublin’s Careers Service provides personalised guidance, industry networking events, CV and interview workshops, internship and placement assistance, and access to employer connections — all designed to help you launch your engineering career confidently.
• Employment Outcomes & Salary Prospects: Graduates enjoy strong employability because of the programme’s practical and industry-focused training. Mechatronic engineering skills are in demand, and graduates typically receive competitive starting salaries as they enter roles in automation, robotics and intelligent systems.
• University–Industry Partnerships: The programme engages with employers in technology, manufacturing, automation and systems engineering, offering opportunities for real-world project experience and exposure to current industry practices. These industry links help prepare you to meet employer expectations and support career readiness.
• Long-Term Accreditation Value: The honours degree is structured to meet recognised engineering education standards, providing a solid foundation for professional engineering practice and progression toward Chartered Engineer status — a respected qualification that enhances career mobility and leadership opportunity internationally.
• Graduation Outcomes: Graduates are well prepared to contribute to multidisciplinary teams in multinational firms, SMEs, research and development settings, and start-ups — applying core engineering principles to design, prototype and optimise automated and intelligent systems.

Further Academic Progression:

After completing the Bachelor of Engineering (Honours) in Mechatronic Engineering, you have several strong options to advance your expertise. Many graduates pursue postgraduate Master’s degrees in specialised areas such as robotics and automation, intelligent systems, advanced control engineering, embedded systems or artificial intelligence for engineering. Others choose PhD research, contributing to innovation in automation, autonomous systems design or advanced manufacturing technologies. Pursuing further study also strengthens eligibility for professional accreditation and supports long-term leadership and specialised technical roles in engineering and technology.