AlphaIgnis

Senior Software Engineer - Robotics (F/M/D)

🇩🇪 Munich, Alemanha Presencial TI Tempo inteiro Sénior Publicado Mai 28, 2026
Localização Munich, Alemanha
Modalidade Presencial
Contrato Tempo inteiro
Senioridade Sénior
Categoria TI
Categoria IT Engenharia Back End
Idioma English
Publicado 28 de Maio de 2026
Última verificação 28 de Maio de 2026
Contexto da JobGrid

Resumo da vaga pela JobGrid

Senior Software Engineer - Robotics (F/M/D) at AlphaIgnis: Munich, Alemanha; Presencial; Tempo inteiro; Sénior; TI. JobGrid adds normalized role facts, source context, and a path to the employer application page so candidates can compare the listing before applying.

  • Location and workplace: Munich, Alemanha, Presencial
  • Role classification: TI, Engenharia Back End, Tempo inteiro, Sénior
  • Source freshness: checked by JobGrid on 2026-05-28.
  • Application path: candidates continue to the employer application page with non-personal referral tags.

The Opportunity

As a founding member of the Platform Team, you will architect and build the software backbone of the company. The platform must operate across two domains: high-performance distributed computing for AI research (training, large-scale data ingestion, RL simulation) and real-time, resource-constrained execution on physical robot hardware.

This is a greenfield opportunity where you will make foundational architectural decisions that define how the system scales from prototype to production. You will bridge research and hardware, enabling state-of-the-art models to be trained efficiently and deployed reliably in the real world.

Your Responsibilities

  • Architect and build a scalable software platform unifying research workflows (training, simulation) and production systems (real-time inference, data collection)
  • Bridge research and hardware by building tooling that enables seamless transition from Python-based research environments to performant C++/Rust runtimes on robots
  • Optimize critical system paths, including inference latency, distributed training throughput, and resource utilization
  • Establish engineering foundations including CI/CD pipelines, build systems (Bazel), and containerization (Docker)
  • Design and implement fault-tolerant systems for long-running experiments and safety-critical robotic operations

Technologies

  • Python
  • C++ (or Rust)
  • Distributed systems and microservices
  • gRPC / REST APIs
  • Docker
  • Bazel
  • CI/CD systems
  • AWS / GCP / Azure
  • Kubernetes (nice to have)
  • Slurm (nice to have)
  • ROS2 / DDS (nice to have)
  • Terraform / Ansible (nice to have)
  • Simulation tools (Isaac Sim, MuJoCo) (nice to have)