Senior Platform Infrastructure Engineer
Boston, NH - USA
Job Summary
About you:
We are seeking a Senior Platform Infrastructure Engineer to design and operate the compute and virtualization backbone that supports HIL AIR and SIL environments.
This role owns the implementation and operational stability of the simulation execution substrate including hypervisors virtual machines containerization CI pipelines and artifact management.
Responsibilities:
1. Simulation Compute Architecture
Design and manage high-performance compute infrastructure (e.g. Proxmox or equivalent hypervisor environments)
Define VM topology standards for virtual test environments
Implement reproducible image and deployment strategies
2. CI/CD & Automation
Build and maintain CI/CD pipelines for simulation artifacts
Ensure deterministic and traceable builds for runtime models and routing software
Automate deployment into SIL and HIL environments
3. Configuration & Version Discipline
Implement artifact versioning and compatibility tracking
Maintain structured configuration management across aircraft variants
Partner with Simulation Platform engineers to enforce schema and interface validation
4. Reliability & Observability
Implement logging monitoring and system health visibility for simulation environments
Improve toolchain reliability and reduce infrastructure-related breakage
Required Qualifications:
7 years of experience in infrastructure engineering DevOps or platform engineering
Experience designing virtualization or container-based execution environments
Strong proficiency in Linux systems Python and/or C
Experience implementing CI/CD pipelines in engineering-heavy environments
Experience working with distributed or multi-component systems
Preferred Qualifications:
Experience supporting simulation or autonomy validation environments
Familiarity with HIL/SIL environments
Experience in safety-critical or regulated industries
Required Experience:
Senior IC
About Company
Merlin is the aviation technology company propelling the future of fully autonomous flight.