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This interdisciplinary program equips you for careers in cutting-edge scientific fields like bioinformatics, computational biology, computational chemistry, and molecular modeling, including genomics and proteomics. The Human Genome Project triggered an unprecedented growth in genomic data, with repositories like GenBank and EMBL expanding so rapidly that sophisticated systems are now needed to store, organize, and catalog this information.
Investigations into gene expression have given rise to computational biology, which focuses on analyzing genetic sequences, and proteomics, which explores protein structures and functions. Insights from computational biology and chemistry directly contribute to pharmaceutical development for treating various illnesses. Leading pharmaceutical and biotech firms actively recruit professionals with bioinformatics expertise.
Receive an education that fosters continuous learning and readies you for professional work or graduate studies. The program builds on core computing principles with specialized focus on big data analysis and software engineering.
You'll gain practical skills to solve complex problems, adapt to evolving technologies, and make principled decisions. The coursework emphasizes teamwork while helping you refine communication abilities and professional conduct. Opportunities include hands-on internships and undergraduate research projects.