Semiconductor and Advanced Materials
Aniruddha Chowdhury · Ruston, Louisiana · Email to be added
Molecular-scale thinking for advanced materials challenges.
My Ph.D. in Micro and Nanoscale Systems and polymer research provide a foundation for advanced materials roles. I offer transferable simulation and manufacturing quality experience; my documented work is in sustainable polymers and infrastructure materials, with no semiconductor fabrication experience claimed.
Core competencies
Applied: professional use · Research: doctoral or research use · Developing: current study
Polymer systemsResearch
Molecular dynamicsResearch
Coarse-grained modelingResearch
Aggregation mechanismsResearch
Manufacturing inspectionApplied
Process capabilityApplied
Relevant experience & projects
Sustainable Polymer–Asphalt Systems
Ph.D. researchLouisiana Tech University · doctoral research
- Investigated polymer-asphalt and bio-rejuvenator systems using LAMMPS and MARTINI 3 molecular dynamics.
- Studied asphaltene aggregation to examine molecular organization within complex polymer-containing materials.
Frontal Polymerization of Geopolymer Concrete
Research experienceMaterials research
- Investigated frontal polymerization of geopolymer concrete, extending research experience across polymer and inorganic material systems.
Manufacturing Quality Control
Prior experience · dates to be addedAutomotive / transit manufacturing
- Inspected compression-molded fiber-reinforced polymer components in automotive and transit manufacturing, applying material quality checks in production.
- Validated HVAC assemblies through leak, pressure and airflow checks, bringing a repeatable testing perspective to materials-focused roles.
Let’s talk about your team.
Open to relocation · Semiconductor and Advanced Materials