LanceSoft, Inc.
Base pay range
$65.00/hr - $90.00/hr This position requires excellent communication and collaboration skills as the candidate will be partnering closely with production personnel. The candidate will be the engineering representative on the factory floor transforming design into reality. Shift
This position is for multiple shifts and may require off shift, weekend, and travel assignments. The candidate may periodically be assigned to first, second, or third shift as well as weekend or daily overtime. This requirement varies from site to site and is typically covered on a rotation basis. Position Responsibilities
Analyzes, conducts root cause analysis and develops dispositions for production non-conformances. Applies knowledge of design principles to assess and resolve product/process issues through the product lifecycle. Applies engineering principles to research technical, operational and quality issues in support of executing final engineering solutions. Identifies documents, analyzes reported problems and communicates deviations that could impact design intent and safety; recommends and manages resolution. Develops and implements product/process improvements. Supports Integrated Product Teams (IPT) and participates in design reviews. Represents the engineering community from initial build through the production and post-production environment. Ensures supplier and build partner compliance with standards. Develops customer correspondence for continued safe operation and maintenance of equipment. Participates in on-site disabled product repair teams, accident investigation and support teams. Analyzes damage repair or structural modification to determine appropriate jacking and shoring, prevent collateral damage and assure a safe work environment. Designs interim structural repairs and conducts static strength analysis. Develops non-destructive test procedures, tools and standards. This position is fully onsite at listed locations and involves exposure to factory environments including stairs, trip hazards, high noise areas, chemical hazards, and entering airplanes during build stages. Preferred Qualifications (Desired Skills/Experience)
Material forms – bar stock, forgings, castings and reactions to machining Post machining processing Understanding machining and machining limitations Geometry and sequencing for material removal Load path analysis for complex, integrated shapes – thin walls, undercuts, mismatches Surface condition and prep – discoloration, burns, drill/cutter breaks Understanding of machined part dimensions and tolerance (GD&T) GD&T – True position, parallel surface, bonus tolerance Interpret drawing datums, surfaces, profiles for tolerancing Spatial Analyzer analysis/modeling of discrepant conditions Metrology - methods, limitations, and interpretation Understanding of gears/shafts and gear interaction Details - Teeth/spline profiles, runout, measurement over wires Understanding of material processing Heat treat, induction hardening, stress relief Shot and glass peening, abrasive blast cleaning, etching Plating – cad, chrome, Zi-Ni Finishing – anodize, passivate, primer and paint sequence Understanding functional test requirements Diagnosing impacts to operation and performance at the airplane level Range of FT acceptance – RPM, Torque, gaps/clearance Understanding of general repair for machined parts -M bushings, heli-coils, and inserts on oversized bores and holes Blending on machined materials, re-processing, re-finishing requirements Corrosion protection post processing rework - seal and primer requirements Seniority level
Mid-Senior level Employment type
Contract Job function
Aviation and Aerospace Component Manufacturing Airlines and Aviation Defense and Space Manufacturing
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$65.00/hr - $90.00/hr This position requires excellent communication and collaboration skills as the candidate will be partnering closely with production personnel. The candidate will be the engineering representative on the factory floor transforming design into reality. Shift
This position is for multiple shifts and may require off shift, weekend, and travel assignments. The candidate may periodically be assigned to first, second, or third shift as well as weekend or daily overtime. This requirement varies from site to site and is typically covered on a rotation basis. Position Responsibilities
Analyzes, conducts root cause analysis and develops dispositions for production non-conformances. Applies knowledge of design principles to assess and resolve product/process issues through the product lifecycle. Applies engineering principles to research technical, operational and quality issues in support of executing final engineering solutions. Identifies documents, analyzes reported problems and communicates deviations that could impact design intent and safety; recommends and manages resolution. Develops and implements product/process improvements. Supports Integrated Product Teams (IPT) and participates in design reviews. Represents the engineering community from initial build through the production and post-production environment. Ensures supplier and build partner compliance with standards. Develops customer correspondence for continued safe operation and maintenance of equipment. Participates in on-site disabled product repair teams, accident investigation and support teams. Analyzes damage repair or structural modification to determine appropriate jacking and shoring, prevent collateral damage and assure a safe work environment. Designs interim structural repairs and conducts static strength analysis. Develops non-destructive test procedures, tools and standards. This position is fully onsite at listed locations and involves exposure to factory environments including stairs, trip hazards, high noise areas, chemical hazards, and entering airplanes during build stages. Preferred Qualifications (Desired Skills/Experience)
Material forms – bar stock, forgings, castings and reactions to machining Post machining processing Understanding machining and machining limitations Geometry and sequencing for material removal Load path analysis for complex, integrated shapes – thin walls, undercuts, mismatches Surface condition and prep – discoloration, burns, drill/cutter breaks Understanding of machined part dimensions and tolerance (GD&T) GD&T – True position, parallel surface, bonus tolerance Interpret drawing datums, surfaces, profiles for tolerancing Spatial Analyzer analysis/modeling of discrepant conditions Metrology - methods, limitations, and interpretation Understanding of gears/shafts and gear interaction Details - Teeth/spline profiles, runout, measurement over wires Understanding of material processing Heat treat, induction hardening, stress relief Shot and glass peening, abrasive blast cleaning, etching Plating – cad, chrome, Zi-Ni Finishing – anodize, passivate, primer and paint sequence Understanding functional test requirements Diagnosing impacts to operation and performance at the airplane level Range of FT acceptance – RPM, Torque, gaps/clearance Understanding of general repair for machined parts -M bushings, heli-coils, and inserts on oversized bores and holes Blending on machined materials, re-processing, re-finishing requirements Corrosion protection post processing rework - seal and primer requirements Seniority level
Mid-Senior level Employment type
Contract Job function
Aviation and Aerospace Component Manufacturing Airlines and Aviation Defense and Space Manufacturing
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