ElectroMechanical Harness Engineer V, Lead

Lockheed Martin•Littleton, CO

12d•Onsite

About The Position

The Fleet Ballistic Missile Avionics team is seeking an experienced Lead Electromechanical Harness Engineer who will work closely with senior engineers to develop preliminary 3D concept models of space flight avionics Cable and Harnessing and ultimately advance them for flight use. Location: This position does not support teleworking ; you will be located near our Lockheed Martin Space facility in: Littleton or Englewood CO and be expected to work a flexible 9x80 schedule in the office full-time. What does this role look like? Support trade studies on cable and harness design approaches and will provide technical data for informal and formal design review documentation and presentations. Coordinate with thermal, dynamic, stress, reliability, EMC, and survivability analyses to assure compliant designs. Support manufacturing and test disciplines in minimizing cycle time and resolving problems. Establish specifications for contract assemblers and raw-material vendors. Interface with Parts Engineering, Quality Assurance and Purchasing regarding material quality and vendor performance. Provide producible designs that meet technical, cost, and schedule requirements, and work within an Integrated Product Team environment. Prepare all applicable drawings and documentation needed for the fabrication and assembly of the hardware designed. Key activities you will accomplish in this role: FBM TMK2 Harness Lead over RF and General Cabling Develop Cable designs, performance and test requirements, and stress and thermal analysis. Identify initial physical architecture for the Avionics subsystem. Conduct R&D trade studies for Pre-SRR design phase. Leverage LE2 R&D accomplishments to date into the LE2 subsystem architecture concepts as appropriate. Define the requirements and provide the framework for architecture and interface development & maintenance throughout the program lifecycle. Generate and release design disclosure artifacts including technical presentations and end of year reports. Work on a cross-functional team in the development and integration of world class avionics systems. Participate in iterative design reviews, Engineering Material Review Board (EMRB) hardware discrepancy decisions and Failure Review Board (FRB) as required. Resolve test anomalies and support system level testing. You must be able to work autonomously, delivering the work products and being accountable for milestone achievement at a high level of reporting.

Requirements

Experience with wire harness and cables design of electrical\mechanical interconnects for satellite spacecraft equipment and/or missile systems.
8+ years professional experience.
While no clearance is needed to start in this position, you will need to obtain and maintain a DoD Top Secret clearance , thus US Citizenship is required.
Bachelor of Science or higher from an accredited college in Mechanical or Aerospace Engineering or related discipline, or equivalent experience/combined education.
Proven experience in electrical/mechanical engineering including wire harness/cable design.
Experience in synthesizing requirements into cable and harness designs at different assembly levels.
Experience with CAD design.
Willing and able to obtain and maintain a DoD Top-Secret clearance, thus US Citizenship is required.

Nice To Haves

Knowledge of the cable manufacturing processes (connectors, crimping, soldering, forming, testing).
Experience with RF cable design.
Working knowledge EPDM tools or equivalent.
Exposure to DFx Principles (Design for Affordability, Design for Manufacturability, etc.).
Experience with CREO CAD modeling and Zuken.
Missile/Aerospace related experience.
Proficiency in Microsoft Office Software (Word, Excel, MS Project, PowerPoint).
Familiarity with FBM specifications/procedures.
Familiarity and experience partnering with SP/SPF Customer Partners.
Experience with QNotes (SAP/ERP), PMP Database, FAST Items, DaSI, and FBM Web (Livelink).
Previous CPE and MRB experience.
Ability to communicate issues and additional resource needs to leadership.
Experience with subcontracted hardware suppliers.
Experience performing tolerance stack-ups.
Exposure to Requalification Activities including MORAs and Supplier Relocations.
Demonstrated ability to collaborate effectively within a team environment and with adjacent disciplines.
Excellent communication, presentation and interpersonal skills with technical and non-technical audiences including design reviews (SRR, PDR, CDR, etc.).
Hands-on hardware experience.

Responsibilities

Support trade studies on cable and harness design approaches and will provide technical data for informal and formal design review documentation and presentations.
Coordinate with thermal, dynamic, stress, reliability, EMC, and survivability analyses to assure compliant designs.
Support manufacturing and test disciplines in minimizing cycle time and resolving problems.
Establish specifications for contract assemblers and raw-material vendors.
Interface with Parts Engineering, Quality Assurance and Purchasing regarding material quality and vendor performance.
Provide producible designs that meet technical, cost, and schedule requirements, and work within an Integrated Product Team environment.
Prepare all applicable drawings and documentation needed for the fabrication and assembly of the hardware designed.
FBM TMK2 Harness Lead over RF and General Cabling
Develop Cable designs, performance and test requirements, and stress and thermal analysis.
Identify initial physical architecture for the Avionics subsystem.
Conduct R&D trade studies for Pre-SRR design phase.
Leverage LE2 R&D accomplishments to date into the LE2 subsystem architecture concepts as appropriate.
Define the requirements and provide the framework for architecture and interface development & maintenance throughout the program lifecycle.
Generate and release design disclosure artifacts including technical presentations and end of year reports.
Work on a cross-functional team in the development and integration of world class avionics systems.
Participate in iterative design reviews, Engineering Material Review Board (EMRB) hardware discrepancy decisions and Failure Review Board (FRB) as required.
Resolve test anomalies and support system level testing.
You must be able to work autonomously, delivering the work products and being accountable for milestone achievement at a high level of reporting.