The Master of Science in Semiconductor Engineering is an interdisciplinary, cutting-edge program offered by Northeastern University’s College of Engineering, D’Amore-McKim School of Business, and the Institute for NanoSystems Innovation. The program prepares students with the interdisciplinary knowledge and experimental tools to meet the rapidly evolving needs of semiconductor companies and an in-demand industry seeking to fill their talent gap.

In the Master of Science in Complex Network Analysis (Complex Social Systems) program, students will build a strong foundation in complex network analysis, supplemented by coursework in urban data analytics, digital trace data analysis, collective and cooperative behavior, or computational statistics. These skills offer students a competitive advantage in the ever-evolving landscape of social data in today's tech and scientific industries.

In the Master of Science in Complex Network Analysis (Economic and Technological Networks) program, students will build a strong foundation in complex network analysis, supplemented by domain-specific coursework in financial and economic networks. This may include topics ranging from econometrics to deep learning. This broad concentration is designed to give students targeted skill sets that will ultimately lead to real insights in business and finance.

In the Master of Science in Complex Network Analysis (Population Health Dynamics) program, students will build a strong foundation in complex network analysis, supplemented by coursework in biostatistics and epidemiology, including network modeling of infectious diseases and population health informatics. These skills are especially valuable for practitioners in public health agencies or for those modeling emerging epidemics in industry (e.g., insurance companies, and NGOs).

Are you a professional or recent graduate with experience in coding/programming and basic mathematics who wants to leverage technology to build a more secure world? Help advance the field of cybersecurity, assessing and managing ongoing, information security risks to defend key pillars of society.