Chemical engineering is the study and application of chemical principles to industrial processes. Chemical engineering students build a strong foundation in mathematics, chemistry, and the fundamentals of engineering.

Pitt-Johnstown began offering a Chemical Engineering (ChE) bachelor's degree in 2015. The enrollment has grown incrementally, more than doubling in size since 2017.

Can biobased plastics be produced on a large scale? Can we convert CO2 into useful chemical products? How can you ensure that factories operate in a clean, safe, and efficient way? Chemical engineers work on the production of chemicals at an industrial scale. The Bachelor in Chemical Engineering at the University of Groningen will prepare you for this profession. You will learn to deal with chemical processes on a large scale, develop new chemical products, and design improved catalysts for the targeted reactions. At the same time, you will learn to evaluate and improve the safety and sustainability of chemical processes. Along the way, you will be also stimulated to develop your critical thinking skills and your problem-solving attitude.

The Bachelor of Science degree in Chemical Engineering at ESF is distinguished by a strong emphasis on engineering of chemical and biochemical processes. With a focus green and eco-friendly products and processes, we educate students for careers in the chemical, materials, and sustainable environment industries.

The growing needs of society increase the demand for qualified chemical engineers in the job market who can analyse the chemical products, to increase knowledge and form public opinion in the field of engineering. After completing these studies, you will be able to boast of such skills.

The study programme of Chemical Engineering (Environment and Energy) aims to train bachelors with interdisciplinary academic education that can serve as a basis for the further development of their intellectual capacity and scientific approach to the solution of complex problems arising in contemporary chemical engineering and the related engineering fields. The specialists are able to analyse and develop chemical and technological processes, to develop new products, and to choose the equipment in a comprehensive way, given technological and social, economic, and environmental aspects. The graduates shall be flexible and able to adapt to the fast changing chemical industry and to evaluate and choose solutions; on the basis of their theoretical knowledge and practical skills, they shall be able both to organise conventional technological processes and to make decisions that require new knowledge. They shall be motivated to continuously update their knowledge and practical skills. The objectives for the programme are that graduates of the department will obtain employment or attend graduate school, will advance in their chosen careers, and will be productive and fulfilled professionals throughout their careers.

The Faculty of Chemical Engineering enables students to study general chemical and chemical engineering disciplines that are applicable to a wide range of fields in science, chemical and biochemical technologies, and environmental protection issues.

Chemical engineering deals with the design and development of procedures to create products – products essential to sustaining modern life such as food and fuel. It is the application and combination of chemistry, biology, physics, and math to solve today's most pressing problems. Chemical engineers take raw materials and create everyday, usable products crucial to modern society.

The degree of Bachelor of Science in the field of Chemical Engineering is an Honours equivalent, professional Bachelors degree that extends over four years. Instruction is through lectures, tutorials and laboratory practicals. Extensive use is made of computers in well-equipped facilities.

Do you want to contribute to the transition to a circular economy? Then the unique new Maastricht bachelor's program in Circular Engineering is the perfect choice for you: the engineer of the future. The bachelor in Circular Engineering combines a rigid engineering foundation with in-depth knowledge and skills in one of three engineering concentrations while focusing on sustainability throughout the curriculum.

Ever wondered how chemistry powers innovation in industries like pharmaceuticals, biotechnology, and sustainable materials? RTU’s Chemistry and Chemical Technology bachelor-level program equips students with a strong foundation in chemistry and chemical engineering, hands-on experience in state-of-the-art laboratories, and practical industry internships.

Develop new treatments for burn victims using pharmaceutical nanofilm. Help amputees regain mobility with sensor-equipped prostheses that respond to nerve impulses. Bioengineering applies engineering tools and approaches to solving problems in biology and medicine. Pursuing your BS in Bioengineering at Mason Engineering offers the opportunity to experience the cutting edge of medical technology. This dynamic field capitalizes on rapid advances in high-tech bioinformatics, as well as unprecedented growth in biological science. Students can expect challenging coursework in physical and computational science as they pursue a bachelor's degree. After graduation, they're competitive for entry-level positions in the biomedical industry or admission to graduate school or medical school.

Chemistry students receive rigorous preparation for the pursuit of graduate studies in chemistry or careers as professional chemists. Each student is exposed to considerable biology, physics, and mathematics to prepare them for today’s technological marketplace, where interdisciplinary inquiry is essential. As a result, many chemistry majors complete the requirements for a minor in mathematics, biology, or physics as well.

Are you interested in waste recycling or in developing new active agents in the pharmaceutical industry? As a graduate of our Chemistry bachelor degree programme, you will be able to find groundbreaking solutions to problems facing society today.

Want to make a big impact? Start by thinking small—at the molecular level. As a chemistry student, you'll explore matter’s composition and use this knowledge to improve lives, from creating effective medicines to ensuring clean water and developing innovative, long-lasting materials.