Jobs at Nevada Heat Treating

Designs and analyzes mechanical components and assemblies for aerospace and mission-critical applications. Performs structural, vibration, thermal, and static analyses; creates and reviews drawings; supports manufacturing, production, testing, quality resolution, troubleshooting, and R&D. Collaborates with RF, manufacturing, production, QA, customers, vendors, and sales while ensuring design-for-manufacturability, aerospace compliance, documentation quality, and continuous improvement.

Develop and troubleshoot firmware, drivers, and embedded software for robotic and electromechanical systems. Responsibilities include hardware bring-up, board integration, testing, requirements translation, firmware deployment, and debugging with electrical and mechanical teams. The role involves motor controllers, actuators, sensors, communication protocols, RTOS development, ROS integration, software testing, and continuous integration. Travel may be required for hardware assembly, testing, and integration.

Develops and executes RF, environmental, and systems tests; creates test plans, procedures, layouts, reports, and readiness review packages. Collaborates with RF, mechanical, and systems engineers to verify product performance against customer requirements. Troubleshoots test issues, processes data, configures RF test equipment, supports technicians, reviews specifications, contributes to proposals and production support, and mentors junior engineers. The role requires extensive RF testing experience, engineering or related education, programming skills, and familiarity with communication systems and environmental testing.

Develop and troubleshoot production firmware, drivers, and embedded software for robotic and electromechanical systems. Responsibilities include hardware bring-up, motor and sensor integration, board testing, requirements translation, firmware deployment, documentation, and debugging. The role collaborates with electrical engineers and technicians and may support spaceflight, avionics, radiation-hardened electronics, and field integration. Travel may be required for assembly, testing, and integration.

Lead the architecture, systems engineering, analysis, integration, testing, and operational support of communications payloads for LEO, MEO, and GEO satellite missions. Perform payload trade studies, requirements development, link and performance analyses, supplier evaluations, spacecraft resource assessments, verification planning, and mission support. Collaborate with multidisciplinary spacecraft teams, suppliers, and AIT organizations throughout the payload lifecycle.

Project Engineer II leads aerospace antenna engineering projects from planning and design through testing, validation, and delivery. Responsibilities include 3D modeling, drafting, design reviews, troubleshooting, prototype development, test analysis, risk mitigation, customer communication, and cross-functional coordination with manufacturing, quality, and program management. The role also supports project budgets and schedules, ensures technical compliance, identifies design improvements, and mentors junior engineers.

Drives business growth in the aerospace and defense industry by identifying strategic opportunities, building customer and partner relationships, supporting proposal development, developing win themes, and conducting competitive analysis. The role requires technical aptitude, sales expertise, strategic thinking, and frequent engagement with decision-makers. It is remote but requires travel up to 75% of the time and involves U.S. export-control eligibility.

Leads strategic sourcing initiatives, supplier negotiations, contract preparation, cost reduction, risk mitigation, and vendor performance management. Coordinates cross-functional requirements, integrates new suppliers, evaluates market intelligence, and supports reliable material supply. Requires experience with aerospace or defense subcontracting, major vendor contract negotiations, and supply chain or industrial engineering practices.

Leads complex aerospace antenna programs from proposal through delivery, serving as the primary customer advocate and coordinating internal stakeholders. Responsibilities include program planning, budgeting, scheduling, EVMS tracking, risk mitigation, scope management, contract compliance, cost control, re-baselining, and stakeholder communications. The role also guides PMO best practices and ensures programs meet customer requirements, organizational capabilities, profitability targets, and delivery commitments.

Performs budgeting, forecasting, financial modeling, reporting, variance analysis, cost analysis, and ad hoc analysis. Builds Power BI reports and financial models by querying and merging data from multiple sources. Collaborates with department leaders and operational teams to support strategic decisions, improve cost efficiency, and explain financial performance.

Develop and improve manufacturing methods by collaborating with engineering, management, and production. Responsibilities include reviewing mechanical designs, creating SolidWorks CAD models and drawings, modifying routers, performing tolerance analyses, supporting corrective actions, estimating costs and production standards, conducting manufacturing readiness reviews, and leading plastic 3D-printing initiatives. The role also supports training, documentation, quality compliance, and cross-functional technical consultation.

Develops and troubleshoots firmware, drivers, and embedded software for robotic and electromechanical systems. Responsibilities include hardware bring-up, board integration, testing, requirements translation, firmware deployment, and collaboration with electrical engineers and technicians. The role involves embedded C/C++ and Python development, real-time systems, robotics integration, communication protocols, automated testing, and debugging using electronics tools. Travel may be required to support hardware assembly, testing, and integration.

Develops and executes RF, environmental, and systems tests; creates test plans, procedures, layouts, reports, and readiness review packages. Collaborates with RF, mechanical, and systems engineers to verify customer requirements, troubleshoot test issues, process data, and control RF equipment. Supports technicians through training and mentorship, contributes to design reviews and proposals, and provides production and integration support.

Develops and improves manufacturing methods by collaborating with engineering, production, and management. Responsibilities include reviewing mechanical designs, creating SolidWorks models and drawings, modifying routers, performing tolerance stack-up analysis, supporting corrective actions, estimating costs and process requirements, conducting manufacturing readiness reviews, and leading plastic 3D printing initiatives. The role also supports training, documentation, quality compliance, and production process improvements.

Develops and improves manufacturing methods for engineered aerospace and defense products. Collaborates with engineering, management, and production; creates SolidWorks models and drawings; manages production documentation, tolerance analyses, discrepancy reports, and manufacturing readiness reviews. Estimates costs, tooling, and process requirements, supports production planning, and leads continuous improvement while ensuring AS9100 and quality compliance.

Designs and analyzes aerospace components and assemblies using SolidWorks, Nastran, and Femap. Performs structural, vibration, and thermoelastic analyses; reviews drawings and tolerance stack-ups; collaborates with RF, manufacturing, production, QA, customers, and vendors; supports testing, troubleshooting, documentation, proposals, and continuous improvement. Requires aerospace design experience, mechanical or aerospace engineering education, manufacturing-process familiarity, and technical presentation skills.

Project Engineer II will lead aerospace antenna engineering projects from design through testing and delivery. Responsibilities include creating project plans, budgets, schedules, CAD models, drawings, specifications, prototypes, and test plans; troubleshooting design and production issues; analyzing failures; managing risks; coordinating cross-functional teams; communicating with customers; and mentoring junior engineers. The role requires collaboration with manufacturing, quality, program management, and customers while ensuring technical, schedule, cost, and regulatory requirements are met.

Develops and executes RF, environmental, and system-level tests for engineered components and systems. Creates test plans, procedures, layouts, reports, verification methods, and Test Readiness Review packages. Collaborates with RF, mechanical, and systems engineers; supports technicians through training, troubleshooting, and test execution. Reviews customer specifications, analyzes test data, configures RF test equipment and data-processing methods, supports design reviews and proposals, and maintains integration and test processes.