Job Information -

Apply knowledge of engineering and physical science principles, materials, and tools in a collaborative environment to develop, integrate, document and evaluate flight vehicle structure designs for performance, functional adequacy, cost effectiveness, manufacturability, and compliance with customer and regulatory requirements. Areas of expertise may include primary and secondary structure design, payloads design, weights, and lofting.

• Apply knowledge of engineering and physical science principles, materials, and tools in a collaborative environment to develop, integrate, document and evaluate flight vehicle structure designs for performance, functional adequacy, cost effectiveness, manufacturability, and compliance with customer and regulatory requirements.
• Areas of expertise may include primary and secondary structure design, payloads design, weights, and lofting.

• Our Mechanical engineers research, design, develop, test, certify, deploy and improve cutting edge products and services.
• These cover a very wide range from advanced mission payloads and electronic systems through highly integrated aircraft to orbital and space exploration systems.
• You'll conceptualize and deliver complex mechanical structures and systems and your technical duties include the design and development of new products and processes throughout the product lifecycle.

• Our Mechanical engineers research, design, develop, test, certify, deploy and improve cutting edge products and services.
• These cover a very wide range from advanced mission payloads and electronic systems through highly integrated aircraft to orbital and space exploration systems.
• You'll conceptualize and deliver complex mechanical structures and systems and your technical duties include the design and development of new products and processes throughout the product lifecycle.

• As a Structural Engineer, you will be using your skills and expertise to design, evaluate, and certify our cutting edge products and services.
• These cover a very wide range from advanced mission payloads and electronic systems through highly integrated aircraft to orbital and space exploration systems.
• You'll examine complex metallic and composite structures and systems.
• Your technical duties involve the design and development of new products and processes throughout the product lifecycle. 

• As a Structural Engineer, you will be using your skills and expertise to design, evaluate, and certify our cutting edge products and services.
• These cover a very wide range from advanced mission payloads and electronic systems through highly integrated aircraft to orbital and space exploration systems.
• You'll examine complex metallic and composite structures and systems.
• Your technical duties involve the design and development of new products and processes throughout the product lifecycle. 

The successful candidate will be responsible for managing and processing various tasks related to electrical wiring and installation plans. This role will require collaboration with a cross-functional electrical team, which includes Manufacturing Engineers, Design Engineers, and Shop Investigators, tasked with investigating and resolving emergent factory producibility issues.

Responsibilities:

• Process PARs in Electrical Wiring Information Tracking System (EWITS).
• Perform Producibility Check and release LCC type changes and if needed release Production Illustration Revision Record (PIRRs)
• Create and revise Out-Of-Sequence Installation Plans (OSIPs) supporting Engineering and Planning releases.
• Update/Revise Installation Plans in Computer Aided Process Planning (CAPPII).
• Update/Revise Installation Plans in Common Manufacturing Execution System (CMES).
• Reallocate Wire Bundles and LMIs to support emergent requirements.
• Ensure quality of work instructions, bill of materials, and illustrations used by Manufacturing.
• Coordinate and integrate with other ME teams, Manufacturing, and Engineering.
• Investigate and resolve manufacturing related issues.

Provides numerical control, machining and programming technical experience. Establishes technical requirements for manufacturing and reproducibility. Plans, creates, verifies and revises Machine Control Data (MCD), geometry and documentation that directs the operations for a complete spectrum of numerically controlled equipment required to manufacture and inspect parts, tools and assemblies for departmental work. Plans and guides the development and integration of new machining techniques and manufacturing methods, processes, software and equipment. Works under general direction.

Job Description:

• Respond to work authorization requests (NCR, CAR, IRTI, RFA, CMES IP or Work Order, Management, Lean Projects, QA Investigations)
• Analyze Part/Assembly Dimensional Tolerances
• Create MCD, Scripts, Plans for CMM, Laser Tracker, Photogrammetry, ATOS Scanner, Surphaser, Portable Scanner, Portable Arm
• Creation of 2D Mylar or 3D CAD Nominal data as derived from various sources of released engineering, loft, and measurement of physical master tools. QA has MOI Authority. BPI-3719
• Develop Part / Assembly Indexing Plan for machining and/or inspection
• Create and/or update Non-Conformance Documents (NCR’s) in CMES
• Analyze Nominal vs. Measured Data, provide reports for Engineering Studies, Lean Improvement Projects, Non-Conformance Documentation, Inspection Reports, Machine Stability and Accuracy Tests, Reverse Engineering, SPC and Conformance Processes

• Research, design, develop, test, certify, deploy and improve cutting edge products and services.
• This role will serve as an instrumentation specialist responsible for designing and integrating with aircraft systems, mechanical or electrical, as needed to support the collection of data for FAA/MIL certification requirements.
• Additionally, the role will require maintaining NIST standards for calibration and verification of the measurements, documenting and controlling all calibrations, and supporting all hardware/software requirements both for the data acquisition systems and the IADS real-time display.

Physical/Mental/Emotional Requirements:

• Frequently walk, sit, stand, climb stairs and steps.
• Frequently repeat same hand, arm, and finger motion many times to include finger and hand dexterity.
• Rarely lifting or carrying up to 20 lbs. 

As a Process Engineer your responsibilities will include design, engineering, commissioning, new product introduction, testing, troubleshooting, continuous improvement, and technical support for industrial facility systems, process equipment, machinery, and various processes for an industry-leading Maintenance, Repair and Overhaul organization for gas turbine engines and components.

• Manage the planning, design, engineering, procurement, cost, scheduling, construction, commissioning and troubleshooting activities of multiple projects by coordinating effort with various internal departments, project teams, outside contractors and consultants.
• Manage engineering projects requiring mechanical, electrical, instrumentation, structural, and chemical considerations. Prepares technical reports for internal use and for submission to local technical authorities for approval.
• Deploy turn-key preventative maintenance plans, visual aids, operating instructions, and troubleshooting instructions for equipment where applicable.
• Provide technical support and engineering ownership for various facility systems, machinery, and process equipment to support effective MRO processes. Including facilitation of failure modes and effects analysis or root cause analysis initiatives to prevent or resolve challenges.
• Develop detailed cost benefits analysis and technical justification for project proposals
• Manages budgets and timelines to ensure delivery of projects within proposed requirements.
• Identifies and establishes improvement programs through  root cause analysis (i.e., repair instructions, proper sequencing, inspection criteria, gauges, fixtures, machines, etc.), analysis of turn times, work in process, non-conformance tags (NCTS), material review board (MRBs), process interruptions, other line stoppages, warranty failure modes, field reliability of repairs, investigation of repair related field problems, line build problems, and subcontractor's repair performance.
• Develops repairs (non-standard in conjunction with OEM, in-house engineers, and outside services as required). Refines existing repair schemes to eliminate the frequent need for in-process rejects and MRBs.
• Owns, generates, maintains, and updates process instructions; prepares production routings and detailed repair instructions based on approved data.
• Provides support and consultation services to business unit personnel and to the repair development facilities wit regard to the development and implementation of new repairs and processes or repair development projects.
• Originates, revises & interprets technical drawings.
• Responsible for observing all applicable safety requirements and reporting immediately any unsafe practices or conditions.
• Carry out special duties as assigned.