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Understand Life Through Chemistry

Does it interest you to learn how things interact with each other? Are you curious and like to solve problems? If you are, you might enjoy exploring all the different particles of chemistry in ÃÜÌÒÊÓÆµ’s BS in Chemistry program.

Chemistry is called the central science because it is the link between all the physical sciences. It’s used by biologists, doctors, nurses, pharmacists, environmental engineers, geoscientists, and food scientists.

A BS in Chemistry from ÃÜÌÒÊÓÆµ provides a strong foundation for a successful career in industry, government, or academia. Within six months of graduation, our students have found employment in their field or have been accepted into Doctoral programs in chemistry or related research areas.

Why Major in Chemistry at ÃÜÌÒÊÓÆµ?

ÃÜÌÒÊÓÆµ's caring and talented professors, small classes, and up-to-date labs create an environment where you can reach your highest potential.

Through your chemistry classes at ÃÜÌÒÊÓÆµ, you’ll learn:

  • How and why things work the way they do
  • How to decompose material
  • How to develop an understanding of matter and energy and their interactions
  • How to synthesize materials and understand how they work
  • How to analyze materials and data

Your BS in Chemistry will prepare you for a job after graduation. Or, you’ll have the strong foundation you need to continue your education and enter medical, pharmacy, or law school.

You can also choose from specializations in biochemistry, pre-pharmacy, pre-medicine, environmental, medicinal, or an applied field. 

You'll gain:

  • Analytical & problem-solving skills
  • Quantitative reasoning skills
  • Research experience
  • Teamwork and leadership skills
  • Confidence in math and science
  • Professional training
  • Lab and instrumentation experience

Imagine Your Future

A degree in Chemistry provides one with a wide array of career opportunities in industry, healthcare, government, and academia. It also prepares you to pursue an advanced degree in a Master's or Doctoral program. Entry-level chemistry jobs include lab technicians or research assistants in pharmaceuticals, biotechnology, chemical manufacturing, food and beverage, energy, and materials science. In these roles, one applies analytical techniques, data interpretation, and safe lab practices to support product development, regulatory compliance, and process optimization.

Other opportunities include environmental testing, forensic science, medical testing, chemical sales, and chemical tech support. Many graduates use a bachelor’s degree in chemistry as a foundation for advanced study or professional training, including graduate degrees in chemistry, biochemistry, chemical engineering, and related fields. Others pursue professional degrees in medicine, pharmacy, patent law, and higher education.

Overall, a chemistry degree provides strong analytical, problem-solving, and quantitative skills that are desirable and transferable to many career opportunities throughout your professional life.

 

Industries Looking for You

The most common positions for BS Chemistry graduates in 2024 from th include:

  • Chemist jobs starting at $53-60 K
  • Chemical Technician jobs starting at $58 K
  • Forensic Science Technician jobs starting at $45-55 K
  • Environmental Scientists jobs starting at $50-60 K
  • Lab Research Assistant jobs starting at $45-55 K
  • Materials scientists' jobs starting at $55-60 K
  • Environmental Protection jobs starting at $50-55 K
  • High school science teacher jobs starting at $45-60K

Classes and Requirements

Our BS program offers a rigorous, thorough exploration of chemistry through classroom instruction, laboratory work, and faculty-led research projects. It has been recognized and certified by the American Chemical Society for over 50 years.

Whether you decide to specialize in a complementary area or complete a traditional degree, you’ll have fundamental and advanced courses in: Analytical Chemistry, Biochemistry, Inorganic Chemistry, Organic Chemistry, and Physical Chemistry, along with advanced laboratory classes and specialized topics in these fields.

Additionally, students are encouraged to seek undergraduate research experiences at ÃÜÌÒÊÓÆµ and research or internships at other universities and industry locations.

Students can tailor their Chemistry degree with specializations in biochemistry, pre-pharmacy, pre-medicine, environmental, medicinal, or an applied field. Students can also prepare to teach high school chemistry with a secondary science education certificate.

Full Academic Catalog Listing

The course catalog is the official reference for all our degree and course offerings. Check it out for a full listing of the classes available and requirements for this degree.

