MSc Advanced Chemical Engineering

If you go for the MSc Advanced Chemical Engineering at Aberdeen, you're signing up for a programme that’s seriously industry-focused and rooted in real-world problem-solving. The course gives you solid grounding in process design, pollution control, catalysis, and more, while also letting you pick options based on your career goals — whether that’s energy, sustainability, or safety. 

Here’s what “getting hands-on” actually means in this MSc:

• Core Technical Modules: You’ll study subjects like Separation & Product Purification, Air & Water Pollution Control, and Catalyst & Reactor Design. These are foundational to chemical processes and give you a deep understanding of both the science and engineering. 

• Process Design & Materials: There’s a dedicated module on Process Design, Layout & Materials, which helps you think like an engineer — not just about reactions, but how to build safe, efficient systems. 

• Optional Choices: You get to tailor some of your learning. Possible optional courses include Computational Fluid Dynamics, Process Safety & Risk Management, Human Factors Engineering, and more — giving you flexibility based on your interests. 

• Individual Research Project: Perhaps the richest part of the experience is the individual project. You’ll pick (or propose) a topic, carry out research, and really dive deep under the supervision of faculty. 

• Lab & Teaching Facilities: The School of Engineering has upgraded its teaching and lab spaces recently, including new dedicated chemical engineering labs and modern computing and learning areas. 

• Sustainability & Energy Relevance: Given Aberdeen’s ties to energy industries, this programme is very relevant for sectors like oil & gas, green energy, and environmental engineering. 

• Industry Awareness: Through your coursework and project, you’ll build strong links to industrial practices — both in design and in considering risk, safety, and operational realities. 

• Library & Study Resources: As part of the University of Aberdeen, you’ll also have access to excellent learning spaces, including modern labs and library resources for research. (The University has a new Science Teaching Hub which supports lab work.) 

Why This Experience Matters for You

• You’ll leave with deep technical skills — not just textbook knowledge, but real understanding of how to design, operate, and optimise chemical processes.

• The individual project lets you build a portfolio of research or applied work, which is great for jobs or further study.

• The optional modules mean you can tailor the degree toward energy, safety, or environmental engineering — depending on your goals.

• Your experience will be very relevant to industry roles (especially in energy) or to R&D positions

With Aberdeen’s MSc in Advanced Chemical Engineering, you're positioning yourself for a high-impact career in process industries such as oil & gas, clean energy, or pharmaceuticals. Graduates are well-prepared to take on technical roles, consultancy, or research-driven positions — all backed by advanced knowledge and strong industry links.

Future Progression & Opportunities:

• University Support & Career Services:

  • You’ll work on a research project as part of your degree — great for developing deeper technical skills and building a portfolio that employers or PhD programs will value. 

  • Throughout your studies, you can lean on the University of Aberdeen Careers Service, which helps with job applications, CVs, interview prep, and long-term career planning.

  • The flexibility of the program (including an online option) makes it easier to study while working, which can help you bridge into more senior roles later. 

• Employment & Earnings Potential:

  • The course is IChemE‑accredited, which is very useful if you’re aiming to become a Chartered Engineer (CEng) — a highly regarded professional status. 

  • Aberdeen’s engineering school has strong ties to industries like oil & gas, clean energy, and pharmaceuticals — giving you a good chance to land roles in those sectors.

  • According to some data, graduates report a salary of around £21,500 at 15 months post-graduation. 

• Industry Connections & Real-World Relevance:

  • The University of Aberdeen has links with big names like Shell, GSK, Halliburton, and Scottish Water, meaning potential for collaboration, internships, or job offers. 

  • Optional modules (such as Clean Energy, Process Safety, Human Factors) let you align your studies with fast-growing, future‑facing areas of industry. Your final project can focus on real challenges — for example, reactor design, pollution control, or catalytic processes. 

• Long-Term Value:

  • With IChemE accreditation, your qualification is well-recognised and can open doors to senior technical and leadership roles.

  • The deep technical expertise you gain (from advanced reactor design to pollution control) makes you competitive in roles that require real specialist knowledge.

  • The program’s research component also makes it easier to transition into PhD-level study or R&D roles.

• Typical Roles Graduates Move Into:

  1. Process Engineer — working in oil & gas, clean energy, or chemicals

  2. Research & Development Engineer — driving innovation in catalysts, materials, or reactors

  3. Process Safety Engineer — specialising in risk and safety management

  4. Consultant / Technical Specialist — advising companies on process design, optimisation, or sustainability

Further Academic Progression:

• After the MSc, you could continue to a PhD, particularly in research areas like carbon capture, biofuels, or process intensification. 

• With your project experience and technical depth, you’re in a strong position to apply for post-doctoral roles or research roles in industry.

• Alternatively, you can leverage your MSc + IChemE accreditation to work toward Chartered Engineer (CEng) status, aiming for senior technical or leadership roles in companies focused on sustainable engineering.