The physical sciences, as a branch of natural science, focuses primarily on the study of non-living systems. However, just as these areas of study are broad, the physical sciences intersect with a wide range of career opportunities, which can be found in the private sector, in education and academia, and in all levels of government.

The contemporary study of the physical universe encompasses systems ranging from the microscopic — atoms, nuclei, and elementary particles, to the very large — planets, stars, and galaxies, and the Wellesley Physics department introduces students to the study of all that falls along that spectrum. Since physics covers such a broad band, students of physics develop concrete and transferable skills that can be applied in a number of different settings — academia, industry, research, government, nonprofits, and more.

Geoscience is the study of earth and all of its systems, and geoscientists investigate these interactions using transdisciplinary approaches to address questions related to how the Earth formed, how it evolved over geologic time, and how its continued evolution affects the environment in which we live. With geoscience being such a broad major of the study of the earth, there are many areas in which one could specialize and use to pursue career opportunities.

What is astronomy? In the most basic definition, astronomy is the study of the sun, moon, stars, planets, comets, gas, galaxies, gas, dust and other non-Earthly bodies and phenomena. As you think about careers in astronomy or astrophysics, the profession is a relatively small community compared to other science career fields.

There are many career options for environmental studies majors/minors. Career paths will differ depending on whether one wants to focus on law and policy making, on teaching and communication, on more advanced research, or another intersection of environmental studies and another discipline.

If you are interested in using your technical knowledge, creativity, problem-solving, and critical thinking skills in your career of choice, exploring opportunities in technology, and software engineering-related industries and sectors may be of interest to you. These industry areas are growing and innovating rapidly – opportunities that are unheard of today may be top options in a few years. Broadly speaking, employment in computer and information technology occupations is projected to grow 15 percent from 2021 to 2031.

Computer science at Wellesley encompasses the broad application and theory of ideas relating to hardware and software. As an outcome, those studying computer science should leave with a broad understanding of how computing and technology applications work so that they can build computer applications of the future. Since technology is present in any and all industries and disciplines, the application of technical knowledge can be found in numerous career opportunities.

Participating in research experiences as an undergraduate is an excellent way to add depth to your science understanding and actively engage with what you are learning in the classroom. By doing so, you further develop your laboratory, analytical, and problem-solving skills, and you start to build your network with faculty members. Research experiences are valuable components to your resume, and they can make you more competitive for both graduate school and industry opportunities.

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