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Biochemistry Specialization

A biochemist studies the chemical processes that occur within living organisms, applying principles of chemistry and biology to understand cellular function, disease mechanisms, and biological systems. Career opportunities for biochemists are broad and span biotechnology, pharmaceutical development, healthcare, agriculture, government, and academic research.

In industry, biochemists commonly work as research scientists in biotechnology and pharmaceutical companies. Their roles include designing and conducting experiments, analyzing proteins, enzymes, nucleic acids, and metabolites, and contributing to the development of diagnostics, therapeutics, and vaccines. Biochemists may also work in quality control or quality assurance, ensuring that biological products meet regulatory and safety standards. In the agricultural and food industries, biochemists support crop improvement, food safety testing, and the development of bio-based products.

Government agencies such as the National Institutes of Health (NIH), Centers for Disease Control and Prevention (CDC), and U.S. Department of Agriculture (USDA) employ biochemists in public health, forensic analysis, and regulatory science roles. In academia, biochemists conduct fundamental research, publish scientific findings, teach undergraduate and graduate courses, and mentor students.

:

  • Entry-level with BS degree: $50-65 K
  • Experienced or MS degree: $70-90 K
  • PhD: >$100 K

Overall, biochemistry offers strong career prospects driven by advances in biotechnology, medicine, and life sciences research.

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Pre-Medical Specialization

A chemistry pre-med student pursues a rigorous academic path that integrates foundational chemical sciences with the coursework and experiential preparation required for medical school admission. This pathway is well-suited for students interested in understanding disease and therapeutics at the molecular level while maintaining flexibility for alternative careers in science or health care.

Core chemistry coursework typically includes general chemistry, organic chemistry, analytical chemistry, physical chemistry, and biochemistry, all with associated laboratory components. In addition, pre-med requirements usually include introductory biology, genetics or cell biology, general physics, calculus, and statistics. Many students also complete coursework in psychology and sociology to prepare for the Medical College Admission Test (MCAT). Upper-level electives such as medicinal chemistry, toxicology, or chemical biology can further strengthen a student’s scientific background.

Beyond academics, chemistry pre-med students are expected to engage in clinical experiences such as hospital volunteering, shadowing physicians, or working as medical scribes or EMTs. Research experience is highly valued, as it demonstrates analytical thinking, problem-solving, and familiarity with scientific inquiry. Leadership roles, community service, and sustained extracurricular involvement also play an important role in building a competitive application.

The path to medical school typically involves four years of undergraduate study, followed by taking the MCAT, applying through the AMCAS or AACOMAS systems, and completing interviews. Successful applicants then enter medical school, which consists of two years of classroom and laboratory instruction and two years of clinical rotations. A chemistry pre-med background provides strong preparation for the scientific demands of medical training and future clinical practice.

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Pre-pharmacy

If you're thinking about becoming a pharmacist or working in the pharmaceutical industry, the pre-pharmacy program in chemistry will prepare you for both career paths. After completing this program, you can:

  • Go to a School of Pharmacy and earn a PharmD degree
  • Go to graduate school and study pharmaceutical science or chemistry

Both careers are exciting and well-paid, with excellent future potential.

As a pre-pharmacy Chemistry major at ÃÜÌÒÊÓÆµ, you'll be part of a community that's had outstanding success in helping students get accepted into pharmacy school.

You're ready to tackle the math, science, and other pre-pharmacy courses you need to keep moving forward. Every step of the way, you'll have expert support from your advisor and from a community of caring faculty.

More than 90 percent of ÃÜÌÒÊÓÆµ's pre-pharmacy majors with a GPA over 3.0 went on to outstanding professional schools, such as:

  • Auburn University (AL)
  • Duquesne University
  • Lake Erie College of Osteopathic Medicine
  • Ohio State University
  • Shenandoah University (VA)
  • Temple University
  • University of Charleston (WV)
  • University of Pittsburgh
  • West Virginia University

ÃÜÌÒÊÓÆµ’s Formal Partnerships Benefit You

Our formal affiliation agreements with LECOM School of Pharmacy and Shenandoah School of Pharmacy are just two examples of ÃÜÌÒÊÓÆµ's partnerships that benefit your career goals. You know that you'll compete with many other ambitious students to get into a top graduate pharmacy program. If you apply as an ÃÜÌÒÊÓÆµ pre-pharmacy major to the graduate school at LECOM or Shenandoah University, our affiliation improves your chances of acceptance.

