A custom hexacopter frame was designed and 3D-printed for manual RC flight, successfully tested for 40 hours without GPS.
View ProjectA modular RC boat designed in CAD and 3D-printed in sections, with epoxy finishing and TPU seals ensuring durability, waterproofing, and smooth operation of battery and motor systems.
View ProjectA lightweight 3D-printed chassis tailored for Jetson Nano, featuring optimized infill, encoder motors, LiDAR mounts, and cable routing for precise navigation and real-time computer vision tasks.
View ProjectDeveloped a precise 2D CAD draft of a gas management plant layout, ensuring accurate piping, equipment placement, and clear process flow representation for industrial planning.
View ProjectDesigned a 2D draft of a 4-stage industrial plant layout, mapping critical equipment, workflow sequences, and safety clearances to support efficient plant operations.
View ProjectCreated a detailed 2D drafting of an 18 m tall minaret, focusing on structural accuracy, architectural detailing, and proportional alignment for construction readiness.
View ProjectA compact 3D CAD model of the Blackboard Transact Modular-1 card machine, designed with precise detailing for the reader and interface, combining functionality, manufacturability, and professional presentation.
View ProjectA sleek CAD model of a flat-base Apple charging station with dedicated iPhone and Watch slots, blending space efficiency, usability, and a modern aesthetic for visualization and prototyping.
View ProjectAn ergonomic CAD model of a modern wireless mouse, featuring contoured grip, detailed buttons, and a compact design optimized for usability, presented cleanly for visualization and prototyping.
View ProjectAn affordable prosthetic gripper with multi-finger actuation, lightweight modular design, and ergonomic proportions, built for accessibility, durability, and natural daily use.
View ProjectA lightweight CAD-modeled headset with dual electrodes and adjustable fabric sheath, designed for comfort, stability, and scalability in neurostimulation medical applications.
View ProjectA stainless-steel femoral impactor designed in SOLIDWORKS with ergonomic handle, tested to withstand 5 kN loads and 100,000 strikes, ensuring durability, precision, and surgical reliability.
View ProjectA lightweight ABS cloth hanger designed with a 4-cavity mold, optimized wall thickness, and precision inserts, achieving ±0.1 mm accuracy and strength to hold up to 5 kg.
View ProjectA polypropylene flushing valve produced with a 2-cavity mold, submarine gate, and precision sealing inserts, delivering leak-free performance and dimensional accuracy under water pressure.
View ProjectA durable PA6 glass-fiber door handle manufactured via injection molding with side-action tooling, cooling channels, and precision inserts, tested to withstand 100,000 usage cycles.
View ProjectA reverse-engineered car exhaust flange with ±0.1 mm accuracy, modeled in Geomagic Design X and exported for SS304 manufacturing, ensuring reliable sealing and high-temperature performance.
View ProjectA damaged alloy rim reconstructed from 3D scan data with ±0.15 mm accuracy, preserving style and strength, and exported for casting, CNC machining, and stress analysis.
View ProjectA broken gear reverse engineered with ±0.05 mm accuracy, restoring tooth geometry, tolerances, and keyway details, enabling precise CNC machining for direct replacement.
View ProjectA CFD study in ANSYS Fluent modeled refrigerant flow in an expansion valve, analyzing turbulence, phase-change, and cavitation to optimize valve design and HVAC efficiency.
View ProjectA transient CFD simulation of a solar panel water heater captured radiation, conduction, and convection, predicting heat flux and efficiency for sustainable energy applications.
View ProjectCFD analysis of finned surfaces studied airflow, heat transfer, and gradients, providing insights for improved fin design and cooling efficiency in electronics and power systems.
View ProjectA finite element model of a stent analyzed radial expansion, stress distribution, and deformation under blood pressure, ensuring reliable, safe, and fatigue-resistant cardiovascular implants.
View ProjectA composite pipe FEM study in ANSYS ACP evaluated ply angles and anisotropic behavior, predicting stress, displacement, and structural response for improved load capacity.
View ProjectA composite channel beam modeled in ANSYS ACP with ply orientations and stacking sequence, showing stress, deflection, and failure indices for optimized lightweight design.
