University of Nebraska, Omaha

Programme overview

This undergraduate chemistry degree combines classroom instruction with hands‑on laboratory experience to develop competence in general, organic, inorganic, analytical and physical chemistry. Emphasis is placed on experimental design, data analysis, chemical safety and written and oral scientific communication. The programme is appropriate for students who enjoy quantitative problem solving and laboratory work and for those planning professional training or graduate study in chemistry or related fields.

What you'll study

Core study typically covers foundational principles and techniques used across the chemical sciences, supplemented by elective options that allow concentration in areas such as organic synthesis, materials chemistry, environmental chemistry or biochemistry. Practical coursework instructs students in instrument use, experimental methodology, quantitative analysis and laboratory record keeping. Additionally, students often complete a capstone experience, independent research project, or advanced laboratory sequence to demonstrate applied skills.

Entry requirements

Admission generally requires a secondary school diploma or equivalent and coursework in mathematics and laboratory science. Successful applicants commonly have preparation in high‑school chemistry and algebra or precalculus. Incoming students may be expected to meet placement standards for math and may be advised to complete introductory science and math courses early in the programme to support progression in core chemistry topics.

Career prospects

Graduates enter a variety of roles in industry, government and education. Typical entry roles include laboratory technician, quality control analyst, chemical analyst, regulatory compliance associate, and technical sales or support. The degree also provides the scientific foundation for graduate studies (MSc/PhD) or professional programmes in fields such as pharmacy, medicine or patent law. Career paths often require additional specialization, certification or graduate training depending on the sector.

Scholarships & funding angle (general)

Students should investigate institutional scholarships, departmental awards, and external funding targeted to STEM majors. Research assistantships, work‑study positions in campus labs, and paid internships with industry or government laboratories are common ways to offset costs while gaining relevant experience. Applicants are advised to consult the university scholarship office and the chemistry department for opportunities and application guidance.