Top Engineering Jobs

Develop and maintain embedded firmware for V-BAT UAVs using C/C++, bare-metal systems, Linux Kernel or RTOS platforms, and custom hardware bring-up. Design avionics software architectures, integrate sensors and subsystems, convert legacy software to RTOS, build CI/CD and automated testing systems, and support hardware-in-the-loop validation, deployment, and production. Collaborate across software, autonomy, electrical, systems, and test engineering teams while delivering reliable aerospace products.

Leads the technical development of a new aircraft program from requirements and architecture through design, integration, testing, and production. Owns air vehicle technical integrity, system-level engineering trades, risk reduction, supplier coordination, manufacturing transition, and multidisciplinary engineering execution across aerodynamics, structures, propulsion, avionics, flight controls, and related systems. Provides hands-on technical leadership, mentors engineers, drives design decisions, and ensures aircraft performance, producibility, reliability, and mission success.

Design and maintain C++ and Python software for complex cross-platform systems. Develop APIs, messaging interfaces, CI/CD workflows, and automated tests while integrating distributed real-time systems, simulation tools, and third-party hardware and software. Debug system-level issues involving threading, timing, and data flow, contribute to architecture, and collaborate across teams. The role requires active Secret clearance and supports potential progression to TS/SCI clearance.

Owns the architecture of Hivemind Forge, an AI development ecosystem for building, training, evaluating, optimizing, and deploying autonomous capabilities. Defines system, software, data, API, SDK, MLOps, simulation, and deployment architectures across cloud, HPC, on-premises, classified, and disconnected environments. Establishes traceability, provenance, reproducibility, security, and human oversight for AI-assisted workflows while guiding cross-functional engineering teams and resolving architectural issues.

Lead technical development and performance improvement across aerospace mechanical suppliers. Assess supplier capabilities, manufacturing readiness, quality systems, capacity, tooling, and processes; drive industrialization, production ramp-up, corrective actions, and recovery efforts. Partner with Engineering, Quality, Manufacturing, Supply Chain, and Strategic Sourcing teams, review technical documentation, support First Article Inspections, resolve manufacturing issues, and ensure compliance with aerospace requirements. Regularly travel to supplier sites and mentor junior team members.

Lead the establishment and maturation of the SRE function across cloud infrastructure and platform services. Define reliability targets, build observability, lead incident response and root-cause analysis, improve resilience through automation and testing, and develop operational tooling. Partner with engineering teams on reliability requirements, establish incident practices, mentor engineers, and manage the short- and long-term SRE roadmap.

Lead the establishment and maturation of the SRE function across cloud infrastructure and platform services. Define reliability targets, build observability and automation, lead incident response and root-cause analysis, improve resilience and recovery, and reduce operational toil. Partner with product and platform teams on reliability-focused design, establish incident practices, manage the SRE roadmap, and mentor engineers across Cloud Engineering and Reliability.

Designs, builds, and operates AWS cloud infrastructure and shared development environments. Automates provisioning and lifecycle management with Terraform, supports containerized workloads, improves observability and reliability, troubleshoots infrastructure issues, implements IAM and security controls, and manages cloud cost, capacity, and compliance requirements.

Design, build, and operate AWS cloud infrastructure, shared development environments, and containerized workloads. Automate provisioning and lifecycle management with Terraform and infrastructure-as-code tools, improve observability and reliability, troubleshoot infrastructure issues, implement IAM and security controls, and optimize cloud costs and capacity while partnering with engineering, cybersecurity, and operations teams.

Lead Shield AI’s digital factory and AI-enabled manufacturing roadmap. Deploy and improve MES, integrate ERP, PLM, QMS, automation, equipment, and connected factory infrastructure, and establish the digital thread across engineering, production, quality, maintenance, and supply chain. Identify and implement AI, predictive maintenance, machine vision, digital twin, analytics, and automation solutions while leading complex cross-functional factory transformation initiatives.