What Careers Can Graduates of Biological Systems Engineering at Nebraska Pursue?

Updated

Graduates of the Department of Biological Systems Engineering (BSE) at the University of Nebraska–Lincoln can pursue careers in industry, research, consulting, and public service. The department states that its students develop technical and problem-solving skills that translate directly to these fields, and that its programs are built to turn scientific curiosity into real-world impact. The specific career path depends on which major you choose—Agricultural Engineering, Agricultural Systems Technology, or Biological Systems Engineering—since each blends biology, engineering, and technology in different proportions.

Career fields the department names

The BSE website identifies four broad employment areas for its graduates:

  • Industry — applying engineering and technology skills in commercial and agricultural settings
  • Research — continuing in academic, government, or private research environments
  • Consulting — providing technical expertise to organizations and clients
  • Public service — working on public-sector problems and programs

These are the categories the department itself lists, rather than a ranking of which is most common.

How each major maps to career directions

The three undergraduate majors share a foundation in biology, mathematics, and technology, but they emphasize different kinds of work.

Major What it emphasizes Typical direction
Agricultural Engineering Biology, mathematics, and cutting-edge technology applied to outdoor and agricultural systems Engineering roles tied to food, water, energy, and natural resources
Agricultural Systems Technology Latest technology, agricultural science, and business practices Solving agricultural challenges and addressing industry needs
Biological Systems Engineering Integrating biology with engineering principles across disciplines Cross-disciplinary problem solving in biological and engineering contexts

The department frames all three around the same set of societal needs: food, water, energy, and sustainable natural resources. That framing is useful if you want to judge whether a career goal fits the program—work connected to those areas aligns most directly with what the department says it prepares students for.

What the programs are designed to build

According to the department, BSE students develop technical and problem-solving skills. This matters for career planning because it signals a preparation model built around applying engineering methods to biological and agricultural problems, not around a single job title. The department also describes its programs as combining academic excellence, hands-on learning, and career preparation.

If you are choosing between the majors, the practical question is which mix of biology, engineering, technology, and business you want in your day-to-day work. Agricultural Systems Technology leans toward technology and business practices; Agricultural Engineering and Biological Systems Engineering lean more toward engineering fundamentals applied to biological systems.

Next steps if you are evaluating this path

  1. Review the degree options the department lists, including the 4-year plans published for each major, to see course sequencing and where specialization begins.
  2. Check scholarship and financial aid information — the department notes that scholarships are awarded by departments and the Office of Scholarships and Financial Aid (OSFA) based on criteria including cumulative GPA, ACT/SAT scores, financial need, and a resume of activities. Not all opportunities are major-specific.
  3. Plan a campus visit if you want to see the classrooms, labs, and collaborative spaces where BSE students work.
  4. Contact faculty through the faculty directory if you want detail on research areas and how they connect to specific career fields.

One caveat: the department's public materials describe career fields rather than specific employers, salaries, or placement rates. If those numbers matter to your decision, ask the department directly rather than inferring them from the program descriptions.