Role: Flight Software Engineer

Code the brain of the vehicle. Command the ascent. Execute the landing burn. In orbital mechanics, a segmentation fault isn't a bug—it's catastrophic vehicle loss.

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// Mission_Overview

At AlgoForge Aerospace, we don't write web apps; we write the autonomous neural network of the AF-Series launch vehicles. As a Flight Software Engineer, your code runs on the metal, commanding everything from the VORTEX-1 RDE ignition sequence to supersonic grid-fin actuation.

You will architect deterministic, hard-real-time systems where jitter is measured in microseconds. You are responsible for ensuring that sensor fusion, trajectory execution, and abort logic operate flawlessly under extreme launch vibrations and orbital radiation.

Operational Objectives

Architect and deploy deterministic, zero-allocation flight software in Modern C++ (17/20) and Rust for the AF-Series launch vehicles.

Develop high-fidelity Hardware-in-the-Loop (HITL) simulation frameworks to rigorously validate flight logic against physical avionics before pad operations.

Design fault-tolerant, autonomous state machines governing pad hold-down release, Max-Q throttling, stage separation, and propulsive landing.

Write bare-metal drivers for mission-critical sensors (IMU, Star Trackers) and actuators (TVC, pneumatic valves) over CAN FD, RS-422, and Ethernet.

Support live mission control operations, analyzing high-frequency telemetry data during static fires and orbital launch attempts.

Mission Prerequisites

BS/MS in Computer Science, Computer Engineering, or Electrical Engineering with a relentless focus on systems-level programming.

Expert-level proficiency in C++ or Rust, with a deep, intuitive understanding of memory safety, pointers, and hard-real-time constraints.

Extensive experience with embedded systems, RTOS (FreeRTOS, RTEMS, VxWorks), and bare-metal microcontroller architectures.

Familiarity with continuous integration (CI/CD) pipelines for embedded targets and automated HITL test suites.

A hacker's mindset paired with aerospace rigor—you must be obsessed with wringing every microsecond of performance out of custom flight silicon using JTAG and Logic Analyzers.

— Deployment Benefits —

Direct Impact

Your algorithmic logic directly controls millions of pounds of thrust.

Custom Silicon

Run bare-metal code on bespoke, radiation-tolerant flight computers.

Hardware Loop

Test your code on physical engines and avionics, not just emulators.

High Velocity

Zero red tape. Write code today, hot-fire it on the test stand tomorrow.

System Diagnostics

Department

Flight Software & Avionics

Location

Bengaluru, India

Language

Modern C++ / Rust

Environment

Linux / Custom RTOS

Target

ARM Cortex-R / FPGA

Status: Critical Build

Mission Parameters

Hardware First

Work on real propulsion hardware, not just slide decks or concept art.

Elite Team

Small, highly technical unit with direct ownership of critical systems.

High Impact

Your decisions materially shape the vehicle architecture and company trajectory.

No Hype

Focused purely on physics, testing, and execution. We build, we launch.

Candidate Application

Applying for: Flight Software Engineer