LMI Aerospace - A Member of the Sonaca Group

Software Engineer

• Support the F/A-18 & EA-18G Maintenance Readiness Team (MRT)
• Participate in NAVAIR Reliability Control Board projects
• Provide support to Periodic Maintenance Interval events
• Observe and participate in F/18 Organizational level post-deployment Material Condition Inspections (MCI)
• Collect maintenance data on corrosion prevention methods
• Provide maintainers and MRT lead organizational level data entry issues/solutions
• Provide reports/recommendations to reduce corrosion in-service repairs
• Create/produce high level presentations, reports, publications, and point papers

Engineering Technician

Mechanical Engineer

• Responsible for the design of metal forming tools, including welding, EDM, and heat treat
• Additional tool types will include assembly fixtures, mechanical equipment, and some robotics
• Must be able to take a design from concept to drawing release
• Evaluates requirements to develop tool concepts
• Develops complex tool and equipment specifications
• Develops concepts for complex tools and equipment and can present alternative concepts
• Ability to manipulate data sets such as conceptual tool design models and deliverable designs
• Will create and modify tool designs
• Develops and implements alternative methods and interim solutions for damaged or unsafe tools and equipment to meet functional requirements
• Participates in tool/equipment try-outs to ensure requirements have been satisfied
• Evaluates and develops/revises preventative maintenance requirements for tools
• Responds to requests for review and evaluates ability to produce proposed design with respect to forming, machining, and finishing by using in-house or supplier provided processes to support customer specifications
• Assists in determining methodology for assembly of components and evaluates part-features required to support the proposed product
• Investigates, develops, and verifies feasibility of tool concepts
• Incorporates safety, ergonomic, and regulatory requirements in tool designs
• Works well under general supervision
• Directs work of others and acts as a lead
• Performs other duties as required

Tool Design Engineer III

• Develops conceptualized tooling solutions and creation of CAD models to support tooling requirements
• Develop technical solutions to problems with a moderate level of complexity
• Work both independently as well as part of a team to complete specific projects related to the design and development of tooling solutions
• Evaluates requirements to develop tool concepts
• Develops complex tool and equipment specifications
• Assists in development of complex tool and equipment concepts and alternatives
• Ability to manipulate data sets such as conceptual tool design models and deliverable designs
• Creates and modifies tool designs
• Develops and implements alternative methods and interim solutions for damaged or unsafe tools and equipment to meet functional requirements
• Participates in tool/equipment try-outs to ensure requirements have been satisfied
• Evaluates and develops/revises preventative maintenance requirements for tools
• Responds to requests for review and evaluates ability to produce proposed design with respect to forming, machining, and finishing to support customer specifications
• Assists in determining methodology for assembly of components
• Investigates, develops, and verifies feasibility of tool concepts
• Incorporates safety, ergonomic, and regulatory requirements in tool designs.

Tool Design Engineer II

• The Design Engineer II will work with minimal intervention and must rely on experience and judgment to plan and accomplish goals while performing a variety of complex tasks
• Applies standard engineering practices and techniques, including innovative methodology, to provide effective solutions to problems involving a wide number of variables
• Able to ensure the selection and application of materials and processes are appropriate to each design element with the ability to generate and/or revise specifications when necessary
• Compose compliance matrix to meet customer specification requirements
• In-depth knowledge of standard concepts, practices, and procedures within a specified engineering field
• Proficiency utilizing NX, CATIA V5/V6, CREO or equivalent CAD engineering design software
• Create & release composite details utilizing Fibersim or CATIA CPD
• Works on problems of complex scope where analysis of situation or data requires a review of identifiable factors to determine appropriate action
• Ability to guide, mentor and advise other design engineering staff
• Creativity and latitude is expected
• Participate in a variety of process improvement projects
• Able to support design reviews with timely and relevant information and understanding
• Performs other duties as required

Design Engineer II

Engineer

• Provide stress analysis input to the Engineering Integrated Product Team (IPT)
• Coordinate with IPT to identify all design requirements and optimize load paths
• Develop and validate efficient stress analysis methodology using classical stress analysis methods and/or computer aided engineering solutions such as finite element models (FEM)
• Direct the work of other Stress Engineers and act as the Project lead
• Evaluate requirements and structural complexity to determine the most effective stress analysis method
• Work with design during conceptual phase to optimize load paths and structure for weight, cost, and producibility
• Provide detailed stress analysis of metal and composite structures by classical hand stress calculations and FEM analysis utilizing software such as NASTRAN/PATRAN
• Provide fatigue and damage tolerance analysis as required
• Validate design for optimal material selection and corrosion prevention
• Support production by resolving manufacturing issues including disposition of rejection tags
• Provide fleet support by developing and substantiating repairs

Stress Engineer III

• Reviews designs and provides preliminary strength/stress assessments
• Analyzes engineering designs, schematics, and customer specifications to determine stress requirements
• Formulates mathematical analysis or finite element model of product
• Analyze ability of product to withstand stress imposed by conditions using mathematical formulas and computer simulation
• Prepare preliminary stress analysis reports and provide information to supervisor or lead
• Capable of airframe structural analysis for static and fatigue stresses
• Perform structural analysis on conceptual layouts as well as detail components
• Consult with Design Engineer to assess design modifications based on results of stress analysis
• Participates with other staff to contribute to project completion