View ProjectA custom hexacopter frame was designed and 3D-printed for manual RC flight, successfully tested for 40 hours without GPS.
View ProjectA modular RC boat designed in CAD and 3D-printed in sections, with epoxy finishing and TPU seals ensuring durability, waterproofing, and smooth operation of battery and motor systems.
View ProjectA lightweight 3D-printed chassis tailored for Jetson Nano, featuring optimized infill, encoder motors, LiDAR mounts, and cable routing for precise navigation and real-time computer vision tasks.
View ProjectDeveloped a precise 2D CAD draft of a gas management plant layout, ensuring accurate piping, equipment placement, and clear process flow representation for industrial planning.
View ProjectDesigned a 2D draft of a 4-stage industrial plant layout, mapping critical equipment, workflow sequences, and safety clearances to support efficient plant operations.
View ProjectCreated a detailed 2D drafting of an 18 m tall minaret, focusing on structural accuracy, architectural detailing, and proportional alignment for construction readiness.
View ProjectA compact 3D CAD model of the Blackboard Transact Modular-1 card machine, designed with precise detailing for the reader and interface, combining functionality, manufacturability, and professional presentation.
View ProjectA sleek CAD model of a flat-base Apple charging station with dedicated iPhone and Watch slots, blending space efficiency, usability, and a modern aesthetic for visualization and prototyping.
View ProjectAn ergonomic CAD model of a modern wireless mouse, featuring contoured grip, detailed buttons, and a compact design optimized for usability, presented cleanly for visualization and prototyping.
View ProjectA lightweight ABS cloth hanger designed with a 4-cavity mold, optimized wall thickness, and precision inserts, achieving ±0.1 mm accuracy and strength to hold up to 5 kg.
View ProjectA polypropylene flushing valve produced with a 2-cavity mold, submarine gate, and precision sealing inserts, delivering leak-free performance and dimensional accuracy under water pressure.
View ProjectA durable PA6 glass-fiber door handle manufactured via injection molding with side-action tooling, cooling channels, and precision inserts, tested to withstand 100,000 usage cycles.
View ProjectAn affordable prosthetic gripper with multi-finger actuation, lightweight modular design, and ergonomic proportions, built for accessibility, durability, and natural daily use.
View ProjectA lightweight CAD-modeled headset with dual electrodes and adjustable fabric sheath, designed for comfort, stability, and scalability in neurostimulation medical applications.
View ProjectA stainless-steel femoral impactor designed in SOLIDWORKS with ergonomic handle, tested to withstand 5 kN loads and 100,000 strikes, ensuring durability, precision, and surgical reliability.
View ProjectA reverse-engineered car exhaust flange with ±0.1 mm accuracy, modeled in Geomagic Design X and exported for SS304 manufacturing, ensuring reliable sealing and high-temperature performance.
View ProjectA damaged alloy rim reconstructed from 3D scan data with ±0.15 mm accuracy, preserving style and strength, and exported for casting, CNC machining, and stress analysis.
View ProjectA broken gear reverse engineered with ±0.05 mm accuracy, restoring tooth geometry, tolerances, and keyway details, enabling precise CNC machining for direct replacement.
View ProjectA CFD study in ANSYS Fluent modeled refrigerant flow in an expansion valve, analyzing turbulence, phase-change, and cavitation to optimize valve design and HVAC efficiency.
View ProjectA transient CFD simulation of a solar panel water heater captured radiation, conduction, and convection, predicting heat flux and efficiency for sustainable energy applications.
View ProjectCFD analysis of finned surfaces studied airflow, heat transfer, and gradients, providing insights for improved fin design and cooling efficiency in electronics and power systems.
View ProjectA finite element model of a stent analyzed radial expansion, stress distribution, and deformation under blood pressure, ensuring reliable, safe, and fatigue-resistant cardiovascular implants.
View ProjectA composite pipe FEM study in ANSYS ACP evaluated ply angles and anisotropic behavior, predicting stress, displacement, and structural response for improved load capacity.
View ProjectA composite channel beam modeled in ANSYS ACP with ply orientations and stacking sequence, showing stress, deflection, and failure indices for optimized lightweight design.
View Project