Factory Copilot is an AI-enabled wearable device developed to automate supervision in automotive assembly processes, specifically wiring and nut fastening. The system integrates custom hardware design, sensor fusion, and AI-driven recognition models to reduce assembly cycle time and improve process ...

Factory Copilot is an AI-enabled wearable device developed to automate supervision in automotive assembly processes, specifically wiring and nut fastening. The system integrates custom hardware design, sensor fusion, and AI-driven recognition models to reduce assembly cycle time and improve process ...

Factory Copilot is an AI-enabled wearable device developed to automate supervision in automotive assembly processes, specifically wiring and nut fastening. The system integrates custom hardware design, sensor fusion, and AI-driven recognition models to reduce assembly cycle time and improve process ...

As Team Captain and Lead Engineer, I led my university’s participation in the Electric Human Powered Vehicle Challenge (EHPVC), overseeing both the technical development and team coordination. I directed the end-to-end process, from concept design and CAD modeling to fabrication and testing of a lig...

The Field Seeder System Vehicle was developed to address the need for efficient and reliable seed planting solutions across variable terrains. The project focused on reverse engineering a conventional precision seeder and redesigning it into a validated CAD model with enhanced functionality and manu...

Designed a custom PCB enclosure tailored for integration into a low-cost Holter monitor device. The objective was to combine compactness, durability, and ease of assembly with an emphasis on clean, user-friendly aesthetics. The enclosure was engineered to accommodate the PCB’s dimensional and functi...

This project involved the complete reverse engineering and 3D modeling of an ASUS motherboard, capturing every component from connectors and slots to microchip housings with meticulous accuracy. The objective was to demonstrate proficiency in precision CAD modeling, assembly structuring, and compone...

The project involved the design, assembly, and optimization of a compact lithium-ion battery pack engineered to power the Factory Co-Pilot device. The focus of Iteration 2 was on improving energy density, thermal management, and structural integration within the device’s limited enclosure. Key enhan...

The first iteration focused on developing a baseline power system to support the initial Factory Co-Pilot wearable prototype. A modular lithium-ion battery pack was designed using readily available cells to deliver consistent power for early AI integration and testing. The enclosure was 3D printed t...