Imperial MSc Advanced Chemical Engineering 2026 | Libertify

Why Choose Imperial MSc Advanced Chemical Engineering

The MSc Advanced Chemical Engineering at Imperial College London is one of the UK’s most comprehensive and professionally recognised postgraduate programmes in chemical engineering. Delivered by the Department of Chemical Engineering within the Faculty of Engineering, the programme is designed to graduate students of the highest quality who will demonstrate technical and professional leadership in the chemical engineering industry and related sectors.

What makes this programme exceptional is its three-stream structure, offering distinct pathways that cater to different career aspirations while sharing a common foundation of advanced chemical engineering principles. Whether you are drawn to clean technology and green chemistry, the rapidly growing field of biotechnology, or the cutting-edge intersection of machine learning with process systems engineering, Imperial provides a tailored pathway with appropriate depth and rigour.

Led by Dr Salvador Eslava, the programme combines taught modules with an extraordinarily substantial research component — the 45-ECTS individual research project constitutes exactly half of the entire degree. This balance ensures graduates emerge not only with advanced theoretical knowledge but also with practical research experience in world-class laboratories at the South Kensington Campus.

The programme awards both the MSc and the Diploma of Imperial College (DIC), with Institution of Chemical Engineers (IChemE) accreditation providing additional professional recognition that is valued globally by employers in the chemical and process industries.

Three Streams: General, Biotechnology and ML/PSE

The MSc offering comprises three distinct programmes that share common core elements while developing specialised competencies:

MSc Advanced Chemical Engineering (H8U2)

The general stream focuses on clean technology, green chemistry, waste minimisation and pollution abatement strategies. Students learn to quantify the environmental impact of chemical engineering operations and design optimal strategies for sustainable manufacturing. This stream is ideal for those seeking careers in environmental engineering, process optimisation and sustainability consulting.

MSc Advanced Chemical Engineering with Biotechnology (H8B2)

This stream centres on key biotechnology principles related to upstream and downstream bioprocessing. Students develop expertise in industrial biotechnology processes, learning to design and simulate upstream biotechnological processes and apply downstream separation approaches to bioproduction problems. Compulsory modules in Advanced Bioprocess Engineering, Biochemical Engineering and Modelling of Biological Systems provide the specialist foundation.

MSc Machine Learning and Process Systems Engineering (H8C2)

The newest and most technically intensive stream focuses on mathematical modelling, simulation and optimisation of the process industries. Students learn to describe, analyse and model dynamic processes, solve and optimise advanced process operations using relevant mathematical modelling and software packages. Compulsory modules span from Mathematics for ML to Industrial Automation and Autonomous Systems. This stream has IChemE accreditation pending.

All three streams share the Advanced Process Design core module (10 ECTS) and the Research Project (45 ECTS), ensuring every graduate has strong design skills and significant research experience. Students exploring engineering career paths might also consider how Newcastle’s MSc Biomedical Engineering approaches the intersection of engineering and life sciences.

Core and Compulsory Modules Across All Streams

Every student, regardless of stream, completes these core elements:

Advanced Process Design (CENG70024) — 10 ECTS

Spanning Autumn and Spring terms, this core module develops your ability to design and synthesise chemical processes using heuristics and mathematical tools. Working in teams, you design chemical engineering systems including reactors, process control systems and whole-plant systems — developing the engineering judgement and collaboration skills that employers consistently demand.

Research Project (CENG70026) — 45 ECTS

The centrepiece of the programme, running from Autumn through Summer. Students join one of the Department’s research groups to undertake an individual project aligned with their interests and stream. The project includes 12 hours of bespoke Research Skills training developed in collaboration with Imperial’s Early Career Researcher Institute (ECRI).

Stream-Specific Compulsory Modules

General stream: Advanced Environmental Engineering (CENG70025, 5 ECTS) — covering sustainability, waste minimisation, clean technology and green chemistry applications.

