Applying biology, biochemistry, and genetics to drug development and industrial production

Biotechnology (CIP 26.1201) applies the biological sciences, biochemistry, and genetics to the commercial development of agricultural, environmental, clinical, and industrial products. The CIP definition spans bioinformatics, gene identification, phylogenetics and comparative genomics, bioinorganic chemistry, immunoassaying, DNA sequencing, xenotransplantation, genetic engineering, industrial microbiology, drug and biologic development, enzyme-based production processes, patent law, biotechnology management and marketing, applicable regulations, and biotechnology ethics. Coursework typically combines a science core (general and organic chemistry, biology, biochemistry, microbiology, genetics, cell biology) with applied biotechnology (recombinant DNA techniques, fermentation and bioprocessing, immunoassays, bioinformatics) plus business-adjacent material on patent law, FDA and USDA regulation, and biotech ethics.

The major fits students drawn to applied biology — using molecular techniques to develop drugs, agricultural products, industrial enzymes, and biologic therapeutics — rather than the mechanism-focused academic track that biochemistry students typically choose. It rewards strong chemistry through organic and biochemistry, comfort with hands-on bioprocess and lab work, and the kind of attention to detail that pharmaceutical and biotech regulatory environments demand. Day-to-day at the upper-undergraduate level mixes molecular biology lab work, applied bioprocessing exercises, scientific writing for regulatory and patent contexts, and (for the strongest students) industry internships or co-ops at biotech firms during junior and senior years.

One grounded observation about scale and trajectory: 1,104 students complete this CIP across 146 institutions, with bachelor’s grads earning $76,773 — meaningfully stronger than the $66,359 reported for biochemistry and molecular biology, reflecting biotech-industry concentration in high-cost-of-living metros and the applied curriculum’s direct industry positioning. Top producers include University of Houston (84), UC Davis (70), Brigham Young (36), Cal Poly Pomona (34), Rutgers New Brunswick (34), and Rochester Institute of Technology (29). The packet’s named occupations include Biological scientists, all other ($93,330, 1.2% growth, bachelor’s entry), Natural sciences managers ($161,180, mid-career), and Biological science teachers postsecondary ($83,460, doctoral entry). Realistic bachelor’s-entry destinations include research associate or scientist I roles at biotech and pharma firms, bioprocess engineering, biologics manufacturing, quality control and quality assurance, regulatory affairs, and CRO clinical research associate work. Geographic concentration is heavy: Boston-Cambridge, Bay Area, San Diego, Research Triangle Park, and Maryland’s biotech corridor anchor most hiring.