inline-defaultCreated with Sketch.

This website uses cookies to ensure you get the best experience on our website.

Students
Tuition Fee
GBP 29,340
Per year
Start Date
Medium of studying
Duration
12 months
Program Facts
Program Details
Degree
Masters
Major
Chemical Engineering | Process Engineering | Process Technology
Area of study
Engineering
Timing
Full time
Course Language
English
Tuition Fee
Average International Tuition Fee
GBP 29,340
About Program

Program Overview


The Formulation Engineering Masters program at the University of Birmingham empowers graduates to design and manufacture formulated products with a focus on microstructure and nanostructure. It equips students with advanced chemical engineering knowledge, explores the impact of "big data" in industry, and prepares them for careers in various sectors, including food, pharmaceuticals, and healthcare. Through a combination of taught modules, optional specializations, and a research project, the program fosters critical thinking, problem-solving skills, and industry readiness.

Program Outline


Degree Overview:

The Formulation Engineering Masters/MSc/PGDip program at the University of Birmingham focuses on the development and manufacture of formulated products, where function derives from microstructure or nanostructure.

  • To prepare graduates for careers in industry or academia, capitalizing on the growing global demand for formulation and process engineers.

Description:

The program delves into the principles underlying the design, development, and efficient and sustainable manufacture of formulated products, drawing examples from multiple sectors of the industry. These products include formulated foods, fast-moving consumer goods, medical devices, and pharmaceuticals. The program offers themed optional modules that allow students to specialize in areas of formulation engineering that interest them, such as the production and formulation of pharmaceuticals, generation of bioproducts, clean energy, and the business surrounding chemical and process engineering.


Outline:

The MSc program is a one-year full-time course or can be taken part-time over two or more years. Taught modules are delivered in semesters 1 and 2.


Structure:

  • Introductory Module (10 credits): Process Engineering Fundamentals (for students without a chemical engineering background).
  • Core Modules (80 credits):
  • Industry 4.0 and Big Data (20 credits)
  • Measurement, Sensors and Design of Experiments (20 credits)
  • Non Ideal Materials (20 credits)
  • Research Project (MSc only) (60 credits)
  • Optional Modules (20-30 credits): Students select between 2-3 of the following modules:
  • Food Plant and Process (20 credits)
  • Food Structure for Performance (10 credits)
  • Future Engineering of Food (10 credits)
  • Optional Modules (120 credits): Students choose from a wide range of optional modules to reach a total of 120 taught credits.
  • Examples include:
  • Introduction to Electrochemistry (10 credits)
  • Advanced Electrochemical Applications (10 credits)
  • Bioscience for Graduates from Other Scientific Disciplines (10 credits)
  • Bioseparations (20 credits)
  • Cell Factories (20 credits)
  • Chemical Contamination of Food and Water (10 credits)
  • Chemical NanoEngineering (10 credits)
  • Design and Development of Drug Delivery Systems (10 credits)
  • Explosion Science, Prevention and Protection (10 credits)
  • From Bench to Market: the Development of Pharmaceutical Drug Products (10 credits)
  • LM Additive manufacturing and 3D printing for healthcare applications (10 credits)
  • LM Advanced Biomaterials for Healthcare Technologies (10 credits)
  • LM Advanced Therapeutic Medicine Products (10 credits)
  • LM Applied Synthetic Biology (10 credits)
  • LM Business and Strategy Development (10 credits)
  • LM Energy Storage (10 credits)
  • LM Energy Systems Design (10 credits)
  • LM Energy Systems Modelling (10 credits)
  • LM Energy Systems and Policy (10 credits)
  • LM Food Chain Security (10 credits)
  • LM Frontiers in Tissue Engineering (10 credits)
  • LM Fuel Cell Technologies (10 credits)
  • LM Medical Devices (10 credits)
  • LM Power Generation and Carbon Abatement (10 credits)
  • LM Project Management (Business Strategy Delivery) (10 credits)
  • LM Renewable Energy Systems (10 credits)
  • LM Sensor systems in medicine (10 credits)
  • Sustainability in the Food Industry (10 credits)
  • Techniques for Fuel Cell Characterisation (10 credits)

Course Schedule:

