University of Alabama

What you'll study

The Physical Sciences bachelor's degree provides broad-based training in the core physical science disciplines, combining classroom learning with laboratory and research experience. Core modules typically cover classical mechanics, electricity and magnetism, thermodynamics, general and organic chemistry, calculus-based mathematical methods, and introductory earth and environmental science.

Students progress from foundational courses in the first year to more specialised options in later years. Typical third- and fourth-year modules and experiences include:

• Advanced laboratory work in physics and chemistry that develops experimental technique and data analysis skills
• Courses in mathematical methods for scientists, statistical techniques and computational approaches for modelling physical systems
• Electives in areas such as materials science, atmospheric science, geophysics, spectroscopy, optics and modern physics
• Research methods and an undergraduate research project or capstone experience supervised by faculty
• Opportunities to take applied courses or minors in related areas such as engineering fundamentals, environmental studies, or computer science

The curriculum emphasises quantitative problem solving, laboratory safety and scientific communication. Students can often tailor the degree by choosing electives and minors to prepare for specific careers or postgraduate study.

Entry requirements

Applicants should present a strong secondary-school record with emphasis on mathematics and the physical sciences. Recommended preparation includes high-school calculus (or its equivalent), physics and chemistry. The programme typically expects academic readiness for calculus-based science courses.

Admission normally requires submission of a completed undergraduate application through the University of Alabama admissions process and supporting school transcripts. Where relevant, applicants may submit standardised test scores; domestic applicants should consult the admissions office for current testing policies. International applicants must provide evidence of equivalent academic preparation and English language proficiency where applicable.

Successful applicants demonstrate quantitative skills, laboratory experience if available, and an interest in interdisciplinary scientific study. Transfer applicants are considered and should provide college transcripts and course descriptions for transfer-credit evaluation.

Career prospects

Graduates of the Physical Sciences programme move into a wide range of technical and professional roles or continue to postgraduate training. Common career paths include:

• Laboratory technician or technologist in industrial, environmental or research laboratories
• Research assistant in university, government or private-sector research groups
• Environmental scientist or analyst working in monitoring, compliance or sustainability roles
• Technical sales, product support or quality control roles in manufacturing and instrumentation companies
• Secondary-school science teacher (additional teacher certification may be required)
• Further study: many students progress to master's or doctoral programmes in physics, chemistry, earth sciences, materials science, engineering or related fields

The university's career services and departmental advising help connect students with internships, campus research opportunities and employers to build practical experience that supports these pathways.

Why study at University of Alabama

The University of Alabama offers undergraduate students access to research-active faculty, well-equipped teaching laboratories and opportunities for hands-on research from early in the degree. The campus supports interdisciplinary collaboration across departments, allowing Physical Sciences students to combine coursework with minors or modules from engineering, computer science and environmental studies.

Undergraduate research projects, summer internships, and partnerships with regional industry and research organisations provide practical experience. Students also benefit from academic advising, tutoring centres and career services aimed at preparing graduates for employment or graduate study. Study-abroad options and extracurricular science clubs and societies offer additional ways to broaden skills and professional networks while at the university.