Arkansas Tech University

What you'll study

The programme provides a broad grounding across the physical sciences while allowing students to focus on areas of interest. Core study typically includes introductory and intermediate physics (mechanics, electricity and magnetism, waves and optics), general and analytical chemistry, and foundational earth and environmental sciences.

• Mathematics and computational methods (calculus, linear algebra, data analysis) that underpin experimental and theoretical work
• Laboratory courses emphasising experimental technique, instrumentation, measurement uncertainty and safety
• Specialist modules such as thermodynamics, modern/quantum physics, physical chemistry, materials science and atmospheric or geological topics, depending on concentration choices
• Applied courses in instrumentation, environmental monitoring, or scientific programming and modelling
• Independent research or capstone project supervised by faculty, plus a senior seminar to develop communication and professional skills

The degree typically combines general education requirements with a sequence of major requirements and elective options so students can shape the programme toward laboratory work, teaching preparation, environmental careers or graduate study.

Entry requirements

Applicants need a high-school diploma or equivalent with a solid background in mathematics and science. Recommended preparation includes algebra, trigonometry and precalculus, with prior coursework in physics and chemistry strongly preferred.

• Standard undergraduate admissions criteria apply; the university considers academic record alongside any standardised tests submitted and supporting materials
• Students without the recommended background may be required to complete prerequisite courses in mathematics or introductory science before proceeding to upper-level major work
• Transfer students should present transcripts showing college-level coursework in calculus and introductory science where possible; the department reviews transfer credits on an individual basis

Career prospects

Graduates leave with versatile technical skills valued in multiple sectors. Common career paths include laboratory technician roles, research and development support, quality control and process testing in industry, and environmental monitoring or consulting.

• Many graduates pursue graduate study in physics, chemistry, materials science, geology or related fields, or professional programmes such as engineering or science education
• With appropriate teacher preparation and certification coursework, the degree also provides a route into secondary science teaching
• Other opportunities include technical sales, scientific instrumentation support, forensic laboratory work, and positions in government or private-sector environmental labs

Why study at Arkansas Tech University

Arkansas Tech offers a learning environment focused on undergraduate teaching, with relatively small class sizes and close access to faculty. Students benefit from hands-on laboratory training, opportunities for mentored research and applied projects, and a curriculum designed to balance breadth and specialisation.

• Faculty are active in undergraduate supervision and provide guidance on research and career pathways
• Facilities and teaching laboratories support experimental work across physics, chemistry and earth science disciplines
• The university emphasises affordability and student support services, including academic advising, tutoring and career services to help transition into employment or postgraduate study