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Secondary Science Education Certificate

Change a few of your classes, and you can graduate with both your BS in Chemistry and your Secondary Science Education certificate. This gives you the option of sharing your love of chemistry with high school students or working as a practicing chemist.

To earn your Secondary Science Education certificate, most advanced math and chemistry courses are replaced with education courses. You will then be certified to teach chemistry in Pennsylvania.

Science teachers are in high demand nationwide. Adding this certificate to your degree gives you other options for your future.

Science teachers in grades 7 to 12 require a broad, solid foundation in their chosen discipline and in other sciences and mathematics. Courses in the foundations of education and in pedagogy (the art and science of teaching) will complement your subject-matter studies.

As a student on this path, you will create and present lessons, first in your courses and then in school classrooms, culminating in the student-teaching experience in your final semester.

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Environmental Specialization

An environmental chemist applies chemical principles to study the presence, movement, and transformation of chemicals in air, water, soil, and biological systems. Career opportunities for environmental chemists span government agencies, environmental consulting firms, private industry, non-profit organizations, and academic institutions. Their work supports environmental protection, regulatory compliance, and sustainability initiatives.

In government roles, environmental chemists are employed by agencies such as the Environmental Protection Agency (EPA), state environmental departments, and public health laboratories. Typical responsibilities include monitoring pollutants, analyzing environmental samples, assessing risks to human and ecological health, and supporting the development and enforcement of environmental regulations. In environmental consulting, chemists conduct site assessments, design remediation strategies for contaminated land or groundwater, and prepare technical reports for clients in construction, manufacturing, and energy sectors.

Private industry employs environmental chemists to ensure compliance with environmental laws, manage waste streams, and develop cleaner production processes. Increasingly, these roles also involve sustainability reporting, life-cycle analysis, and pollution prevention. In academia, environmental chemists conduct research on topics such as climate change, atmospheric chemistry, and emerging contaminants, while teaching and mentoring students.

education, and experience:

  • Entry-level with BS degree: $50-65 K
  • Experienced BS or MS degree: $70-90 K
  • Senior scientists, consultants, managers: >$100 K

Overall, environmental chemistry offers stable career prospects driven by ongoing environmental and public health challenges.

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Medicinal Specialization

A medicinal chemist is one who applies the principles of organic chemistry, biochemistry, and pharmacology to the discovery and development of new therapeutic drugs. Career opportunities exist in industry, government, and academia. Most students pursuing a career in medicinal chemistry continue to a PhD program for specialized training before entering the workforce.

Industrial medicinal chemists commonly work as research scientists focused on drug discovery. Their responsibilities include designing and synthesizing novel chemical compounds, optimizing lead molecules for potency and selectivity, and improving pharmacokinetic and safety profiles. They collaborate closely with biologists, pharmacologists, toxicologists, and computational chemists to advance drug candidates from early discovery through preclinical development. More senior roles may include project leadership, intellectual property strategy, or portfolio management.

Medicinal chemists employed in academia typically conduct fundamental research, teach undergraduate and graduate courses, and mentor students. Government roles—such as those within the National Institutes of Health (NIH) or the Food and Drug Administration (FDA)—may involve drug evaluation, regulatory science, or public health research.

are competitive due to the high level of specialization required. 

  • Entry-level positions (with PhD): $80-100 K
  • Current experienced medicinal chemists (10+ years): $110-140 K
  • Senior scientists, group leaders, directors: >$150 K

Overall, medicinal chemistry offers strong long-term career prospects driven by sustained demand for innovative drug therapies.