Biotechnology stream: Advanced Bioprocess Engineering (5 ECTS), Biochemical Engineering (5 ECTS) and Modelling of Biological Systems (5 ECTS) — providing comprehensive coverage of industrial biotechnology.

ML/PSE stream: Introduction to Programming and Python (5 ECTS), Advanced Optimisation (5 ECTS), Advanced Process Operations (5 ECTS), Dynamic Behaviour of Process Systems (5 ECTS), Mathematics for ML and PSE (5 ECTS), Industrial Automation and Autonomous Systems (5 ECTS) and Machine Learning for Chemical Engineering (5 ECTS).

Elective Modules and Business Options

Each stream offers a different number of elective ECTS, reflecting the varying compulsory module loads:

• General stream: 30 ECTS of electives (with a maximum of 15 ECTS from Level 6)
• Biotechnology stream: 20 ECTS of electives (with a maximum of 15 ECTS from Level 6)
• ML/PSE stream: 10 ECTS of electives (with a maximum of 10 ECTS from Level 6)

Technical Electives (Level 7)

Students can choose from a rich catalogue of advanced chemical engineering modules:

• Carbon Capture and Clean Fossil Fuels — critical for energy transition careers
• Membrane Science and Membrane Separation Processes — cutting-edge separation technology
• Colloids and Interface Science — fundamental to pharmaceuticals and materials
• Machine Learning for Chemical Engineering — available across all streams
• Practical Process Engineering in the Oil and Gas Industry — industry-focused applications
• Product Characterisation — essential for quality control and R&D

Business Electives (Level 6)

A distinctive feature of the programme is the ability to take one business elective from Imperial College Business School. Options include Accounting, Business Economics, Business Strategy, Corporate Finance, Entrepreneurship, Finance and Financial Management, Leading Teams and Organisations, Managing Innovation, Managerial Economics and Project Management. This recognises that successful chemical engineers need business acumen alongside technical expertise.

The 45-ECTS Research Project

The MSc Research Project is the most substantial single component of the programme, carrying an extraordinary 45 ECTS — equivalent to approximately 1,125 hours of study time and exactly half of the entire degree.

The project follows a carefully structured timeline:

1. Before Term Starts: A research project booklet outlining available research areas is sent to admitted students
2. Week 1: Research Area Presentations — supervisors outline their available projects for the current year
3. October–November: Supervisor allocations are completed through a matching process
4. November–May: Project work begins alongside taught modules, with regular supervisor meetings
5. June–September: Full-time research project work leading to final deliverables

The project includes a 12-hour Research Skills training programme delivered across the year at strategic points. Developed in collaboration with the Imperial Early Career Researcher Institute (ECRI), these workshops cover proposal writing, research ethics, dissertation preparation, presentation skills, poster development, critical thinking and time management.

Students may carry out projects partly or wholly at external organisations, with requests considered on a case-by-case basis. This opens opportunities for industry-connected research in chemical and process engineering companies.

IChemE Accreditation and Professional Recognition

The MSc Advanced Chemical Engineering and MSc Advanced Chemical Engineering with Biotechnology are accredited by the Institution of Chemical Engineers (IChemE), with accreditation received in 2025 and renewal set for 2029. The MSc Machine Learning and Process Systems Engineering has accreditation pending.

IChemE accreditation means:

• The programme meets the standards required for Chartered Engineer (CEng) status
• Graduates have a clear pathway to professional registration with IChemE
• The qualification is recognised internationally through IChemE’s global network
• A stricter academic standard applies: no more than 10 ECTS credits may be awarded as a Compensated Pass (versus the standard Imperial limit of 15)

This accreditation adds significant value to the degree, particularly for students intending to work in regulated industries such as pharmaceuticals, petrochemicals, food processing and water treatment, where Chartered Engineer status is often required or strongly preferred.

Admission Requirements and Entry Process

The Imperial MSc Advanced Chemical Engineering has clear entry requirements designed to ensure students can engage with advanced engineering content from day one.

