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Masters in Chemistry

Last Updated on February 2, 2021 by

Find what you need: Masters in Chemistry and also relevant information like PhD in Chemistry, Bachelors in Chemistry, Masters in Chemistry online and Masters in Chemistry etc. You can also get specific information on Masters in Chemistry in specific universities available on Collegelearners website. A chemistry degree studies the matter and the mechanisms by which the matter undergoes transformation. People who are majors in chemistry receive a strong foundation in laboratory work, an understanding of higher mathematics, and a rigorous interdisciplinary science education. If you’re sharp with numbers, fascinated by the chemical elements that make up the world around you, and you’re not afraid of challenging course requirements.

Masters degrees in Chemistry provide advanced postgraduate training in different branches of the Chemical Sciences. Some programmes are general degrees. Others allow you to specialise in areas such as Analytical Chemistry, Biomolecular Chemistry or Industrial Chemistry.

These courses are often taught MSc degrees, but opportunities also exist for you to spend longer on a research-focussed Masters such as an MRes or MPhil. Entry requirements will normally include an appropriate undergraduate degree in Chemistry or a related Science subject.

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Master’s Degree in Chemistry: Program Information and Requirements

Students who would like to secure an entry-level position in the chemistry field typically need a bachelor’s degree in chemistry. However, graduate programs open more doors for people who would like to do more advanced work in the field.

Essential Information

Chemists and materials scientists examine how various substances interact with each other for the purposes of improving and creating new products and processes. Students in these programs have the option of focusing their studies in a specific area, such as chemical biology, environmental chemistry, or molecular structure. This master’s degree lasts about 18 to 24 months long. A thesis is required for some programs and oral exams.


Master’s Degree Programs in Chemistry

Master of Science in Chemistry programs prepare students for a number of career options through coursework in physical chemistry, organic chemistry, biochemistry, or computational chemistry. Students learn how to apply the scientific method in order to solve complex problems through laboratory work and classroom training in theory. A student’s selected focus area will dictate relevant course topics, but commonly available courses include:

  • Instrumental analysis
  • Forensic science
  • Environmental chemistry
  • Quantitative analysis
  • Biochemistry

Employment Outlook and Salary Information

The U.S. Bureau of Labor Statistics (BLS) reported that chemists were expected to see an average job growth rate of 4% from 2018-2028 (www.bls.gov). This growth rate was due to outsourcing of R&D activities. The BLS revealed that chemists reported median annual wages of $76,890, as of May 2018.

Continuing Education

The BLS reports showed that employers were increasingly seeking chemists with a doctoral degree in chemistry. As a result, some students may want to pursue their Doctor of Philosophy in Chemistry to increase employment opportunities, expand on their current knowledge, or perform independent research. Students may be required to acquire teaching experience, complete written and oral examinations, and defend a thesis to complete the program.

Master’s degree programs in chemistry highlight methodologies, research and clinical work related to chemistry or an area of focus. Graduates may enter into teaching positions or work as chemists or material scientists.

How Can You Specialize a Master’s in Chemistry?

If you are in the process of entering a Chemistry graduate program, it is important that you know how to specialize a Master’s in Chemistry so that you tailor your education to prepare you for professional life. Chemistry is the study of matter and how chemicals react when they come into contact with substances. As broadly as the definition is, it is easy to understand that there are several different areas of specialization that you can choose from when you take an advanced terminal degree program. If you would like to become a specialist in chemistry rather than a generalist, here is a guide to concentrating your degree.

Distinguish Between the Various Areas of Concentration

The very first step to specializing your Master of Science in Chemistry degree is deciding which area of chemistry to concentrate your studies. There are several areas of study that will prepare you for different careers within the discipline. If you would prefer to conduct research, analyze findings and use your findings to solve a wide range of problems, you may want to specialize in analytical research chemistry. If you would prefer to integrate knowledge in physics and biology with your knowledge of chemistry, a degree concentrating on biophysics may be more appropriate.

