Top Engineering Jobs

Support and evolve cloud platforms across the firm by assisting with AWS infrastructure changes, Terraform or Crossplane claims, internal Python and Bash automation, Kubernetes/EKS operations, GitOps deployments with Argo CD, and infrastructure troubleshooting involving networking, DNS, connectivity, and service health.

Leads the full lifecycle development of satellite and aerospace software systems, including requirements definition, systems architecture, trade studies, verification, validation, testing, anomaly resolution, integration, deployment, and operations. Supports spacecraft product roadmaps, customization, cost optimization, and heritage-platform reuse. The role also leads multidisciplinary teams and performs specialized systems analyses across safety, reliability, security, certification, and related engineering disciplines.

Leads the Controls, Electrical Engineering, and VDC departments; oversees engineering deliverables for large industrial automation and I&C projects; establishes technical standards, workflows, and quality protocols; allocates resources; manages budgets and forecasts; ensures code, safety, and customer compliance; and provides technical leadership in client meetings and business development.

Leads systems engineering integration and documentation for a federal program. Owns the authoritative technical baseline, end-to-end requirements-to-evidence traceability, architecture documentation, configuration control, risk and migration artifacts, and integration of cryptography, PKI, cloud, security, data, RMF, and migration workstreams. Coordinates technical SMEs, resolves evidence discrepancies, maintains decision records and versioned baselines, and ensures documentation supports contractual deliverables, validation, and operational readiness.

Supports quality engineering projects from scope definition through implementation. Provides technical support for manufacturability, process improvements, and design improvements; follows quality systems, ISO, medical device requirements, work instructions, and standard work. Collaborates with sales, customer service, engineering, quality, and finance teams while assisting with customer needs and manufacturing processes.

Support manufacturing and warehousing operations by implementing barcode system improvements, mapping workflows, configuring and testing hardware and software, and assisting with deployment. Create work instructions, troubleshooting guides, training materials, diagrams, and flowcharts while maintaining document version control. Collaborate with engineering, IT, and operations teams, interpret technical information, and ensure compliance with quality systems, ISO standards, and medical device regulations.

Software Engineering Interns rotate across multiple real-world projects, including web and mobile development, server-side APIs, SDKs, desktop applications, cloud infrastructure automation, database development, data science, troubleshooting, bug fixes, and unit testing. Interns use AI-assisted development tools and gain experience across varied engineering disciplines while working from the Carmel, Indiana office.

Mechanical Engineering Interns support engineering and industrial operations through experiments, data analysis, reporting, process improvement, CAD design, equipment testing, and hands-on mechanical maintenance. They collaborate with engineers, operators, and maintenance teams to diagnose issues, develop equipment improvements, optimize production processes, enhance safety, and reduce downtime. The internship combines office-based engineering work with practical experience on the steel production floor.

Electrical Engineering Intern supporting substation reliability, preventive maintenance, electrical system troubleshooting, instrumentation and controls, HMI programming, schematic updates, installation projects, inventory planning, and safety initiatives. The role combines office-based engineering with hands-on industrial experience alongside electricians, operators, contractors, vendors, and maintenance teams in an aluminum cold mill environment.

Electrical Engineering Interns support substation reliability, preventative maintenance, safety initiatives, electrical upgrades, instrumentation and controls, troubleshooting, documentation, inventory, and procurement planning. The role combines office-based engineering with hands-on industrial experience, including field installations, maintenance, schematic updates, HMI programming, PLC logic development, and collaboration with electricians, contractors, vendors, and internal teams.

Supports metallurgy and melt shop operations through scrap and alloy analysis, production data collection, yield-loss identification, process optimization, casting activities, and quality assurance testing. The intern collaborates with operators, engineers, and laboratory personnel, assists with scrap recovery projects, validates spectrometry results, and gains hands-on exposure to steel and aluminum production processes.

Develop embedded software for custom avionics hardware supporting ground testing, manufacturing, and spacecraft flight functions. Responsibilities include implementing processor, peripheral, communication, and closed-loop control functions; writing test and development code for avionics, fluids, and propulsion systems; and producing rigorous, reviewed, tested flight and manufacturing software. The intern will collaborate with hardware, propulsion, and GNC engineers while working onsite in Redondo Beach.

Support spacecraft vehicle engineering projects involving primary structures, tanks, mechanisms, thermal systems, hardware design, analysis, manufacturing, and testing. Collaborate with design and manufacturing engineers to build and test spacecraft hardware, resolve technical issues, and contribute to clean-sheet spacecraft development. This is a 12-week, on-site internship in Redondo Beach, California.