Applied Specialization

A Bachelor of Science in Chemistry, paired with an applied field such as business, law, or another scientific discipline, provides graduates with a versatile, marketable skill set. This combination allows students to leverage strong technical training in chemistry while gaining applied knowledge that broadens career opportunities beyond traditional laboratory roles.

Chemistry combined with business is particularly valuable in industries such as pharmaceuticals, materials, consumer products, and chemical manufacturing. Graduates may pursue roles in technical sales, product management, operations, supply chain analysis, or regulatory affairs. These positions require the ability to translate complex scientific information into business decisions.

Pairing chemistry with law often leads students toward careers in patent law, intellectual property, regulatory compliance, or environmental policy. While becoming a patent attorney requires a law degree, a chemistry background is highly sought after for a technical understanding of inventions. Chemistry paired with other sciences—such as biology, environmental science, computer science, or engineering—prepares graduates for interdisciplinary roles in biotechnology, data science, materials development, and environmental analysis. These graduates may work as laboratory scientists, process analysts, or research technicians.

and industry. A few examples:

  • Chemistry BS with business or economics: $55-70 K
  • Chemistry BS and law, regulatory background, or compliance: $60-70 K
  • Chemistry BS with computer science, engineering, biology: $50-$60 K

Overall, a BS in chemistry combined with an applied area enhances employability, expands career pathways, and provides flexibility for advancement into leadership, professional school, or specialized technical roles.

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Chemistry Minor

Looking for a way to make yourself more marketable? Consider adding a Chemistry Minor to your degree. When you add this minor, it shows that you have a stronger understanding of scientific knowledge, processes, and critical thinking. These skills impress employers.

A Chemistry Minor makes a nice addition to these majors:

  • Biology
  • Business
  • Environmental science
  • Geology
  • Health sciences
  • One of the social sciences
  • Pre-medical

You might already have three of the five required courses as part of the requirements for your major. If you add two extra courses, you'll be able to market your lab science skills after graduation.

Full Academic Catalog Listing

The course catalog is the official reference for all our degree and course offerings. Check it out for a full listing of the classes available and requirements for this minor.

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Chemistry Honors Certificate

Do you enjoy challenging yourself? Add the Honors Certificate in Chemistry and you'll take more advanced courses to complete your degree. You will also give a public presentation of your research.

By adding this certificate, you have the required courses for the guaranteed admission agreements ÃÜÌÒÊÓÆµ has with various PhD programs. (You must still meet the minimum GPAs for each school.)

Full Academic Catalog Listing

The course catalog is the official reference for all our degree and course offerings. Check it out for a full listing of the classes available and requirements for this certificate.

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Biochemistry Minor

What do the health care industry, parts of the chemical industry, homeland security, environmental testing, and genetic engineering have in common? They all rely on biochemists.

This minor is designed to provide a core background in biochemistry to complement a major in another area such as biology, chemistry, nutrition, or safety science.

Full Academic Catalog Listing

The course catalog is the official reference for all our degree and course offerings. Check it out for a full listing of the classes available and requirements for this degree.

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Student Groups

ÃÜÌÒÊÓÆµ encourages out-of-classroom experiences with other biochemistry and chemistry majors, allowing for teamwork and interaction that will add to your undergraduate experience. We are proud to offer several subject-specific groups where you can network with your peers.

American Chemical Society (ACS)

The American Chemical Society student affiliate is the professional organization for chemistry and biochemistry majors. They host professional meetings and hold tutoring sessions.

Alpha Chi Sigma (AXE)

Alpha Chi Sigma is a professional fraternity that encourages networking for connections after graduation. It holds professional advancement workshops for STEM majors. AXE graduates form the core of the alumni mentoring programs, such as Alumni Mentors Empowering Students (AMES).

American Medical Students Association (AMSA)

The American Medical Students Association brings in health care professionals to provide career tips, volunteer opportunities, and group study sessions.

Alexis Roman

Alexis Roman ’21, Chemistry

ÃÜÌÒÊÓÆµ gave me the opportunity to work closely with my peers, professors, and advisor, which contributed greatly to my success.