  • Semester 1: Introductory module, core modules, and optional modules.
  • Semester 2: Core modules and optional modules.
  • Industry 4.0 and Big Data: Explores the impact of "big data" and "industry 4.0" on chemical engineering, particularly in the context of formulated products.
  • Measurement, Sensors and Design of Experiments: Covers techniques for measuring and characterizing formulated products, including experimental design principles.
  • Non Ideal Materials: Focuses on the properties of colloidal and other non-ideal systems commonly found in formulated products, with emphasis on processing and characterization.
  • Research Project (MSc only): Allows students to undertake independent research in formulated product design, development, or manufacture under the guidance of world-leading research teams.
  • Food Plant and Process: Examines the principles and practices of food processing, including plant design and operation.
  • Future Engineering of Food: Discusses emerging technologies and trends in food engineering, including sustainability and consumer preferences.
  • Advanced Electrochemical Applications: Explores advanced applications of electrochemistry in various fields, such as energy storage and fuel cells.
  • Bioscience for Graduates from Other Scientific Disciplines: Introduces key concepts in bioscience for students from non-biological backgrounds.
  • Bioseparations: Covers techniques for separating and purifying biomolecules and cells.
  • Cell Factories: Examines the use of microorganisms and cell cultures for the production of valuable products.
  • Chemical Contamination of Food and Water: Discusses the sources, effects, and control of chemical contaminants in food and water.
  • Chemical NanoEngineering: Explores the application of nanotechnology in chemical engineering, including the design and synthesis of nanomaterials.
  • Design and Development of Drug Delivery Systems: Covers the principles and techniques for designing and developing drug delivery systems.
  • Explosion Science, Prevention and Protection: Examines the science of explosions, including prevention and protection measures.
  • From Bench to Market: the Development of Pharmaceutical Drug Products: Discusses the process of developing pharmaceutical drug products from laboratory research to market launch.
  • LM Additive manufacturing and 3D printing for healthcare applications: Explores the use of additive manufacturing and 3D printing in healthcare applications.
  • LM Advanced Biomaterials for Healthcare Technologies: Covers the development and application of advanced biomaterials in healthcare technologies.
  • LM Advanced Therapeutic Medicine Products: Discusses the development and application of advanced therapeutic medicine products.
  • LM Applied Synthetic Biology: Explores the application of synthetic biology in various fields, including medicine and bioengineering.
  • LM Energy Storage: Covers the principles and technologies of energy storage, including batteries and fuel cells.
  • LM Energy Systems Design: Examines the design and optimization of energy systems.
  • LM Energy Systems Modelling: Introduces techniques for modeling and simulating energy systems.
  • LM Energy Systems and Policy: Discusses the policy implications of energy systems.
  • LM Food Chain Security: Explores the challenges and strategies for ensuring food chain security.
  • LM Frontiers in Tissue Engineering: Discusses the latest advancements in tissue engineering.
  • LM Fuel Cell Technologies: Covers the principles and technologies of fuel cells.
  • LM Medical Devices: Examines the design, development, and regulation of medical devices.
  • LM Power Generation and Carbon Abatement: Discusses technologies for power generation and carbon abatement.
  • LM Project Management (Business Strategy Delivery): Provides an introduction to project management principles and techniques.
  • LM Renewable Energy Systems: Covers the principles and technologies of renewable energy systems.
  • LM Sensor systems in medicine: Explores the use of sensor systems in medicine.
  • Sustainability in the Food Industry: Discusses sustainability issues in the food industry and potential solutions.

Assessment:

Modules are assessed through a combination of written exams and coursework, including written essays, reports, and presentations. Some modules may involve group work to develop and discuss ideas. The MSc research project is assessed in part by the submission of a dissertation.


Teaching:

Teaching is led by world-leading researchers in formulation engineering. The program encourages inquiry-based learning and problem-solving, enabling graduates to think critically and make complex decisions in their future careers or studies.


Careers:

Graduates of the Formulation Engineering Masters/MSc/PGDip program are well-prepared for careers in industry or academia. The program provides a professional basis for a career in a variety of industries, including:

  • Food
  • Pharmaceuticals
  • Biotechnological
  • Fast-moving consumer goods
  • Speciality products
  • Energy
  • The program is aligned with the research strengths of the school, ensuring students learn about cutting-edge developments in their chosen areas of interest.
  • The University of Birmingham Careers Network offers a range of events and support services to help graduates maximize their employability.
  • The program is a chance to learn from world leaders in their fields, guaranteeing a first-class learning experience and a qualification that is respected worldwide.

Tuition fees for UK students 2024/25 MSc: Full-time £11,340. MSc: Full-time £29,340. Are you an international applicant? All international applicants to this course will be required to pay a non-refundable deposit of £2,000 on receipt of an offer, to secure their place. Find out more about the deposit >>. Postgraduate Loans (PGL) for Masters students UK and EU students (with settled or pre-settled status) looking to pursue a Masters programme in the UK can apply for a non-means-tested loan from the British government via the Student Loans Company (SLC). The loan will be paid directly to you, into a UK bank account. It is intended to provide a contribution towards the costs of Masters study and whether the loan is used towards fees, maintenance or other costs is at your own discretion. Scholarships

SHOW MORE
About University
PhD
Masters
Bachelors
Diploma
Foundation
Courses

University of Birmingham Summary


Overview:

The University of Birmingham is a leading global university with a strong focus on research and innovation. It is committed to developing solutions for a thriving planet and improving the health of people around the world.


Services Offered:


Student Life and Campus Experience:

The University of Birmingham offers a welcoming environment for students, with opportunities to settle in, make new friends, discover the city of Birmingham, and prepare for their studies. The university also has a vision for its campus development in the next 20 years, aiming to enhance and refine the global campuses.


Key Reasons to Study There:

    Global Impact:

    The university's research is focused on addressing major global issues, such as climate change and global health.

    Multidisciplinary Collaboration:

    The university encourages collaboration across disciplines to drive innovation and find solutions to complex problems.

    Pioneering Breakthroughs:

    The university is known for its pioneering research and breakthroughs in various fields.

Academic Programs:


Other:

The university has five research challenge themes that guide its focus and draw on its vast expertise and resources. These themes showcase the university's pioneering breakthroughs, multidisciplinary collaboration, and significant global impact.

Total programs
960
Average ranking globally
#492
Average ranking in the country
#44
Admission Requirements

Entry Requirements:

  • Home Students (UK): A 2:1 Honours degree in a relevant subject (e.g., Chemical Engineering or Chemistry with sufficient Mathematics).
  • International Students: A 2:1 Honours degree in a relevant subject (e.g., Chemical Engineering or Chemistry with sufficient Mathematics).
  • Specific requirements vary by country of origin.

Language Proficiency Requirements:

  • For students whose first language is not English:
  • IELTS: 6.0 overall with no less than 5.5 in any band
  • TOEFL: 80 overall with no less than 19 in Reading, 19 in Listening, 21 in Speaking and 19 in Writing
  • Pearson Test of English (PTE) including online: Academic 64 with no less than 59 in all four skills
  • Cambridge English (exams taken from 2015): Advanced – minimum overall score of 169, with no less than 162 in any component
Location
How can I help you today?