Systems · Software · Hardware

I BUILD THINGS THAT
ACTUALLY FLY.

From Mach 5 CFD to edge-deployed computer vision — the full-stack aerospace engineering toolkit.

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Technical Skills
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Engineering Tools
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Code Languages
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Spoken Languages
01 — Core Competency Map

CAPABILITY AT A GLANCE

Six core domains. One integrated skill set built for aerospace defense work.

SYSTEMS INTEG.SOFTWARE DEVHARDWAREMANUFACTURINGANALYSIS / CFDCAD / DESIGN

FULL-SPECTRUM AEROSPACE

Most engineers specialize in one domain. This radar shows capability across all six — from systems-level integration down to component manufacturing. Strongest in systems integration and CAD, with solid depth across software, hardware, and analysis.

SYS INTEG 90% · SOFTWARE 80% · HARDWARE 85%
MFG 87% · ANALYSIS 70% · CAD 88%
02 — Programming Languages

FOUR LANGUAGES. ONE MISSION.

Every language serves aerospace and defense — from flight firmware to browser-based 3D telemetry.

85%
Python
ML / CV / Automation / ONNX
75%
JavaScript
Three.js / Chart.js / Frontend
65%
C / C++
Embedded / I²C / SPI / Firmware
60%
G-Code
CNC / Toolpaths / Manufacturing
03 — Engineering Software

THE TOOLS BEHIND
THE SYSTEMS

Industry-standard simulation, design, and analysis tools — each tied to real project output.

CAD & Design
Onshape90%
NX Siemens85%
Blender60%
Fusion 36055%
Analysis & Data
Microsoft Excel90%
MATLAB85%
ANSYS Fluent80%
LabVIEW80%
KiCad65%
04 — Hardware & Build

WHERE CODE MEETS
THE PHYSICAL WORLD

Real boards, real sensors, real drones. Every skill forged through hands-on fabrication.

SYSTEMS INTEGRATION

S.A.R.D required integrating flight controllers, Arducam 64MP, LSM9DS1 IMU, PCA9685 servo driver, and Raspberry Pi 4B into one cohesive surveillance system. Every wire, every protocol, every timing constraint.

90%
AVIONICSSENSOR FUSIONFLIGHT CTRLDAQ

Integration isn't just plugging things together. It's understanding why the IMU drifts at 3° per minute and implementing a Kalman filter to correct it in real-time.

UAV / DRONE DESIGN

Built and flight-tested a multi-rotor surveillance drone from scratch. Frame, motor/ESC matching, prop sizing, controller tuning, payload integration.

85%
ASSEMBLYFLIGHT OPSMISSION PLAN

EMBEDDED SYSTEMS

Arduino for servo control. Raspberry Pi 4B running ONNX inference at the edge. Custom I²C communication with IMU and servo driver.

85%
ARDUINORASPBERRY PIEDGE AI

3D PRINTING

FDM & SLA fabrication for drone components and rapid prototyping. Custom profiles for structural parts.

90%
FDMSLAPROTOTYPING

BIOPRINTING

3D bioprinter operation, hydrogel formulation for tissue engineering research applications.

80%
BIOMATERIALSLAB OPSTISSUE ENG.

SOLDERING & ASSEMBLY

Through-hole, SMD, wire management for avionics and prototype circuits.

70%
THROUGH-HOLESMDWIRE MGMT
05 — How I Work

SKILLS THAT DON'T FIT
ON A CHART

Technical ability gets the job done. These are what make it worth doing well.

Project Management
Led S.A.R.D from concept through PCB design, assembly, firmware, testing, and deployment.
Technical Communication
Documented with enough rigor for peer review, enough clarity for stakeholders.
Team Leadership
The kind where you're also the one soldering at 2AM.
First-Principles Thinking
I derive the Kalman filter from the state-space model. Understanding why over knowing what.
Time Management
3.8 GPA while running multi-month hardware builds and defense internship apps.
Rapid Prototyping
CAD it, print it, test it, break it, fix it. Fast enough to learn, slow enough to learn right.
06 — Languages

THREE LANGUAGES.
ZERO BARRIERS.

English
Native fluency
Hindi
Fluent
Gujarati
Fluent

SKILLS ARE JUST TOOLS.
WHAT MATTERS IS WHAT YOU BUILD WITH THEM.

See my projects to find out →