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This program equips you with a blend of molecular biology, engineering, computer science, and modeling expertise crucial for a career in synthetic biology.
As synthetic biology expands, computational design of biological systems becomes increasingly vital. It enables the development of sophisticated, large-scale biological systems.
This Synthetic Biology master's program focuses on computational design while also emphasizing laboratory techniques for engineering biological systems. You'll gain fundamental computing and engineering skills, learning to create software that programs biological systems.
Designed for students from both biological and computational disciplines, this program requires no prior computer or programming experience. Applicants with backgrounds in mathematics, engineering, or other sciences are encouraged to apply. It's perfect for those pursuing careers in either industry or academia.
We offer a distinctive, interdisciplinary approach essential for mastering synthetic biology. The curriculum combines top-tier teaching and research from: Computing Science, Mathematics and Statistics, Biology, the Medical Faculty
the Institute of Human Genetics
Research forms a significant part of this program, providing the training needed to meet future demands in both industry and academia. Newcastle University is globally recognized for its research in life sciences, computing, and mathematics.