Samarjith Biswas

Mechanical & Aerospace Engineer and Research Scientist specializing in topological acoustics, quantum analogies, RF devices, thermoacoustic metamaterials, and energy harvesting. Leading cutting-edge research at the University of Arizona’s New Frontiers of Sound Center, with previous collaboration with NASA’s Langley Research Center on Thermoacoustic Metastructures (TAMS) for noise reduction and energy efficiency. Proficient in FEA, CFD, MEMS, and AI-driven optimization, with a strong ability to translate research into practical solutions for aerospace, semiconductors, and telecommunications. Dedicated to mentoring the next generation of engineers and fostering innovation through cross-disciplinary collaborations.

• Acoustic Society of America (ASA) Student Member
• August 2021 - Present
• Engaged with other students and professionals in the field of mechanical engineering, participated in various events and activities organized by ASA, and contributed to the advancement of mechanical engineering through research and academic pursuits.

• Six Sigma Green Belt
• Coursera- Kennesaw State University
• June 2023
• Completed four advanced courses in Six Sigma, including Six Sigma and the Organization, Six Sigma Advanced Define and Measure Phases, Six Sigma Advanced Analyze Phase, and Six Sigma Advanced Improve and Control Phases.
• Engineering Project Management Specialization | Coursera- Rice University
• Completed three advanced courses Engineering Project Management. Acquired skills in planning, scheduling, Earned Value Management (EVM), project management, and procurement.
• EdX Certificate on:
• Underactuated Robotics - MIT, USA
• Solar Energy - TU Delft, Netherlands
• Autonomous Navigation for Flying Robots - TUM, Germany
• Robot Mechanics and Control - SNU, South Korea
• Street Fighting Mathematics - MIT, USA
• Cyber-Physical Systems - UC Berkeley, USA
• Future Cities - ETH Zurich, Switzerland
• Technology for Bio-based Products - TU Delft, Netherlands
• Age of Globalization - UT Austin, USA
• Ideas of the 20th Century - UT Austin, USA
• Learning from Data - CIT, USA

• International Publication No. WO2025128438A1 (PCT/US24/58048), published June 2025
• Developed a novel thermoacoustic metastructure for energy harvesting and noise mitigation.
• The invention focuses on utilizing thermoacoustic phenomena for efficient energy conversion and addressing low-frequency noise challenges in aerospace and industrial applications.

• Judge, 5th Annual MAE Graduate Research Symposium
• Judge, Oklahoma State Science and Engineering Fair
• Judge, 7th Annual OK-LSAMP Research Symposium
• Lab Manager, Solid & Structural Dynamics Lab, OSU
• OK Catalyst Roadmap, Spring Cohort
• Student A/V Room Monitor, ASA 182nd Meeting

• Biswas, S., Kresl, W., & Manimala, J. M. (2024). On the Relationship Between Acoustic Absorption and Temperature Gradient in a Thermoacoustic Liner. International Journal of Aeroacoustics.
• Biswas, S., & Manimala, J. M. (2022). Exploring the Feasibility of a Thermoacoustic Metastructure for Energy Harvesting and Noise Mitigation. In Proceedings of Meetings of Acoustical Society of America. AIP Publishing. 46(1), 030003.
• Biswas, S., & Manimala, J. M. (2022). Quiet power: Exploring the Feasibility of a Noise-Mitigating, Thermoacoustic Energy Harvester. The Journal of the Acoustical Society of America, 151(4), A179-A179.
• Biswas, S., Krawczyk, Z., & Manimala, J. M. (2021). Evaluation of Additively Manufactured Stacks for Thermo-Acoustic Devices. In INTER-NOISE and NOISE-CON Congress and Conference Proceedings, 263(2), 4376-4387.
• Biswas, S., & Manimala, J. M. Development of a multifunctional thermoacoustic meta-structure. International Journal of Mechanical Sciences (in review).