Program Overview

MSc Sustainable Chemical Engineering

The MSc Sustainable Chemical Engineering programme at Aston University prepares students to address the critical challenges of sustainability, net zero, and decarbonisation. Combining core chemical engineering expertise with advanced sustainability principles, this course focuses on creating innovative solutions for a greener future.

Course Overview

Through interdisciplinary learning, students explore life cycle analysis, the circular economy, and pathways to net zero. Taught by research-active academics, students gain practical experience using industry-relevant tools in world-class labs and research facilities.

Course Description

Our MSc Sustainable Chemical Engineering programme prepares students to tackle climate change challenges through innovative, sustainable design and interdisciplinary approaches. The course provides exceptional teaching in a dynamic, interdisciplinary environment with access to state-of-the-art labs and research facilities.

What We Will Provide

• Exceptional teaching in a dynamic, interdisciplinary environment
• Access to state-of-the-art labs and research facilities
• Practical experience through industry-relevant projects
• Guidance from experts in the field

What You Will Provide

• A reflective nature and resilience
• Self-motivation and enjoyment of problem-solving challenges
• Engagement in practical work

What Skills We Teach

• Life cycle analysis
• Circular economy
• Project management
• Design of sustainable processes
• Data analysis
• Application of engineering judgement

Professional Practice Year

Students have the option to extend their studies and gain real-world experience through the professional practice route. This allows students to extend the duration of their master's to 22 months and gain valuable working experience to support their career aspirations.

Career Prospects

Graduates can work in industries such as bioenergy, environmental consultancy, waste management, and sustainable manufacturing. Roles include process engineer, sustainability consultant, R&D engineer, and project manager.

Course Objectives

1. Equips students with highly specialised core chemical engineering knowledge, skills, and techniques.
2. Trains students to analyse and learn from data.
3. Develops students into self-directed engineers capable of autonomously creating and managing innovative solutions.
4. Equips students with a deep understanding of climate change issues.
5. Trains students to continuously advance their knowledge and skills.

Modules

Taught Stage Modules

• Aston Global Advantage
• Engineering Project Management
• Life Cycle Analysis and Circular Economy
• Interdisciplinary Design Project
• Sustainable Chemical and Biochemical Engineering Design
• Pathways to Net Zero
• Downstream Processing for Biotechnology Products
• Advanced Bioenergy Technologies

Dissertation Stage Modules

• Dissertation

Facilities

The MSc Sustainable Chemical Engineering programme offers access to top-tier laboratories and facilities focused on sustainable process design. Students work with advanced equipment for bioengineering, energy production, and environmental monitoring.

Entry Requirements

• 2:2 (lower second-class honours) degree or equivalent in chemical engineering
• Equivalent overseas degree recognised by Aston University
• Professional reference
• Official academic transcript
• Completed application form

Fees and Scholarships

Course Fees

• UK students: Ł11,200 (2025/26)
• International students: Ł24,000 (2025/26)

Scholarships

Aston University provides a range of scholarships to help lower tuition and living costs.

Assessment

Students are assessed through a combination of written and oral examinations, class tests, individual and group coursework, projects, presentations, and practical assessments.

Career Prospects

The MSc Sustainable Chemical Engineering programme offers graduates a variety of career paths in the growing fields of sustainability, environmental impact, and renewable energy. Potential roles include chemical process engineer, sustainability consultant, environmental impact analyst, research and development engineer, and biotech product developer.