Eshan Jain

About Me

Education: EEE Undergrad @ DSCE

Location: Bengaluru, India

Email: iameshanofficial@gmail.com

I'm an Engineering undergrad who prefers terminal commands over GUIs, and I build the software systems that make modern computing tick.

My current focus is locked onto writing high-performance, low-latency code. I spend my days deep in Modern C++ (C++20) and Python, building algorithmic pipelines, crunching complex datasets, and optimizing system architectures on Linux.

If I'm not debugging a tricky segmentation fault or optimizing data structures, I'm probably fine-tuning my terminal workflow or writing scripts to automate the boring parts of life.

"I don't fear computers. I fear lack of them."

Tech Stack

Modern C++ (C++20) Python (NumPy/Pandas) Arch Linux Ubuntu / Linux Git / Version Control Data Structures System Architecture Algorithmic Design

Selected Projects

Water Rocket Simulator

sim Python

accuracy97.4% iters10k

A Python-based simulation engine to optimize launch parameters, calculating trajectories and nozzle efficiency for competition rockets.

View on GitHub →

def simulate(mass, pressure, nozzle_r):
    v_ex = calc_exhaust(nozzle_r)
    thrust = pressure * pi * nozzle_r**2
    return integrate(mass, thrust, v_ex)

Helios-Scythe

robotics autonomous

energysolar path-plan✓

An automated, solar-powered robotic grass cutter designed for energy independence. Features obstacle avoidance and autonomous path planning.

View on GitHub →

void avoidObstacle() {
  if (ultrasonic.read() < 20) {
    motor.stop(); rotate(90);
    planPath(grid, current);
  }
}

IgnisLink-32

ESP32 wireless

range100m encryptedAES

A wireless rocket launch controller built on the ESP32 architecture. Ensures safe, remote ignition with encrypted communication protocols.

View on GitHub →

esp_err_t sendIgnition() {
  encrypt(payload, AES_KEY);
  return esp_now_send(
    peer, payload, sizeof(payload));
}

VoyagerX

FPV aero

thrust:wt4.2:1 PIDtuned

High-performance FPV racing drone engineering. Focused on optimizing power-to-weight ratios, PID tuning, and aerodynamic efficiency.

View on GitHub →

float pidUpdate(pid_t* p, float e) {
  p->integral += e * dt;
  float d = (e - p->prev) / dt;
  return Kp*e + Ki*p->integral + Kd*d;
}

Licenses & Certifications

100 Days of Code: Python Pro Bootcamp

Udemy (Angela Yu)

Issued Oct 2024

View Credential

Linux for Robotics (ROS)

The Construct

Issued 2025

View Credential

C Programming Professional

Certified Credential

Issued 2025

View Credential

About Me

Tech Stack

Selected Projects

Water Rocket Simulator

Helios-Scythe

IgnisLink-32

VoyagerX

Licenses & Certifications

100 Days of Code: Python Pro Bootcamp

Linux for Robotics (ROS)

C Programming Professional

CONTACT