On-Campus
Program Available
Bachelor's
Program Type
Total Credits
120
Affordability
Private School Education At State School Prices
Why Study Chemistry?
A chemistry degree provides a strong foundation in both theoretical concepts and practical laboratory skills, preparing students to communicate scientific ideas effectively. With chemistry’s broad impact on modern society, from medicine to industry, graduates are well-equipped to make meaningful contributions in diverse professional fields. The Bachelor of Science in Chemistry emphasizes critical, analytical, and ethical thinking to solve real-world problems and opens pathways to careers in science, healthcare, environmental fields, and beyond. Students benefit from hands-on research opportunities, internships, and close mentorship from faculty invested in their success.
What You’ll Learn
- With a chemistry degree, you will build a strong foundation in general chemistry by studying atomic and molecular structure, stoichiometry, chemical reactions, and states of matter, alongside hands-on laboratory work that reinforces these concepts. Early coursework also includes essential lab techniques such as solution preparation and data analysis.
- During the bachelor’s in chemistry, you’ll explore the structure, nomenclature, and reactivity of carbon-based compounds, and learn lab techniques like extraction, purification, and chromatography. Courses in analytical chemistry introduce you to classical methods like titrations and gravimetric analysis, as well as instrumental methods such as spectroscopy and electrochemical analysis.
- Advanced courses will deepen your understanding of inorganic compounds, bonding theories, coordination chemistry, and symmetry. You’ll also study thermodynamics, kinetics, and quantum chemistry to understand how chemical systems behave and evolve.
- You will gain experience reading and presenting scientific literature through seminars and research paper critiques. Supporting courses in calculus and physics provide the mathematical and physical foundation necessary for problem-solving in modern chemistry.
- Depending on the electives you choose, you could gain an introduction to medicinal chemistry, biochemistry, analytical chemistry, or organic synthesis. With faculty guidance and approval, you could take a seminar devoted to a topic of modern chemistry that’s relevant to your career goals, take an internship in an industrial, academic, or other professional setting, or participate in an advanced research project.
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Tuition & Fees
Park University offers a transparent and student-focused approach to tuition and financial aid. Our tuition structure is designed to be competitive and manageable, and our financial aid counselors are available to guide you through every step of the process. From understanding your cost breakdown to exploring funding options, we ensure that financial planning is clear, personalized, and aligned with your educational journey.
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Admission Requirements
Ready to take the next step in your education? Park University welcomes applicants with a high school diploma or equivalent who meet our undergraduate admission standards. Bachelor’s degrees require 120 credit hours, including coursework tailored to your major and core academic skills. To graduate, you’ll need to maintain a 2.0 GPA in your major and complete at least 30 credit hours at Park to meet the residency requirements, 15 of which must be earned in the major core. Whether you’re starting fresh or transferring in, we’re here to help you build a strong foundation for your future.
Visit Admissions Policies and Procedures to learn more about admission requirements at Park University.
Chemistry Career & Future Opportunities
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*General salary and employment outcomes vary by geographic area, previous work experience, education and opportunities for employment that are outside of Park University’s Control. The labor market and average salary range can be explored further at the U.S. Bureau of Labor and Statistics.
FAQs: Bachelor of Science in Chemistry
Graduates with a chemistry degree from Park University are prepared for careers in pharmaceuticals, environmental science, forensic analysis, and chemical engineering. The program’s emphasis on hands-on lab experience and foundational coursework in organic, physical, and analytical chemistry makes it ideal for students planning to enter the workforce or pursue graduate studies in medicine, research, or education.
Yes. Park University’s chemistry program integrates lab-based learning throughout the curriculum, and students have opportunities to participate in faculty-led research projects. These experiences help build practical skills in experimental design, data analysis, and scientific communication, essential for careers in research chemistry or graduate school preparation.
While Park’s B.S. in Chemistry provides a broad foundation in chemical sciences, students can tailor their coursework toward areas like biochemistry, environmental chemistry, or physical chemistry through elective choices. This flexibility allows students to align their academic path with career goals in healthcare, biotechnology, or materials science.
Students entering Park’s B.S. in Chemistry should have a strong foundation in algebra and general science. While prior coursework in calculus and high school chemistry is helpful, the program is designed to support learners with varying backgrounds through introductory courses that build up to advanced topics like organic chemistry and physical chemistry.
Ready To Take The Next Step?
Class Start Dates: Term Dates