Top Engineering Jobs

Lead IC layout discipline for RF and analog blocks: floorplanning, power/ground distribution, pad placement, custom RF/analog layout, DRC/ERC/LVS checks, top-level integration, foundry tape-out, EDA tool evaluation, and mentoring/guides for layout techniques.

Lead on-chip RF and analog layout for advanced-node mixed-signal ICs, defining floorplans, power/ground distribution and pad placement. Perform custom block layout, DRC/ERC/LVS checks, top-level integration, GDS generation and tape-out. Collaborate with designers, packaging, manufacturing and EDA suppliers; estimate schedules, identify risks, and produce tooling/guides to improve layout practice.

Design, simulate, and analyze photonic integrated circuit building blocks and package optical interfaces. Specify PIC systems, perform IC floorplanning/layout, characterize high-speed electrical and optical components, develop automated test equipment, and support production testing in collaboration with cross-disciplinary teams.

Design and simulate photonic integrated circuit building blocks and optical interfaces; derive PIC specifications; perform IC floorplanning and layout; characterize high-speed optical link electrical and optical blocks; develop test equipment and support production testing and qualification for space- and ground-deployed PICs.

Lead RFIC/mixed-signal layout for advanced-node chips: floorplanning, power/ground distribution, custom analog/RF block layout, DRC/LVS and LVS resolution, top-level integration, tape-out, EDA tool evaluation, and mentoring through guides/demos.

Design, simulate, and characterize RF/analog/mixed-signal ICs for space and ground deployments. Derive RFIC specifications, perform floorplanning and layout, model package parasitics, validate prototypes, analyze radio performance, and support production testing and automated lab equipment development with cross-disciplinary teams.

Design, simulate, and characterize electro-optical and RF/analog/mixed-signal circuits and photonics building blocks for silicon photonics PIC/EIC. Perform floorplanning, layout, packaging and parasitic modeling, collaborate with cross-functional teams, develop test equipment and production qualification processes for high-speed optical links supporting space and ground deployments.

Design and implement custom RF and analog IC layouts, lead floorplanning and top-level integration, perform DRC/ERC/LVS and tape-out tasks, collaborate with package and circuit designers, and develop tooling/scripts and best-practice guides to improve layout quality and manufacturability for advanced-node silicon.

Design, simulate, and characterize RF/microwave circuits, MMICs, boards and packages for space and ground systems. Derive RF specifications, evaluate prototypes, develop automated test equipment, and support production testing of RF avionics components.

Lead a cross-functional Agile team to design, develop, test, and deploy Microsoft-stack enterprise applications. Balance hands-on C#/.NET development, architecture and code quality (TDD/BDD/ATDD), mentor developers, perform code reviews, and manage operational and project work to meet timelines while maintaining low technical debt.

Lead PracticeMatch engineering: define multi-year modernization roadmap, align engineering with product and business, run delivery and incident response, build CI/CD/observability, adopt responsible agentic AI, hire and develop engineering teams, and communicate progress to senior leadership.

Lead and scale the EIQ engineering organization, set technical vision and architecture, partner with Product, hire and develop leaders and ICs, own CI/CD and cloud infrastructure (GCP/AWS), drive strategic roadmaps, and represent engineering in executive discussions while embedding LLM/agentic workflows.

Lead and manage the Sentinel program Manufacturing Engineering team in Roy, UT. Oversee execution of SOWs, resource and schedule planning, producibility analysis, MBOM and work instruction creation, supplier capability assessment, digital engineering consistency, metrics/reporting, and team development to meet cost, schedule, and delivery requirements.

Design and integrate avionics and electrical harnesses for air vehicle systems. Create CAD layouts, electrical schematics, and cable/interface assemblies. Coordinate procurement and lab integration, support troubleshooting, verification, and documentation across the product lifecycle.

Administer and maintain Teamcenter CAD/PLM systems; serve as CREO/NX SME; validate 3D models against 2D drawings and ASME standards; create standards, workflows, templates, and automation; support CAD users, resolve issues, and ensure data integrity for manufacturing and quality use.

Manage a 10–15 engineer software team for MDC2 programs, blending 15–20% people management with 80–85% hands-on embedded/safety-critical software design, implementation, testing, and program support. Drive hiring, performance reviews, mentoring, requirements, CI/CD, and certification compliance (DO-178).

Lead and stand up the Integrated Functional Capability Systems Engineering & Integration (IFC-SEI) team, define Level 1/2 requirements, create strategic and detailed IFC plans and schedules, coordinate IPTs for hardware/software configuration and incremental delivery, drive system integration to certification, perform control account and risk management, and support model-based and agile system engineering across ground and flight test activities.

Serve as the on-site technical liaison between field operations, engineering, and customers to resolve field issues, lead configuration change processes, manage multiple CRs, mentor engineers, oversee modification implementation, and support data center, network, and communication system troubleshooting. Requires on-site work and up to 25% travel.

Lead a mechanical hardware engineering team through concept-to-production for RF systems and LRUs. Oversee project execution, staffing across programs, process improvements, collaboration, training, and represent the organization to stakeholders and customers.

Lead a ~10-person systems engineering team for the Sentinel program, owning technical and programmatic leadership, requirements, architecture modeling, interface and verification development, OPSCON documentation, work package cost/schedule, and employee performance management.

Manage a Systems Engineering section (8–12 ICs) for the SDS portfolio, providing mentorship, performance management, process training, and staffing. Spend ~20% on functional homeroom duties and ~80% on technical systems engineering work on Sentinel/ICBM programs. Apply MBSE (Cameo), DOORS requirements management, verification planning, and interface definition to support program engineering and integration.

Lead sustaining engineering team for ICBM Operational Software Sustainment Program: direct technical direction, ensure contract and regulatory compliance, mitigate technical risks, coordinate with program management and government, deliver solutions, and support long-term sustainment and verification activities. Occasional travel required.

Design, analyze, and test spacecraft GNC subsystems including attitude and position control, guidance for rendezvous/proximity operations, and navigation filters. Develop sensor/actuator/system/space-environment simulations, perform concept-phase analyses (actuator/sensor sizing and placement), document and present results, and support integration, test, and on-orbit operations as needed.

Manage and grow a software engineering team (20%) while leading technical efforts (80%) across the full software lifecycle in an Agile environment. Define architectures, develop and verify capabilities, perform integration/testing, conduct design reviews, manage requirements/MBSE, produce documentation, support recruiting/training, and brief stakeholders. Requires active Secret clearance and occasional travel.

Administer and manage Teamcenter CAD/PDM systems, serve as SME for Creo and Teamcenter, validate 3D models against 2D drawings and ASME standards, implement modeling standards and workflows, automate processes, support end users, and ensure released CAD models are production-ready.