Learn how the blend of biology, computer science, engineering, mathematics and statistics helps interpret biological data. Understand scientific discoveries in genomics and molecular biology. Develop or hone the skills needed for professional careers in the biotechnology, healthcare and pharmaceutical industries.

Manage innovation in the world of biotechnology with a degree offered in collaboration with Temple’s Fox School of Business. Graduate prepared to work with researchers and clinicians in a variety of environments, manage the marketing and financing of new projects, and understand regulations that affect innovation.

Learn the principal levels of the organization of life and the biophysical processes that differentiate them, and write a thesis based on original research. Fields of inquiry include biochemistry, cell biology, ecology, genetics, molecular biology, neurobiology and virology.

From biofuels to drug discovery and emerging diseases to environmental remediation, this professional program prepares students to not only understand biomolecular and cellular processes, but to be leaders in the development of new products and technologies.

Choose from a host of specialties: environmental chemistry, materials and polymers, medicinal, nanoscience, photonics and surface science. Along with a series of lecture and literature courses, you’ll immerse yourself in research in your specialty and finish your degree with an original dissertation.

Understand the principles of good interface design, programming language and software design techniques. Courses provide the foundation for advanced professional knowledge in the modeling, design and implementation of database systems, essentials of operating systems, and IT process management.

Gain practical training in cyber defense to better ensure the protection of computer systems and information privacy from accidental or malicious modification, destruction or disclosure. This graduate certificate is designed for working technical professionals at any level of their career looking to safeguard organizations and governments from ever-increasing cyber threats.

Study current topics in applied biopharmaceutics, data analysis, ethics, law, policy and toxicology within a forensic chemistry framework. Gain a theoretical understanding of the discipline and develop the practical skills to tackle today’s challenges in academia, industry and government.

Hone your analytical skills and develop high-performance computation techniques as a tool for science and engineering research in this cross-discplinary program. This professional degree can apply to a wide range of fields, including engineering, the life sciences and the physical sciences. 

Learn advanced software engineering methods, bioinformatics, computer vision, cryptology, database technologies, digital forensics, high-performance computing, information security and assurance, networks, project management, robotics, software development paradigms, and wireless sensor networks. You’ll also learn about process re-engineering, and how to design and implement robust web and mobile applications to support those processes.

Gain a foundation sufficient to pursue a mathematics career in industry, government or education, and provides opportunities to conduct original research under the supervision of a faculty member.

Gain an understanding of physics sufficiently broad to form a basis for independent research, as well as the experience of doing significant research under the guidance of a mature scientist. Focus on atomic physics, condensed matter physics or particle physics with a theoretical or an experimental approach. 

Learn to communicate technical knowledge clearly and succinctly through this certificate. Quality scientific writing is a skill demanded by organizations from pharmaceutical companies to news outlets. The graduate certificate enables students with diverse backgrounds in science, technology, engineering, and mathematics to enhance their communication skills for professional advancement.