Build your future with Johns Hopkins University's MS in Biophysical Chemistry and Design for Biotechnology. Develop expertise in therapeutic antibodies and proteins, mRNA therapies and vaccines, building skills in wet-lab instrumentation and analysis along with computer-based analysis and physics- and AI-based design. Learn on campus from renowned faculty delivering cutting-edge courses and labs.

The Master's Degree Programme in Exact Sciences: Materials Chemistry teaches you to understand, discover, create and develop new materials that improve quality of life!

Get a degree that's recognised worldwide and contribute to knowledge in your field. A Master of Science (MSc) will develop your technical, laboratory and academic writing skills to prepare you for a career in science. The Master of Science by Coursework and Thesis - MSc will take you between two and two and half years of full-time study or up to four years part-time. In the first year of your MSc, you'll take several courses related to your specialist subject area.

The M.Sc. in Chemistry program offers a Thesis (research) track and requires two years of full-time study. Outstanding students may join the combined M.Sc.-Ph.D. track during the 2nd year of their M.Sc. studies. Research in the Department of Chemistry encompasses a large spectrum of chemical disciplines, from the traditional areas of Organic, Inorganic, Bio, and Physical Chemistry to the cutting-edge fields of Nanoscience, Material, Systems, and Computational/Theoretical Chemistry.

The goal of this program is to give an advanced level knowledge in the major fields of analytical, inorganic, organic and physical chemistry. The program involves obligatory lectures and laboratory practices in all four fields. (Semi)elective courses offer the opportunity of tuning the program content according to interest.

An increasing number of chemicals is used by society today, which are also released into the environment. Environmental Pollution Management (Ecotoxicology) is concerned with their potential impacts on the ecosystem. It aims to investigate and discover the effects of chemicals on biological systems in order to develop methods for risk management, as well as to predict ecological consequences.

Are you interested in an international career in the field of nanoscience and nanotechnology, both at the fundamental level and in the design and creation of components at the nanoscale? Then the MSc in Nanotechnology: Fabrication Technology for Nanosystemsy for Nanosystems in Nanotechnology might be just what you are looking for. By immersing yourself in existing and experimental techniques for modelling and fabricating micro and nano devices, you will graduate with a wealth of skills and know-how in a dynamic and cutting-edge field.

With a Master's in Chemistry, when paired with concentrations in research and business, graduates are primed for advanced research roles in sectors like pharmaceuticals, petrochemicals, and materials science. This rigorous academic foundation not only facilitates breakthroughs in the lab but also positions individuals to adeptly handle the business aspects of the chemical and pharmaceutical industries.

Can spent nuclear fuel be safely contained in bedrock? How does chemistry benefit bioeconomy? In the Master's Programme in Chemistry and Molecular Sciences, you learn experimental research methods in many fields of chemistry, like analytical and synthetic chemistry, radiochemistry, molecular research, and spectroscopy. The studies provide you with an excellent basis for expertise and prepare you to meet local and global challenges.

Excellence in Analytical Chemistry (EACH) is an international two-year Erasmus Mundus Joint Master Degree programme that gives students a unique opportunity to study at two outstanding European universities.

Aarhus University’s MSc in Medicinal Chemistry builds on a strong chemical foundation. It is a flexible study programme that can be tailored to the specific interests of the individual student while aligning with the interests of industry, research institutions, and the public sector. While the programme is customisable, there is an emphasis on the medicinal aspects of chemistry such as organic synthesis, chemical biology, drug delivery, biophysical chemistry and biomolecular structure and function.

Master’s Degree in Chemistry is, essentially, a passage between the Bachelor’s degree, based mainly on the rigorous curriculum of introductory (theoretical and practical) courses, and the Doctoral studies, based mostly on independent research. As such, this program introduces for the first time the methods and techniques of scientific research in a particular area of Chemistry via undertaking a novel research project under the supervision of a faculty member from the Institute of Chemistry.

In the MSc in Nanoscience, you will work together with world-class scientists: top researchers from the Zernike Institute for Advanced Materials provide education in the courses. Top researchers also provide supervision in four individual projects, in different research groups. Also, our program is the home of the 2016 Nobel Prize Winner in Chemistry, Ben Feringa, and the Nobel Prize winner in Physics, Frits Zernike; Spinoza Prize Winner Bart van Wees teaches in several of the given core courses. The MSc in Nanoscience is built upon the research cycle: ranging from design to synthesis, and device building, characterization, and research, to the theoretical foundation and improved design. It is a selective Master's degree: that assures you are studying as a cohort in a small but very motivated and talented group of (international) students. Our program is a 2-year full of partial scholarships for all admitted students. Also, we are among the top-3 of all Master's degree programs in the Netherlands 5 years in a row (Dutch Higher Education Guide 2019).

Launched in April 2020, the pro­fes­sio­nal Mas­ters pro­gram M.Sc. Sustainable Chemistry pro­vi­des ex­pert in­ter­di­sci­pli­na­ry trai­ning in sustainable che­mis­try. Our uni­que cur­ri­cu­lum teaches – from the mole­cu­lar le­vel to glo­bal pro­duct flows, sustaina­bi­li­ty as­sess­ment and al­ter­na­ti­ve busi­ness mo­dels for che­mi­cal pro­ducts – how to un­der­stand and ap­p­ly chemistry in the context of sustainability.

Today the chemical industry must adapt to cope with the increasing scarcity of resources, the new regulations, and the social, ecological, and political pressure. By combining the different disciplines of Green chemistry, Catalysis, (Bio)Processes, and Formulation, this master aims to provide the essential tools to develop clean and safe processes involved in the newly emerging fields of agribusiness.