MSc Advanced Chemical Engineering with Energy
This Advanced Chemical Engineering with Energy Masters programme focuses on advanced chemical engineering topics that inform the modern process engineering industry. Our three major research areas – energy, formulation engineering, and healthcare technology – guide the programme, with a focus on energy.
The school of Chemical Engineering at the University of Birmingham focuses on research in three areas, answering three major questions of global importance:
- Energy – How can we reshape energy supply and storage in a sustainable way?
- Formulation Engineering – How can we develop and produce formulated products such as food or pharmaceuticals with novel properties in a sustainable manner?
- Healthcare Technology – How can we maintain a healthy aging population?
This programme focuses on exploring the key aspects of chemical engineering that we can use to answer these three questions, with a focus on the production, distribution, storage and use of energy.
Core modules will give you an advanced understanding of advanced chemical engineering principles and concepts relevant to multiple application areas. The wide range of optional modules will allow you to develop expertise in specialist areas, with a focus on energy.
The research project (MSc only) will allow you to undertake independent research with world-leading research teams within the school. Our graduates are well prepared for a career in a variety of industries and have an opportunity to capitalise on the growing global demand for chemical engineers in many sectors, including energy.
Why study Advanced Chemical Engineering with Energy Masters at Birmingham?
- In this course we consider the important aspects of chemical engineering in the 21st century that address the issues of the design and development of key formulated products and systems that will allow clean supply and use of energy, increase process efficiency, and enable healthy lifestyles. Such products include fuel cells, formulated foods, medical devices and pharmaceuticals
- Our themed optional modules enable you to specialise in areas of chemical and process engineering that interest you; from clean energy including hydrogen fuel cells and thermal energy storage, the production and formulation of pharmaceuticals, formulation of structured food products, generation of bioproducts, and the business surrounding chemical and process engineering.
- Teaching is led by our world-leading research in chemical engineering, and during the research project students work within research groups on an original research project.
- Explore important aspects of modern chemical engineering, addressing the design and development of energy systems, key formulated products, pharmaceuticals, and healthcare technologies.
- Specialise in areas that interest you, from efficient energy systems, to the formulation of structured food products and the development of healthcare technologies, to the business surrounding chemical and process engineering.
- Benefit from our collaborations with world-class industry partners, and international, leading-edge engineering and science departments.
This Advanced Chemical Engineering with Energy Masters programme focuses on advanced chemical engineering topics that inform the modern process engineering industry. Our three major research areas – energy, formulation engineering, and healthcare technology – guide the programme, with a focus on energy.
The school of Chemical Engineering at the University of Birmingham focuses on research in three areas, answering three major questions of global importance:
- Energy – How can we reshape energy supply and storage in a sustainable way?
- Formulation Engineering – How can we develop and produce formulated products such as food or pharmaceuticals with novel properties in a sustainable manner?
- Healthcare Technology – How can we maintain a healthy aging population?
This programme focuses on exploring the key aspects of chemical engineering that we can use to answer these three questions, with a focus on the production, distribution, storage and use of energy.
Core modules will give you an advanced understanding of advanced chemical engineering principles and concepts relevant to multiple application areas. The wide range of optional modules will allow you to develop expertise in specialist areas, with a focus on energy.
The research project (MSc only) will allow you to undertake independent research with world-leading research teams within the school. Our graduates are well prepared for a career in a variety of industries and have an opportunity to capitalise on the growing global demand for chemical engineers in many sectors, including energy.
Why study Advanced Chemical Engineering with Energy Masters at Birmingham?
- In this course we consider the important aspects of chemical engineering in the 21st century that address the issues of the design and development of key formulated products and systems that will allow clean supply and use of energy, increase process efficiency, and enable healthy lifestyles. Such products include fuel cells, formulated foods, medical devices and pharmaceuticals
- Our themed optional modules enable you to specialise in areas of chemical and process engineering that interest you; from clean energy including hydrogen fuel cells and thermal energy storage, the production and formulation of pharmaceuticals, formulation of structured food products, generation of bioproducts, and the business surrounding chemical and process engineering.
- Teaching is led by our world-leading research in chemical engineering, and during the research project students work within research groups on an original research project.
- Explore important aspects of modern chemical engineering, addressing the design and development of energy systems, key formulated products, pharmaceuticals, and healthcare technologies.
- Specialise in areas that interest you, from efficient energy systems, to the formulation of structured food products and the development of healthcare technologies, to the business surrounding chemical and process engineering.
- Benefit from our collaborations with world-class industry partners, and international, leading-edge engineering and science departments.
