ATHARVA JOSHI
SYSTEM_PROFILE
I am a Mechanical Engineering student obsessed with the intersection of hardware and intelligence. While others see static machines, I see opportunities for automation, feedback loops, and Industry 4.0 integration.
My expertise lies in mechatronics, rapid prototyping, and DFAM (Design for Additive Manufacturing). From designing custom vibration fixtures to building assistive robotics, I engineer systems that interact with the real world.
TECH_STACK
CAD & SIMULATION
COMPUTATION
MANUFACTURING
PROJECT_LOGS
// PERSONAL_PROJECTS
Tone Control Mixer
Five-stage analog audio processing system.
Haptic Nav Headset
Ultrasonic feedback device for visually impaired users.
Kibble Dispenser
Wheelchair-mounted mechanical feeder for service dogs.
AM FEA Research
Mesh convergence studies for additive manufacturing.
SpotMicro Robot
Quadruped robot dynamics and control.
// INDUSTRY_EXPERIENCE
Torque Failure Analysis
Vibration Fixture Design
Failure Tracking App
Qualification Reports
CAREER_TIMELINE
- Increased reporting efficiency for 15+ projects by automating LLCR data analysis using Minitab.
- Co-developed a PowerApp for structured customer failure submissions, reducing turnaround by 30%.
- Designed custom vibration fixtures in SolidWorks for complex PCB layouts.
- Optimized mesh refinement in Ansys/Abaqus, achieving < 2% error in FEA deformation analysis.
- Improved simulation speed by 40% via mesh convergence studies.
- Redesigned "PALMS" medical tablet holder with 180° rotary detent mechanism.
- Maintained and calibrated 30+ Industry 4.0 prototyping machines.
- Directed a 15-member team to develop a wearable haptic device for visually impaired users.
- Programmed C++ control logic for sub-200ms object detection.