Jobs at Revel.io

Build, maintain, and scale hardware-in-the-loop (HIL) systems and associated CI infrastructure. Integrate test equipment and instrumentation, improve HIL testing practices, and ensure documentation, automation, and security across the deployment lifecycle.

Build browser-based user interfaces and contribute to backend services and APIs. Work across the stack to support data flow, system performance, and reliability. Collaborate with engineers and operators on greenfield projects, write clean, maintainable, and well-tested code, and grow into a full-stack role.

Write and own content that translates complex technical engineering topics into compelling marketing assets: case studies, blogs, social posts, and product announcements. Collaborate with engineers, designers, and customers to ensure technical accuracy, manage a content calendar, and adapt long-form content into distributed marketing pieces. Occasionally visit on-site test facilities for firsthand reporting.

Early-career embedded software engineer supporting hardware integration, HAL implementation, and Rust userspace development on Linux. Learn hardware debugging tools, contribute tests and reviews, and help ensure safety-critical system reliability under senior guidance.

Own hardware platform end-to-end: evaluate and qualify x86/ARM compute and networking components; bring up and tune Linux for real-time, safety-critical workloads; build fleet health, diagnostics, and observability tooling; implement platform security (Secure Boot, TPM 2.0, disk encryption); design and execute hardware validation campaigns and maintain hardware compatibility matrix.

Own and evolve Revel's simulation product by conducting high-fidelity customer discovery, translating feedback into scoped requirements, owning roadmap and priorities, integrating simulation with the Revel platform, partnering with design, front-end engineering, and marketing, and managing stakeholders through validation, integration, and scaled launch with high ownership and tight timelines.

Build and maintain Nix-native CI/CD and deployment pipelines, manage and optimize a large CI compute pool, drive NixOS adoption and internal packaging, plan capacity and procurement, operate customer-facing production systems, and mentor engineers on Nix and platform best practices.

Deploy and integrate Revel software on customer hardware, write RevelCode, build dashboards, deliver training, troubleshoot embedded systems in field environments, and translate customer feedback into product improvements while traveling to customer sites.

Design, implement, and optimize a specialized compiler for Revel's hardware control language, including parsing, semantic analysis, IR design, optimization passes, and code generation. Collaborate with software, hardware, and systems teams, improve compiler robustness and determinism through testing and benchmarking, and contribute R&D for advanced compiler challenges.

Design and build high-performance browser UIs and backend services for mission-critical hardware control. Own greenfield projects, system architecture, data flow, reliability, mentor junior engineers, and deliver well-tested production software.

Embed with customers to integrate and deploy Revel's platform: write production code, connect to hardware (sensors, actuators, test stands), build dashboards, troubleshoot in-field, translate feedback to product, and partner with internal teams. Requires frequent travel (30–50%) and deep technical customer relationships.

Deploy Revel onsite: integrate software with test stands, sensors, and actuators; write RevelCode and dashboards; troubleshoot hardware/software; build deep technical customer partnerships; translate field feedback to product; travel 30–50%.

Embed with customers to integrate Revel's platform with hardware, write production code, deploy end-to-end systems, build technical customer relationships, translate field feedback to product, and partner with internal teams. Requires frequent travel to customer sites and hands-on hardware troubleshooting.

Develop portable, high-performance embedded software and HALs in Rust/C/C++ for industrial hardware. Integrate and debug devices/protocols (Modbus, SPI, I2C, CAN, UART, RS-485), use hardware tools (logic analyzers, oscilloscopes), reverse-engineer undocumented devices, ensure deterministic low-latency behavior, and validate system reliability to prevent unsafe failures.