Gravis Robotics

You'll design and deploy advanced **real-time localization and mapping** systems for autonomous heavy construction machines. Your work will directly impact **a trillion-dollar industry** by enabling one operator to control a fleet of earthmoving robots. This role combines cutting-edge research with **production-quality implementation**.

You'll **own the safety lifecycle** for autonomous heavy machinery at a **robotics startup turning construction machines into intelligent robots**. Leading hazard analysis and safety design, you'll ensure products are safe by design for real-world deployments globally.

You'll own digital security across the full product lifecycle for **autonomous construction robots**, from embedded software to cloud infrastructure. Your work will enable safe global scaling of a **trillion-dollar market** technology. You'll lead the company's **EU Cyber Resilience Act readiness** as the solo expert shaping our security culture.

You'll join a robotics startup turning heavy machines into autonomous robots. You'll **own the data pipeline** turning raw telemetry into actionable insights, building dashboards the whole company uses. This is a chance to **shape how a fast-growing robotics company sees its fleet**.

You'll work on **autonomous excavator systems** for construction sites, bridging engineering and field deployments. Your core impact is defining test scenarios, debugging real-world failures, and enabling beta deployments. This role blends hands-on integration with **learning-based automation** in a fast-growing startup.

You'll join a team in Zurich to design and prototype custom hardware that turns excavators into autonomous machines. You'll own mechanical designs for the vehicle integration package and collaborate on multidisciplinary challenges.

You'll design and operate **CI/CD pipelines** for a fleet of **20-ton autonomous robots**, enabling high-velocity development across platform, autonomy, and perception teams. This role fuses **infrastructure-as-code** with robotics data systems.

You'll join Gravis Robotics to build autonomous construction robots, contributing to **observability and monitoring tooling** that the whole company depends on. You'll own the Prometheus/Grafana/OpenTelemetry stack and design the on-call alerting pipeline.

You'll lead the **technical execution** of customer deployment projects for **autonomous construction robots** at a cutting-edge startup. You'll bridge R&D and real-world deployment, ensuring **reliability and performance** in the field. This hybrid role offers hands-on robotics work with direct customer impact.

You'll join a startup turning heavy construction machines into intelligent autonomous robots. You'll contribute to developing **AI-based control systems** and **environment perception** for real-world deployment. This role offers hands-on work with **large-scale robotics** in a rapidly growing company.

You'll own the entire simulation landscape at **Gravis Robotics**, defining architecture and strategy for simulation-based testing, ML policy training, and synthetic data generation. Your work will directly impact **deploying autonomous heavy machinery** in real-world construction sites. This high-impact role is set to grow into a **technical team lead position**.

You'll **configure autonomy kits** for heavy construction machines at **Gravis Robotics**, a deep-tech startup. Your work will directly support commissioning of real-world robot deployments. This role offers hands-on exposure to a production robotics stack.

You'll build real-time 3D interfaces for autonomous heavy machinery, working with game designers and engineers. Your work will **gamify the control of robotic earthmovers** in a trillion-dollar industry. This role combines game dev with **real-world autonomous systems**.