Job Information -

Must have 3+ years verifiable experience operating and working in an Additive Manufacturing/Prototyping environment, preferably within AS9100
Skilled at optimizing the Additive Manufacturing/Rapid Prototyping process
Ability to repeatedly produce complex and tight tolerance components
Must be proficient in one or more of the 3D printing software programs (Simply 3D, Cura, …)
Must have knowledge of PDM, SolidWorks, CATIA, SharePoint, MS Office
Basic knowledge with 3D surface modeling
Familiarity with CNC programing, G-code
Fully support all post-processing and finishing of 3D printed parts
Executing set-up and operate on additive manufacturing printers, FDM
Generate optimized build files to produce high quality parts in minimum time with maximum consistency
Monitor builds on a varying schedule
Maintaining additive manufacturing printers
Ability to independently set up FDM builds for optimized throughput with little to no guidance
Operate, control, and optimize multiple Additive Manufacturing processes from CAD file to finished part

Position Responsibilities

• Model Based Systems Engineering: Develop MBSE models using the SysML modeling language in Cameo Enterprise Architecture (MagicDraw).
• Systems Engineering: Employ MBSE to define and trace design requirements, interfaces, test data, and performance values associated with engineering and manufacturing development of the aircraft and its subsystems. Support all program milestones, technical reviews, and decision analysis/trade studies.
• Strategic Planning: Utilize MBSE to support the development of future product improvements and R&D investment plans for the H-1 platform.
• Qualifications
• The Model-Based Systems Engineer will support system architecture and parametric modeling with simulation for the Bell AH-1Z & UH-1Y aircraft, including requirements and interface management. This position will develop initial Model-Based Systems Engineering (MBSE) models for all subsystems of the aircraft, including (drive systems, rotor systems, airframe systems, propulsion systems, etc.) and will also support cross-functional projects for aircraft modifications with analysis and trade studies when warranted.

A Wiring Systems Engineer opportunity is available on our clients AH-1Z and UH-1Y Upgrades Program.

These positions are located in Ft. Worth, TX  

The Wiring Systems Engineer is responsible for: Developing system requirements, architecture, and interfaces for the aircraft wiring systems to integrate aircraft systems and manage databus and power requirements

• Develop aircraft wiring architecture, diagrams and schematics using Mentor Graphics Capital Harness Systems (CHS) toolset and release wiring drawings in coordination with aircraft systems engineers and wire routing and installation design engineers
• Evaluate wiring systems architecture in model-based design environment and architecture tools
• Support wiring supplier management, aircraft build installation, aircraft testing and operations, and aircraft/system qualification and certification.