Chemistry and Chemical Engineering

The Bachelor's degree in Chemistry and Chemical Engineering at the Swiss Federal Institute of Technology in Lausanne offers students a comprehensive education in the fundamental and applied sciences related to chemistry and chemical engineering. This program is designed to provide a solid foundation in chemical principles, experimental techniques, and engineering processes, preparing graduates for diverse careers in industries such as pharmaceuticals, materials science, energy, environmental protection, and manufacturing.

Throughout the program, students engage in rigorous coursework covering organic, inorganic, physical, and analytical chemistry, complemented by essential engineering disciplines like thermodynamics, fluid mechanics, and process design. The curriculum emphasizes hands-on laboratory experience, fostering practical skills and a strong understanding of laboratory safety, instrumentation, and research methodologies. Additionally, the program integrates modern computational tools and techniques, enabling students to analyze complex chemical systems and optimize chemical processes.

The interdisciplinary nature of the program promotes critical thinking, problem-solving, and innovative approaches to current scientific and technological challenges. Students have opportunities to participate in research projects, internships, and collaborative industry-oriented projects, providing valuable real-world experience and networking opportunities. The program is delivered by expert faculty members actively involved in cutting-edge research, ensuring that students are exposed to the latest developments in the field.

Graduates of the program are well-equipped for careers in research and development, process engineering, quality control, safety management, or further academic pursuits in master's and doctoral studies. The university’s strong industry connections and international orientation help students to develop a global perspective on chemical sciences and engineering, fostering adaptability and lifelong learning.

Overall, the Bachelor's in Chemistry and Chemical Engineering at EPFL combines theoretical knowledge with practical application, encouraging innovation and scientific excellence. It aims to develop highly skilled professionals capable of contributing to sustainable development, technological advancement, and societal well-being through their expertise in chemistry and chemical engineering disciplines.

Core courses

• Advanced electroanalytical chemistry (II session)
• Advanced electroanalytical chemistry I 
• Basic and advanced NMR - Level 1 (a)  
• Basic and advanced NMR - Level 1 (b) 
• Basic and advanced NMR - Level 2
• Basic principles of drug action at the cardiovascular system 
• Basic principles of drug action at the nervous system 
• Biomimetic membrane systems and their applications 
• Chemosensory receptors: Applications for biosensors and medical therapies  
• Computational methods in materials chemistry 
• Computation of molecular properties  
• Current Topics in Chemical Biology 1  
• Current Topics in Chemical Biology 2  
• Density functional theory for chemistry students
• Efficient Synthetic Routes Towards Bioactive Molecules  
• Electrochemical Thermodynamics and Kinetics of Metals and Semiconductors for Energy Conversion  
• Frontiers in Chemical Synthesis. Towards Sustainable Chemistry
• Frontiers in Organic Synthesis. Part III Stereochemistry
• Frontiers in Organic Synthesis. Part II Synthesis of carbo- and hetero-cycles  
• Gene transfer and recombinant protein expression in animal cells 
• High pressure in chemical kinetics and equilibria 
• Information literacy for chemists
• Inorganic chemistry "Applications and spin-offs" 
• Inorganic chemistry "Fundamentals and properties"  
• Inorganic chemistry "Techniques and methods" 
• Leading research in Chemical Engineering (a) 
• Leading research in Chemical Engineering (b) 
• Mass spectrometry, principles and applications 
• Perspectives in Modern Organic Chemistry (OCS) A 
• Perspectives in Modern Organic Chemistry (OCS) B 
• Perspectives on photonics: from materials to devices  
• Principles and Applications of X-ray Diffraction 
• Recent Events in Energy-1 
• Recent Events in Energy-2  
• Scientific Writing (EDCH)  
• Seminars in Physical Chemistry (1)
• Seminars in Physical Chemistry (2)
• Surface and thin films processes  
• Synergism between Art of Total Synthesis and High Level Strategic Design (MOM)  
• Solar photovoltaics and energy systems 

At the time of enrollment in the doctoral program, a student must have Master's degree (or exceptionally a 4- or 5-year Bachelor's degree) + min. 6 months of research. Candidates are invited to submit their applications prior to January 15, April 30th or September 15th.
Please complete and submit the online registration form completed by  three letters of reference (uploaded by your referees online) and your academic papers before the deadline. Each candidate is evaluated individually. Our program strongly recommend an English TOEFL (or similar).

Financing studies for the Chemistry and Chemical Engineering program at EPFL can be pursued through various funding options available to both international and Swiss students. The university offers a range of scholarships, grants, and financial aid programs designed to support students throughout their degree courses. International students are encouraged to apply for EPFL Excellence Fellowships, which are highly competitive and aim to attract top-tier candidates. These fellowships typically cover tuition fees partially or in full and provide a living allowance to assist with daily expenses. Additionally, students may benefit from government-sponsored scholarships, such as the Swiss government Excellence Scholarships, which support outstanding international students pursuing postgraduate studies in Switzerland. Swiss students can access federal and cantonal financial aid schemes, including loans and grants, often based on merit and financial need.

Part-time work opportunities are available on or near the campus, allowing students to supplement their income during their studies. EPFL also provides guidance and counseling on external scholarship options from various foundations, private entities, and international organizations. Graduate students involved in thesis research may have opportunities for teaching assistantships, which include a stipend and fee waivers, helping cover coursework and living expenses. Furthermore, students are advised to explore funding possibilities through their home institutions or national agencies if they are sponsored or part-funded by their governments. It is recommended that prospective students contact the EPFL Financial Aid Office or visit the official university website for detailed and current information on available financial support and application procedures, as the funding landscape may vary annually.

The Bachelor in Chemistry at the Swiss Federal Institute of Technology in Lausanne (EPFL) provides students with a comprehensive foundation in the fundamental principles of chemistry, including organic, inorganic, physical, and analytical chemistry. The program aims to develop not only a deep understanding of chemical concepts but also practical laboratory skills, critical thinking, and problem-solving abilities essential for careers in industry, research, or academia. The curriculum is designed to be rigorous and interdisciplinary, integrating theoretical coursework with hands-on laboratory experiments, computational chemistry, and modern instrumentation techniques.

Students engaged in this bachelor program have opportunities to participate in research projects and internships, which enhance their practical experience and prepare them for advanced studies or immediate employment. The program emphasizes innovation, sustainable development, and chemistry’s role in addressing global challenges such as environmental protection, renewable energy, and health. EPFL offers state-of-the-art laboratories and research facilities, fostering an environment conducive to scientific innovation and collaboration with industry partners.

Throughout the program, students are encouraged to develop critical scientific communication skills, both written and oral, enabling them to effectively share their findings and ideas. The university’s close ties with industry and research institutions provide students with valuable networking opportunities. The duration of the bachelor’s program is typically three years, involving coursework, laboratory work, and a final project or thesis.

Upon completing their bachelor’s degree, students can choose to pursue master's studies in various specializations such as inorganic chemistry, organic chemistry, materials science, or chemical engineering at EPFL or other reputable institutions. Graduates are well-prepared for careers in sectors including pharmaceuticals, petrochemicals, environmental sciences, and advanced materials. The program is designed to foster life-long learning skills, adaptability, and an innovative mindset, positioning graduates to make significant contributions to scientific and technological advancements.