Academic Requirements

Normally a 2:1 UK Bachelor’s Degree with Honours in an Engineering, Physical Science, Mathematical, or Life/Biomedical Sciences based subject is required. This breadth of accepted disciplines reflects the programme’s three streams — the biotechnology stream naturally attracts life sciences graduates, while the ML/PSE stream draws mathematicians and computer scientists alongside chemical engineers.

English Language Requirements

The Standard requirement applies: IELTS score of 6.5 overall with a minimum of 6.0 in all elements. This is the same level as the Imperial MSc Applied Mathematics, reflecting that engineering communication combines technical writing with mathematical and graphical expression.

No Interview Required

Selection is based on academic qualifications, transcripts and references. There is no admissions test or interview, which streamlines the application process for international candidates. The programme starts annually in October.

The ML/PSE stream provides pre-sessional material through the Introduction to Programming and Python module to help students prepare for the computational intensity of the programme.

Assessment Strategy and Academic Feedback

The programme uses a balanced assessment strategy that develops both theoretical understanding and practical competence.

Assessment Breakdown

Based on a typical pathway through the programme:

• Coursework: 45% — including design projects, laboratory reports, individual and group presentations
• Examinations: 40% — final exams and in-class tests
• Practical: 15% — laboratory experiments, pilot-plant work and software-based assessments

Both summative and formative assessments are used throughout. Formative assessments include problem sheets, draft project reports and practical work that help you identify strengths and weaknesses without counting toward your final mark. Some assessments are pass/fail elements where a passing grade is required for progression.

Academic Feedback

The department follows Imperial’s 10-working-day feedback rule for standard coursework. Larger items such as design and research projects have longer turnaround times but include ongoing informal and formal feedback from staff. After the preliminary Examiners’ Meeting in July, solutions to exam questions are published on Blackboard, and students who need to resit receive individual feedback.

Classification

The MSc is classified through weighted averages in both the taught and research components:

• Distinction: 70.00% or above
• Merit: 60.00% to 69.99%
• Pass: 50.00% to 59.99%

The IChemE accreditation requirement of maximum 10 ECTS compensated passes (versus Imperial’s standard 15) means the programme maintains higher academic standards than many comparable engineering MSc degrees.

Career Outcomes and Industry Readiness

Imperial aims to graduate students who are adaptable and well-suited to careers across the industrial, research and service sectors related to chemical engineering. The programme’s integrated approach — combining technical depth with professional skills development — produces graduates with notable competencies across a wide range of subjects.

Career Destinations by Stream

• General stream: Environmental engineering, process optimisation, sustainability consulting, clean technology development, pollution control, waste management
• Biotechnology stream: Pharmaceutical manufacturing, bioprocessing, food technology, biofuels, fermentation industries, agricultural biotechnology
• ML/PSE stream: Process automation, digital twins, industrial AI, data-driven process optimisation, research and development in smart manufacturing

Professional Skills Development

The programme includes dedicated professional skills training beyond the technical curriculum:

• Business ethics workshop
• Team-building workshop at programme start
• Communication, CV writing and negotiation workshops
• Health, safety and sustainability requirements training
• 12-hour ECRI Research Skills programme

Students exploring broader career development might consider how Cambridge’s circular economy programme complements chemical engineering expertise with strategic sustainability skills.

Comparing Imperial Chemical Engineering to Other Programmes

Imperial’s MSc Advanced Chemical Engineering occupies a premium position in the UK engineering postgraduate landscape:

The 45 ECTS research project weighting is exceptionally high — most UK MSc programmes allocate 30 ECTS or less to the dissertation. This reflects Imperial’s research-intensive philosophy and ensures graduates have substantial independent research experience. The availability of business electives from Imperial College Business School adds a cross-disciplinary dimension that pure engineering programmes typically lack.

For students comparing engineering programmes, the Imperial MSc Environmental Technology offers an interesting contrast, approaching sustainability from a policy and management perspective rather than a core engineering one.