What are the responsibilities and job description for the Lead Systems Engr position at honeywell2-pilot?
Join a team that designs, develops, and integrates highly complex systems within Honeywell Aero. You will be integral in creating system solutions that meet the evolving needs of our customers. You will have ownership for systems at every aspect of the systems lifecycle, from the front end of business development through product end of life. You will work across disciplines within the Power Systems Engineering Electric Power Systems business to drive growth and reach critical business milestones. Provides engineering guidance and technical direction for Electric Drive Systems team in Torrance, California.
Typically composes technical sections of proposals and trade study white papers, with block diagrams and logic to justify design of motor controllers and inverters for proposed optimal design solutions. Coordinates technical proposal inputs for estimates of motor controller, electric drive systems, and actuation controller work both with the internal team and external departments.
Responsible for the execution and systems oversight of long-term electric drive systems engineering projects including Electric Propulsion Units (EPUs), Micro Vapor Cycle Systems cooling including condenser and compressor fan control, and electric traction drive systems design.
Plans, estimates, and schedules systems engineering work for assigned projects or relevant subproject segments. Coordinates with resource people managers to ensure technical adequacy of staff assigned to projects.
Key Responsibilities
· requirements analysis
· requirements decomposition and compliance matrix construction
· electro-mechanical systems design
· model based development system design
· systems integration of complex hardware/software systems
· systems validation & verification
· customer interaction for customer inquiries and responses
· project and proposal technical oversight for electrical design, systems, and project engineering
· project coordination with both internal and external design groups
EPET.02.2022
