Jobs at Beehive Industries

Leads supplier manufacturing process optimization, continuous improvement, quality enhancement, and cost reduction. Assesses supplier capabilities, supports new product introduction and production ramp-up, resolves technical issues, and implements corrective actions. Partners with engineering, quality, procurement, operations, and suppliers on process capability, first article documentation, DFM reviews, and supplier improvement plans. Requires mentoring, supplier coaching, performance reporting, and travel to supplier sites.

Leads strategic HR partnership for Products and Technology organizations, including organizational design, change management, workforce planning, global HR program development, talent acquisition partnership, compensation alignment, and retention strategy. Advises senior leaders, supports technical engineering teams, develops high-potential talent, and builds scalable HR structures for a rapidly growing defense manufacturing company.

Serves as the technical authority for Metal Binder Jet additive manufacturing, leading process development, materials optimization, qualification, validation, production scale-up, and continuous improvement. Establishes manufacturing standards and process controls, resolves complex metallurgy and thermal-management issues, guides cross-functional engineering teams, supports aerospace and defense production initiatives, mentors engineers, and influences technology roadmaps and manufacturing strategy.

Leads rotordynamics design, analysis, testing, and development for novel jet engines and rigs. Performs critical-speed, forced-response, stability, structural, modal, and vibration analyses using specialized software and ANSYS Workbench. Coordinates cross-functional design reviews, develops test plans, evaluates results, supports additive manufacturing innovation, documents technical data, and may scale future engineering capabilities and teams.

Leads mechanical stress, finite element, component life, and rotor dynamics analyses for turbomachinery systems while managing and developing a team of analysts. Oversees technical standards, work planning, validation test reviews, design trade studies, documentation, and cross-functional collaboration. Requires extensive gas turbine component design experience, ANSYS expertise, additive manufacturing knowledge, engineering leadership, and eligibility for a U.S. government security clearance.

Leads HR activities for a machining center, partnering with operations leaders on workforce strategy, organizational development, employee relations, performance management, talent development, succession planning, compliance, compensation, engagement, and workforce analytics. Manages HR professionals, supports hiring and business planning, coaches leaders through complex employee matters, and drives HR process improvement and organizational effectiveness.

Lead and execute the engineering configuration management function as a player‑coach: establish processes, baselines, change control, traceability, and governance; chair the Configuration Control Board; manage complex engineering changes; partner across engineering, manufacturing, quality, and supply chain; build and coach the CM team; ensure compliance with military specifications and support product transition from development to production.

Lead the design, development, tuning, integration, and testing of gas turbine engine control systems. Develop control laws, software, hardware architectures, requirements, simulations, actuators, and FADEC/EEC systems. Lead engine and component test programs, design reviews, simulator integration, control system validation, and cross-functional coordination with propulsion, mechanical, aero, materials, and manufacturing teams. Document technical data and represent controls engineering with internal and external stakeholders.

Design, develop, integrate, and validate gas turbine engine control software, control laws, simulation models, and associated hardware. Perform dynamic modeling, stability analysis, tuning, verification, validation, and test-data analysis. Support EEC and FADEC development, HIL/SIL environments, engine testing, technical reviews, and cross-functional propulsion-system integration. Lead technical activities, resolve system issues, document engineering results, and mentor junior engineers.

Lead the engineering configuration management department for jet engine products. Establish configuration management strategies, chair the Configuration Control Board, maintain technical data and product baselines, manage engineering changes, and ensure compliance with industry and military standards. Support turbomachinery design, systems integration, production transition, model-based systems engineering, root-cause analysis, and corrective actions while coordinating cross-functional engineering teams.

Design, develop, integrate, and validate gas turbine engine control software, control logic, simulation models, and associated hardware. Perform control-system analysis, verification, validation, HIL/SIL integration, engine test data analysis, and control-law tuning. Support EEC and FADEC development, engine testing, technical reviews, and cross-functional propulsion programs. Mentor junior engineers and contribute to additive manufacturing integration and aerospace qualification activities.

Design and develop tooling, fixtures, and mechanical support equipment for turbine engine assembly and production. Own tooling designs from concept through release, fabrication, implementation, and improvement. Create CAD models, drawings, tolerance analyses, and technical documentation using GD&T and ASME Y14 standards. Collaborate with manufacturing and engineering teams to troubleshoot issues, improve quality and repeatability, support fabrication and inspection, and manage multiple projects. A U.S. government security clearance and U.S. citizenship are required.

Leads system-level investigation and resolution of aerospace production, quality, test, and performance issues. Integrates mechanical, aerothermal, controls, electrical, manufacturing, and quality disciplines; evaluates nonconformances and design changes; supports requirements traceability, verification, validation, configuration control, failure investigations, and corrective actions. Partners with manufacturing and design teams to improve producibility, reliability, maintainability, and repeatability of jet engine products using additive manufacturing.

Provides executive administrative support, manages day-to-day office operations, coordinates meetings and events, oversees vendors and supplies, supports onboarding and employee engagement initiatives, drafts internal communications, and assists HR with special projects. Requires discretion, strong organization, multitasking, communication skills, Microsoft Office proficiency, event-planning experience, U.S. citizenship, and the ability to obtain and maintain a government security clearance.

Leads the design and production deployment of data pipelines, data models, analytical applications, and machine learning solutions for aerospace manufacturing. Partners with IT, engineering, manufacturing, cybersecurity, and business stakeholders to deliver reliable, secure, traceable, and scalable analytics. Develops models for anomaly detection, forecasting, optimization, scheduling, and engine performance; establishes technical standards, testing frameworks, documentation, and governance; troubleshoots production issues; and mentors junior team members.

Oversee supplier quality for aerospace propulsion systems by developing quality standards, auditing and approving suppliers, monitoring performance, leading root cause and corrective actions, qualifying components and special processes, supporting NPI and first article inspections, and maintaining compliance documentation. Collaborate with engineering, procurement, and manufacturing teams while providing suppliers with technical guidance and driving continuous improvement.

Designs and develops tooling, fixtures, and mechanical support equipment for turbine engine assembly and production. Owns tooling projects from concept through release, fabrication, implementation, and improvement. Creates CAD models and engineering drawings, performs tolerance stack-ups, applies GD&T and ASME Y14 standards, supports manufacturing-floor troubleshooting, and collaborates across engineering, quality, and operations teams. Evaluates manufacturability, structural adequacy, cost, safety, and usability while managing multiple priorities.

Lead Beehive Industries’ internal precision casting efforts for jet engine components. Define and improve casting processes, mentor engineers, approve tooling and process documentation, and develop advanced SX, DS, EQ, and additive-enabled workflows. Oversee simulation, defect prevention, data analytics, digital twins, quality metrics, and RCCA investigations. Support casting of superalloys and other advanced materials while ensuring AS9100, NADCAP, and program compliance.

Manages company-wide export controls, economic sanctions, restricted-party screening, product and technology classification, export licenses, authorizations, compliance records, and regulatory training. Advises engineering, operations, supply chain, IT, security, and business teams on ITAR, EAR, and OFAC requirements. Supports investigations, risk assessments, corrective actions, monitoring, third-party due diligence, and broader corporate compliance initiatives.

Leads procurement for new product introduction, tooling, shop supplies, and manufacturing operations. Responsibilities include sourcing suppliers, evaluating quotations, placing purchase orders, monitoring lead times, supporting make-buy decisions, managing inventory levels, expediting hardware, resolving supplier issues, and ensuring compliance with company, customer, and quality requirements. The role partners with Engineering, Manufacturing, Quality, Finance, Legal, Operations, and Program Management while improving supplier performance, cost, availability, and procurement processes.