Biology, meet big data. At the intersection of computer science and the life sciences is bioinformatics, an industry that fuels scientific discovery and is essential in all areas of biotechnology, including personalized medicine, drug and vaccine development, and database/software development for biomedical data.

This degree produces graduates who are able to identify, formulate, analyze and solve complex biosystems engineering problems by using appropriate tools and techniques, including independent research, and who can effectively communicate to technical and non-technical audiences. Graduates are prepared for employment in national laboratories, industry, and universities, and are able to design, develop, regulate, research, and manage the systems and technologies needed to produce, transport, store and use natural resources to meet humanity’s most fundamental needs such as safe and abundant food, clean water, fiber, and renewable sources of fuel; and bio-based life-enhancing and life-saving products.

The Master’s in Agricultural Education at N.C. A&T will prepare you for a professional career in teaching or communicating the complexities of the global agriculture and natural resources systems that we all depend on. Professional Licensure – This curriculum prepares individuals to teach agriscience education in middle and high schools. Graduates of this track are eligible to apply for advanced (graduate level) licensure in North Carolina. This track offers graduates versatility in career options, because it prepares them for the many other professions that rely on agricultural educators

The Bioengineering master's program provides a broad engineering and biotechnology curriculum while offering a focus on a specific engineering track that best fits students' interests and career choices. This combination gives our bioengineering graduates professional flexibility, a distinct competitive advantage in the ever-changing field of bioengineering.

The MSCB program seeks to train the world’s best Computational Biologists at the Master’s level. The curriculum provides both breadth and depth of training in Computational Biology and is built on a solid foundation of Biology, Computer Science, Statistics, and Machine Learning (Data Sciences). Interested students are also given opportunities to pursue research. Our graduates are prepared for rewarding jobs in industry or to pursue their doctoral degrees at top universities.

The Master of Science in Agricultural and Biological Engineering equips students with the skills to solve problems in agricultural, food, utilization, environmental control and biological systems. This program offers flexibility through several areas of study, allowing students to tailor their education to their unique interests. Regardless of the chosen area of study, all students will experience interdisciplinary coursework combining mathematics; computer science; statistics; engineering mechanics; chemical, civil, electrical and mechanical engineering; animal, crop and food sciences and other relevant domains.

Graduate students enrolled in the Chemical and Biological Engineering master’s programs have the option of a master of science degree with or without a thesis. Those students enrolled in the M.S. program have the option to complete thesis research work in addition to the yearlong coursework required for a master's degree without a thesis.

Build your future with Johns Hopkins University's MS in Biophysical Chemistry and Design for Biotechnology. Develop expertise in therapeutic antibodies and proteins, mRNA therapies and vaccines, building skills in wet-lab instrumentation and analysis along with computer-based analysis and physics- and AI-based design. Learn on campus from renowned faculty delivering cutting-edge courses and labs.

Pace’s MS in Biochemistry and Molecular Biology program offers a unique, cutting-edge curriculum that provides you with the professional training required for the increasingly dynamic job market in the pharmaceutical biotech, biochemistry, and molecular biology fields.

The Johns Hopkins MS in Bioinformatics program will immerse you in the topics and applied methods of computational modeling, molecular biology, systems biology, structural biology, proteomics, genomic sequencing and genomic analysis, microarrays and microarray analysis. Drawing upon the strengths of the Johns Hopkins' Biotechnology and Engineering, the program creates a rigorous bioinformatics curriculum that brings together the computer science, biosciences and bioinformatics disciplines.

Johns Hopkins is a world leader in biological research and the global biotechnology industry. We challenge students with a rigorous, multi-disciplinary curriculum that fully prepares them to advance their careers and pursue their academic ambitions in the biotechnology field.

Johns Hopkins University MS in Regulatory Science program provides students pursuing a career in regulatory science with a specialized course of study emphasizing advanced topics in the regulatory approval processes for global and domestic biotech products. Students may specialize in an aspect of the regulatory science of their choice through three elective courses, including a wide variety of advanced regulatory courses.

Biotechnology harnesses biological processes to develop technologies and products that help improve our lives. The use of biotechnology in the health care sector has led to the production of medicines and vaccines that prevent or cure disease, and has produced a growing interest in the industry for individuals with advanced training in pharmaceutical and biotechnology areas.

The study of Biology is undergoing a revolution driven by new technologies that enable scientists to generate extensive amounts of data. For example, the costs of sequencing nucleic acids have dropped dramatically, resulting in unprecedented amounts of genomic, transcriptomic, and proteomic data.

The Department of Chemical and Biomolecular Engineering’s reputation is built on our leadership in research that has an impact on the world, the quality of our faculty and students, and the success of our alumni-in fields ranging from academia and a broad array of industries to entrepreneurial ventures. We are an inclusive, diverse, and welcoming community, and our excellence in research and education and our ability to make an impact on the world are tied intrinsically to the contributions and perspectives of individuals from different backgrounds.