Undergraduate Researcher — Lead
Measurement-Guided Additive Manufacturing for Quantum Technology Components
Dept. of Industrial & Systems Engineering, LSU · 2025–Present
- Designed and executed a closed-loop quality assurance framework integrating advanced imaging and 3D metrology to improve dimensional accuracy of additively manufactured parts.
- Designed quantum technology components in CAD and fabricated them via FDM 3D printing (Bambu Lab A1), performing iterative parameter optimization to reduce geometric deviations.
- Conducted high-resolution X-ray CT scanning and CMM scanning using a Creality Raptor Blue Laser handheld 3D scanner for surface geometry capture and deviation analysis.
- Analyzed surface tolerances, circle diameter deviations, and area measurements across multiple part variants (P1, P2, P3) to validate printed vs. designed dimensions.
- Presented findings at LSU Research Week 2026 — independently carried out all experimental and analytical work.
🏆 LSU Research Week 2026 Poster Presentation