Top Tech Jobs & Startup Jobs in Los Angeles, CA

Supports aerospace quality engineering through root cause analysis, corrective and preventive actions, audits, supplier quality management, quality control planning, customer complaint investigations, change notice approvals, and quality metrics reporting. Uses Six Sigma tools, data analysis, and cross-functional collaboration to improve processes, reduce defects, and strengthen product reliability and compliance.

Leads mechanical design and systems integration for aerospace turbomachinery, heat transfer products, and environmental control systems. Develops manufacturable designs using Siemens NX, Teamcenter, GD&T, tolerance analysis, materials knowledge, and manufacturing-process expertise. Coordinates priorities with customers, supports supplier and production issue resolution, advances digital product definition, improves design processes through automation and AI-enabled methods, and mentors less-experienced designers.

Leads mechanical design and systems integration for aerospace turbomachinery, heat transfer, and environmental control products. Provides technical expertise across product design definition, customer proposals, supplier and production issue resolution, design-for-manufacturability, cost reduction, and digital engineering process improvements. Mentors designers, advances automation and design standards, and supports multiple commercial and military aircraft projects.

Develop and maintain production schedules to meet customer demand and optimize resources. Analyze capacity, production data, bottlenecks, and trends; implement process improvements and corrective actions. Coordinate with procurement, logistics, sales, and customer service teams to ensure material availability and timely order fulfillment. Support SIOP, supply planning, inventory and replenishment management, and supply chain issue resolution across a global network.

Design and develop environmental control systems for aircraft. Responsibilities include creating and validating air and vapor cycle performance models, conducting thermodynamic, heat transfer, and fluid mechanics analyses, defining system requirements, optimizing system models, documenting results, integrating hardware and software, and performing system verification, validation, and testing. The role collaborates with cross-functional engineering teams to deliver reliable, compliant aerospace solutions.

Lead and manage complex aerospace programs from scope definition through delivery. Develop program plans, manage timelines, budgets, and resources, mitigate risks, coordinate stakeholders, and drive continuous improvement to ensure on-time, on-budget delivery aligned with customer and business objectives.

Lead development and maintenance of electromechanical product and process design guidelines. Develop analytical methods, modeling, and architectures for dynamics and control. Chair dynamic performance and control design reviews, support program execution and RCA for dynamics/control issues, drive process improvements, and mentor the engineering workforce across cross-functional teams.

Design, develop, model, integrate, validate, and test environmental control systems for commercial, regional, business, and military aircraft. Develop ECS performance simulations and steady-state models, conduct thermodynamic, heat transfer, and fluid mechanics analyses, define system requirements, validate models against test data, and collaborate with cross-functional hardware and software engineering teams.

Designs, develops, and integrates aircraft Environmental Control Systems. Responsibilities include developing and validating ECS performance models, conducting thermodynamic, heat transfer, and fluid mechanics analyses, defining system and equipment requirements, optimizing and documenting steady-state models, integrating hardware and software, and performing system verification, validation, and testing.

Designs, develops, models, integrates, and tests environmental control systems for commercial, regional, business, and military aircraft. Responsibilities include ECS performance modeling, thermodynamic, heat transfer, and fluid mechanics analyses, requirements definition and validation, system integration test support, model calibration, documentation, and coordination with internal and external stakeholders.