Developed a W-band (75–110 GHz) Traveling Wave Tube (TWT) amplifier beamstick employing sub-micron precision alignment techniques—including kinematic coupling, quasi-kinematic coupling, and elastic averaging—to integrate the electron gun, beam transport system, and RF circuit with high repeatability...

I contributed to one major design revision (Rev1 - Rev2) of the 1.6-cell C-band (5.712 GHz) RF photoinjector cavity for the CARIE project at Los Alamos National Laboratory, with nearly full end-to-end involvement on Rev2. My work focused on the mechanical design and manufacturability of the four-qua...

Owned the end-to-end mechanical design of multiple major revisions of an Ion–Deuteron H-type linear accelerator, including alignment and tolerance stack-up, thermal and structural FEA, cooling system design, peripheral integration, and brazed-structure and fixturing optimization. I led the mechanic...

I supported the 2-cell C-band (5.712 GHz) Proton Booster Cavity Accelerator for the Los Alamos Neutron Science Center (LANSCE) proton radiography (pRad) program, focusing on mechanical design, manufacturability, and validation of a brazed RF cavity structure. My work centered on the mechanical desi...

I supported the prototype fabrication, integration, and test-readiness of ITER’s 107 GHz, ~1 MW RF Dummy Load, a high-power RF absorber requiring extreme precision and full UHV compatibility. My work included validating precision-machined components through detailed CMM metrology—verifying flange ge...

During a multi-day workshop at Hermle’s US headquarters, I trained on the C250 and C650 5-axis machines, learning advanced manual operation and automation workflows. My training covered machine navigation, manual jogging and overrides, CS adjustments, tool calling, program editing, MDI file creation...

Designed and lead a MATLAB simulation project to model and optimize the acoustic behavior of UAV swarms in urban environments, for UC Berkeley's MEng Master's Capstone. The system combines discrete element and ray-based dynamic models to simulate vehicle motion and sound propagation, using machine l...

Developed and implemented a full feedback control system to autonomously stabilize a quadcopter in hover. Designed and tuned controllers for altitude and attitude control, performed state estimation, and identified physical system parameters through experimental testing. The final objective was to a...

Simulated the creation of composite materials with tailored effective properties through a genetic algorithm framework. The model integrates mechanical, electrical, and thermal governing equations to compute composite behavior at varying doping concentrations. Using cost functions and weighted param...

Simulated a 3D laser-heating process, for the UC Berkeley course Modeling and Simulation of Advanced Manufacturing Processes, using the finite-difference method to model heat transfer, intensity absorption, and temperature distribution in a solid medium. Implemented Beer–Lambert-based laser absorpti...

Restored the electrical functionality of a lightning-damaged 2018 Peterbilt truck harness by interpreting schematics, rebuilding wiring subsystems, and resoldering damaged connections. Applied mechanical and electrical engineering principles to diagnose system faults and ensure reliable integration ...

In this project, I designed a human-powered quad-copter rotor blade from first principles using aerodynamic theory, rotorcraft physics, and computational modeling. I validated NACA-4515 airfoil performance, estimated stall behavior, and built optimized chord and twist distributions to create an effi...