Andrew Seredinski

Andrew Seredinski is an Assistant Professor of Sciences at the Wentworth Institute of Technology, School of Sciences and Humanities. He specializes in applied sciences education and nanomaterial research, focusing on integrating hands-on lab experiences with cutting-edge physics concepts for undergraduate students. His program emphasizes interdisciplinary training in physics, chemistry, and biology alongside coding and lab instrumentation skills. Seredinski’s research explores quantum phenomena in graphene-based systems, superconductivity, and nanotechnology applications.

• Leads undergraduate-focused labs using advanced equipment: 50K cryogenic systems, X-ray crystallography, AFM, and GC-MS
• Pioneers educational tools like graphene classroom modules and smartphone electrostatic studies
• Develops low-cost experimental setups for material characterization

Research interests span: Quantum Hall effects, Josephson junction dynamics, van der Waals materials, and nanotechnology education. His work bridges fundamental physics discoveries with practical lab implementations accessible to undergraduates.

Recent studies include:

• Graphene-based interferometers with novel gate configurations
• Electrostatic charge phenomena in modern electronics
• Superconductivity behavior in encapsulated graphene systems

No scientific awards listed, but actively contributes to curriculum development and open-source lab resources. Advises undergraduate research projects in nanomaterials and quantum devices without formal graduate students.