The chemistry major revolves around understanding atomic and molecular interactions and their impacts on everyday life. The coursework involved in pursuing a chemistry degree is divided into three general areas: quantitative chemistry, biochemistry and molecular mechanics. Chemists are involved in many industries, government agencies and educational institutions. Research and development and educational positions are in high demand for this major. If you want to study the nuts and bolts of what makes the universe tick then chemistry is for you.
Pure chemistry. From understanding the Periodic Table to balancing equations, the Quantitative Chemistry concentrations provides all of the skills to understand the underpinnings of atomic interactions. Gain, lose or share electrons to your heart’s content with an extensive exposure to bond formation in this concentration.
From the smallest subatomic particle to the forces at work in the Sun, Molecular Mechanics examines the principles that affect interactions between energy and matter. This concentration uses mathematics and logic to define the universal laws that control thermodynamics, electricity, chemistry and the electromagnetic spectrum.
The Biochemistry concentration is centered on Organic Chemistry. It begins with an overview of metabolism in General Biology II and culminates with a deep dive into biological chemical pathways in the Biochemistry course. If you are interested in pharmacy or pharmacology, key concepts at the junction of biology and chemistry are covered here.
The specific degree requirements on the website are for illustrative purposes and may change at any time. Please contact the Registrar's Office, Academic Advising or refer to the course catalog for detailed program requirements.
The majority of graduates with a Chemistry degree pursue careers in one of three paths: Industry, Research or Education. Within Industry there are a many possibilities from Crystallography to Toxicology. Many of our recent graduates have chosen to enter industry due to the high financial compensation. The need for scientifically trained educators is ever present, Chemists are among the highest sought after degree type in educational institutions. Research and Development programs in both industry and academia rely heavily on individuals with backgrounds in all aspects of chemistry.
Outcomes for the Chemistry major are centered on three main aspects of science:
Ability to communicate ideas using appropriate formats and technical language
Liberal Arts Core
The Liberal Arts Core Curriculum is rooted in the Liberal Arts and our Franciscan heritage. It is designed to create a framework to develop knowledge, skills, and responsibilities necessary to educate students so that they will be prepared to contribute to the world guided by a concern for issues of justice and ethical behavior.
LEADERSHIP: 4 credits
Freshman Seminar (1 cr.)
Spiritual & Ethical Literacy (3 cr.)
FOUNDATIONAL LITERACIES/SKILLS: 12 credits
Personal Branding Communication (3 cr.)
Writing for the 21st Century (3 cr.)*
Quantitative Problem Solving (3 cr.)*
Language & Culture (3 cr.)
*For ‘Writing for the 21st Century’ (English) and ‘Quantitative Problem Solving’ (Math), you may need additional courses depending on your placement.
CORE LITERACIES: 15 credits – Choose one (1) course from each broad theme. Course options can be found in the course catalog or on the academic advising page. Broad themes are:
Narratives of Identity (3 cr.)
Science, Environment & Culture (3 cr.)
Social Tensions (3 cr.)
The American Experience (3 cr.)
Approving the Better Things (3 cr.)
Giving students a culminating experience as well as practical work experience, the Professional Core is a graduation requirement for every Stritch student in a bachelor’s degree program. This bachelor’s degree program includes completion of the Professional Core consisting of three courses:
Contact admissions or the program faculty with questions about this program.