Support development of lithium-ion battery packs for spacecraft through electrical and structural analysis, battery test hardware development, qualification testing, PCB bring-up, battery assembly, CAD modeling, and collaboration with electrical, mechanical, manufacturing, and test teams. This is a 12-week, on-site internship in Redondo Beach, California, with exposure to the full spacecraft development lifecycle.

Supports the mechanical design and development of precision optical hardware for spacecraft, including lens barrels, telescope structures, mounts, baffles, flexures, gimbals, and pointing mechanisms. Converts optical requirements into manufacturable, alignable designs and creates CAD models, drawings, tolerance analyses, GD&T, BOMs, interface documents, assembly procedures, and test fixtures. Collaborates with optical engineers through design, build, testing, and flight qualification.

Propulsion Engineering Intern will support spacecraft propulsion component and system development. Responsibilities include owning development tasks, collaborating with design, testing, and manufacturing teams, validating hardware performance, resolving technical issues, and producing hardware, analyses, and documentation. The 12-week, on-site internship requires hands-on experience with fluid or mechanical systems and foundational knowledge of fluids, thermodynamics, heat transfer, mechanics, and materials. Familiarity with MATLAB, Python, or Excel is preferred.

Supports spacecraft and liquid rocket propulsion assembly, integration, and testing. Responsibilities include designing test systems, inspecting and troubleshooting hardware, conducting test operations, creating documentation, developing tooling and fixturing, improving production processes, and resolving technical issues. The intern collaborates across engineering teams and performs hands-on work with mechanical, fluid, electrical, pneumatic, hydraulic, and electromechanical systems.

Design, manufacture, and test custom RF systems for spacecraft. Responsibilities include selecting RF components, running simulations and link budgets, creating validation plans, developing RF schematics and layouts, supporting manufacturing, and conducting bench testing and system bring-up. The intern will collaborate with RF, avionics, software, and mechanical engineers and use CST, HFSS, and ADS for RF front-end design.

Supports the design, fabrication, integration, and testing of electric propulsion systems and ground support equipment. Responsibilities include operating vacuum chambers and diagnostics, preparing and executing test campaigns, analyzing results, creating CAD designs and engineering documentation, troubleshooting hardware, and collaborating with mechanical, thermal, and controls engineers. The internship provides hands-on experience in propulsion laboratories and spacecraft hardware development.

Support manufacturing engineering teams developing and improving processes for spacecraft components and vehicles. Evaluate fabrication methods, create assembly and inspection processes, collaborate with design teams on reliable and cost-efficient hardware, and resolve technical issues. The intern will gain hands-on experience across machining, structures, propulsion, fabrication, and hardware development from design through build and test. This is a 12-week, on-site internship in Redondo Beach, California, with possible overtime.

Supports aerospace engineering projects through technical documentation, research, data gathering, CAD drawing creation, simulations, analysis, project scheduling, quality inspections, and technical reviews. Provides administrative and technical documentation support while collaborating with engineering teams. Requires current enrollment in an aerospace, mechanical, or related engineering degree program, strong academics, CAD familiarity, analytical ability, teamwork, and communication skills.

The Director of Mobile Engineering will own mobile architecture across iOS and Android, establish AI-native development practices, oversee release readiness, and lead a 10–15-person distributed engineering team. Responsibilities include coaching engineers, hiring, architectural decision-making across mobile, backend, and firmware, roadmap and executive partnership, and maintaining hands-on code review and production involvement. The role requires experience shipping high-quality consumer apps at scale and driving organizational change.

Integrates, deploys, configures, and troubleshoots software across high-performance computing systems and specialized Linux environments. Develops automation scripts, supports HPC schedulers and parallel processing, manages monitoring and logging tools, performs root-cause analysis, and assists with system deployments and upgrades. Collaborates with engineering teams to resolve integration and performance issues while documenting configurations and procedures.

Supports the operation, performance, and reliability of high-performance computing environments. Responsibilities include Linux and Unix administration, enterprise storage support, file system and software management, infrastructure monitoring, Tier 1 and Tier 2 troubleshooting, TCP/IP and high-speed networking support, Bash automation, software compilation, performance optimization, capacity planning, documentation, and collaboration with engineering teams.

Administer and sustain Linux and Unix systems across high-performance computing environments. Responsibilities include operating system installation and upgrades, file system and software management, monitoring, troubleshooting, Bash automation, networking and storage support, performance optimization, capacity planning, incident response, documentation, and Tier 1/2 user support. The role requires collaboration with government and technical stakeholders, adherence to change-management procedures, and active Top Secret/SCI clearance with full-scope polygraph.