Masters of Engineering in Chemical and Biochemical Engineering

5 Years On Campus Bachelors Program

University of Limerick

Program Overview

The Masters of Engineering in Chemical and Biochemical Engineering at the University of Limerick is a five-year programme designed for students who are passionate about applying science and technology to real-world challenges. It is ideal for those interested in areas like sustainable energy, pharmaceuticals, biochemical manufacturing, and environmental solutions, combining in-depth academic study with hands-on industry experience.

Curriculum Structure

Year 1:
Students start by building a strong foundation in core engineering and science principles. Modules such as Engineering Maths, General Chemistry, Physics for Engineers, Organic Chemistry, and Principles of Chemical Engineering introduce them to mathematical modeling, chemical reactions, and essential engineering concepts.

Year 2:
The second year focuses on more advanced engineering and biochemistry topics. Students study Fluid Mechanics and Heat Transfer, Process Technology, Bioprocess Engineering, Plant and Process Management, and Chemical Engineering Design Methods, learning how to understand and manage process operations and industrial plant design.

Year 3:
Year three integrates applied engineering with real-world experience through a cooperative education placement. Students also study Reaction Engineering and Reactor Design, Mass Transfer Separations, and Process Flowsheeting, gaining practical skills in designing and operating chemical and biochemical processes.

Year 4:
This year emphasizes professional practice and project management. Students take on a major design project, working in teams to develop sustainable, large-scale chemical or biochemical processes, preparing them for leadership roles in the industry.

Year 5 (Master’s Year):
The final year deepens both theoretical knowledge and practical skills. Students engage in advanced computational, experimental, and process design modules, applying what they have learned to real-world challenges. Graduates leave the programme ready to enter industry at a high level and with the academic qualifications needed for Chartered Engineer status.

Focus Areas

Chemical Engineering, Biochemical Engineering, Process Design, Biopharmaceutical Production, Sustainable Energy, Reaction and Separation Processes

Learning Outcomes

Graduates will be able to design, operate, and optimise chemical and biochemical processes, apply analytical, computational, and experimental methods, manage industrial projects, and contribute to sustainable engineering solutions.

Professional Alignment (Accreditation)

The programme is accredited by the Institution of Chemical Engineers (IChemE), providing international professional recognition and eligibility for Chartered Engineer status.

Reputation

Graduates from this programme enjoy strong employability in Ireland and internationally, especially in pharmaceutical, chemical, energy, and environmental sectors. It is the only programme of its kind in Ireland’s Mid-West and Western regions.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Limerick, this programme is designed to give you hands-on experience from day one. You’ll go beyond theory, working in laboratories, collaborating on real-world projects, and completing a long-term professional placement that connects your classroom learning directly to industry. The focus on practical skills ensures you graduate ready to make an impact in areas like pharmaceuticals, sustainable energy, and advanced manufacturing.

Students benefit from a variety of structured experiential learning opportunities, including:

Cooperative Education Placement: A six-to-eight-month industrial placement where you work as a professional engineer in a real company, gaining invaluable experience that enhances both your skills and employability.
Hands-On Laboratory Work: Extensive laboratory sessions allow you to apply core engineering concepts to chemical and biochemical processes under the guidance of experienced staff.
Industry-Standard Software and Tools: You will learn to use process modeling, design, and control software that mirrors what is used in professional engineering environments.
Team Projects and Design Challenges: Collaborative design projects, especially in the later years, develop your teamwork, project management, and problem-solving abilities.
Research and Innovation Institutes: Access to cutting-edge research facilities such as the Bernal Institute and UL’s pharmaceutical research centre provides exposure to advanced process engineering and materials research.
Library and Digital Resources: UL’s library offers software and data tools to support research, project work, and thesis preparation, including analytical and simulation packages.
Campus Facilities: Dedicated engineering spaces, modern lecture theatres, and student support facilities enhance your learning and collaborative opportunities throughout the programme.

This combination of placements, lab work, software training, teamwork, and research exposure ensures you graduate not just with knowledge, but with real-world experience that employers highly value.

Progression & Future Opportunities

Graduates of the Masters of Engineering in Chemical and Biochemical Engineering go on to rewarding careers where they are ready to lead in complex process environments. Many work on designing, optimising, and managing systems in pharmaceuticals, energy, food processing, and environmental sectors, combining innovation with practical impact. Typical roles include Process Engineer, Chemical or Biochemical Engineer, Research & Development Engineer, and Project Engineer.

As you transition from student to professional, you benefit from a range of supports and opportunities that enhance employability and future success:

Dedicated Career Support Services: UL’s Careers Service provides CV workshops, interview coaching, career planning seminars, and on-campus employer events to help you prepare confidently for the professional world.
Strong Employment Outcomes: Graduates of the programme enjoy high employment rates, with the majority securing jobs or further study within six months of graduation, and starting salaries for taught Master’s graduates are competitive.
Industry Partnerships & Placements: The Cooperative Education programme offers up to 10–12 months of real work experience with hundreds of employer partners in high-tech, pharmaceutical, and manufacturing sectors, often leading directly to job offers after graduation.
Accreditation with Long-Term Value: The programme is accredited by the Institution of Chemical Engineers (IChemE), giving your qualification international recognition and supporting progression toward Chartered Engineer status.
Graduation Outcomes: Graduates enter a strong network of alumni working across industry, research, and innovation, ready to contribute to sustainable solutions and advanced production around the world.

Further Academic Progression:
After completing this programme, you can continue your studies through doctoral research (PhD) in chemical engineering or related fields, exploring advanced process science and biotechnology. Some graduates also pursue specialised postgraduate diplomas or research-led master’s degrees in areas such as bioprocessing, sustainable energy, or materials engineering to deepen their expertise and expand career opportunities.