Knowing what areas of study are available is important when you are career planning. Some of the other areas of specialization that are attracting grad students from all walks of life with a passion and talent for chemistry include:

  • Inorganic Chemistry Research: Research of properties and reaction of all elements
  • Materials and Nanoscience: Used to develop new electronic devices and materials
  • Organic Chemistry Research: Research of the properties of carbon-based elements
  • Physical Chemistry: Mechanical properties of materials, processes and matter
  • Theory and Computation: Development of new modeling methods for phenomena relating to the field

Choosing an Institution With a Respected Chemistry Faculty and Respected Programs

Now that you have a brief idea of available concentrations, the next step is to research graduate schools and evaluate their chemistry programs. Some schools with terminal programs have very respected Colleges of Chemistry with expansive options and resources for their chemistry majors, but others may channel resources and funding into other colleges and departments.

To be sure that you are attending the right school, you should check the grad school’s accreditation status to see if they have been accredited by a specialized body that accredits and oversees chemistry programs. One reputable accreditation agency for chemistry programs is the Royal Society of Chemistry. RSC-approved programs are required to have a breadth of knowledge, a depth of knowledge, and tools to help students develop practical skills. By checking the society’s database and searching for schools with accreditation, you can be sure the program is of the highest quality.

Once you choose a specialization and a program, the next step is preparing your application. An undergraduate degree, along with completion of a set of prerequisite courses, is typically required for graduate programs. It is also imperative that you complete the Graduate Record Exam to show that you are ready for the advanced studies required to earn a Master’s in Chemistry in your chose specialization.

Why choose Masters in Chemistry?

Do you like to understand how the world around us is constructed, right down to its tiniest constituents? This programme enables you to study a wide range of issues in depth. You can choose everything from producing new matter and materials, conducting tests, investigations and analyses, to modelling and simulating chemical processes and reactions. You can work experimentally, numerically or with theoretical problems.

A brief description of the programme

The Masters’ Programme in Chemistry enables you to choose an area of specialisation in most fields of chemistry.

Half of your time will be spent on your master’s thesis where you will be working in one of our research communities under the supervision of experienced researchers. Working with a research project for your thesis will train you to critically evaluate research literature, analyse data, often in conjunction with laboratory work, and plan and conduct independent work. You will also become experienced at writing reports and giving oral presentations.  The other half of your study time will mainly consist of course modules providing you with background knowledge to support your master’s thesis.

As a master’s student at the Department of Chemistry you get a ticket into one of Norway’s leading research communities in chemistry. Amongst other things, we host the Hylleraas Centre, a Centre of Excellence for research in Computational Chemistry. You will also have the opportunity to conduct your thesis in association with one of the many research institutes in the Oslo area, or at one of the private companies approved by the Department of Chemistry.

There are seven programme options within the programme, with different qualification requirements:

  • Analytical chemistry
  • Biomolecules and soft matter
  • Chemistry education and communication
  • Environmental chemistry and nuclear chemistry
  • Inorganic chemistry and materials chemistry
  • Organic chemistry
  • Theoretical and physical chemistry

Chemistry is the study of matter, its properties, composition and reactions. Our researchers in analytical chemistry develop new technologies and methods for measuring matter, whereas our organic chemists study the way in which small organic molecules can be produced. Some researchers want to understand how the environment functions and how we can best handle environmental challenges, others study biomolecules and their structure and function with the help of state-of-the-art equipment and advanced techniques. We also conduct research in inorganic chemistry and materials chemistry, which is a broad field including synthesis, characterisation and theoretical understanding of solid compounds. A basic aspect of chemistry research is understanding how a material behaves on atomic and molecular levels, how this behaviour determines the microscopic and macroscopic properties of the material, and how chemical reactions take place.  In addition, we are interested in the didactics of chemistry, including investigating teaching methods that encourage motivation and learning in chemistry.

Study environment

We know that happy students are more likely to succeed in their studies, so it is important to us that you enjoy student life. We organise introductory days with talks and presentations of the various possible Master’s projects. You will also receive practical information about the courses and you will be able to meet those who are responsible for the programme. Attendance at these introductory days is mandatory. When you start the programme, you will also have the opportunity to meet old and new students and members of staff, both in academic and social settings.

We encourage all students to get involved socially. As a student you will have access to pleasant student areas linked to the research areas, both for studying and social activities.

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