Bachelor in Bioinformatics and Computational Biology

Iowa State University, located in Ames and founded in 1858, is a major public research university with a comprehensive range of programs across agriculture, engineering, business, liberal arts, and sciences. With nearly 30,000 students and a vibrant international community, the university blends large-scale research opportunities with supportive academic communities. Iowa State's long history of innovation and applied research makes it a strong choice for students seeking rigorous academics and hands-on learning.

The university is highly regarded for its research output, extension services, and industry partnerships, particularly in agriculture, engineering, and technology. Students engage in experiential learning through research projects, internships, and cooperative education that connect academic study to real-world challenges. State-of-the-art facilities and accomplished faculty help foster an environment where students can pursue independent research or collaborative industry work.

Campus life in Ames is active and student-focused, with comprehensive services for international students including orientation, advising, and career support. The university's network supports transitions into graduate study and professional careers, while statewide partnerships extend internship and employment opportunities. For international students seeking a research-intensive campus with practical learning pathways and a strong sense of community, Iowa State University offers a balanced and resource-rich environment.

The Bachelor in Bioinformatics and Computational Biology at Iowa State University is a 4-year degree program for students interested in the intersection of biology, information, and computational sciences. This program helps students understand gene expression, molecular and cellular systems, and networks. It offers a unique opportunity to participate in research and a learning community.

The curriculum includes hands-on components like a developmental biology lab where students use the CRISPR/Cas 9 system to perform gene editing in a model organism, the zebrafish. Students develop skills in bioinformatics, computational biology, and research. The program is administered by three different departments, providing a multidimensional perspective on bioinformatics.

Graduates can pursue careers as bioinformatics specialists, research scientists, biotechnology engineers, computational biologists, or clinical data analysts. They can work in agricultural and medical biotechnology industries, academia, national laboratories, or clinics. Many students also continue their education in bioinformatics graduate programs.