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Mechanical Engineering Lead: P3 V2 @. ^* f7 \9 U
0 a- T% Y) G, OPosition Responsibilities: b( U$ u# v. d/ ~- z# D
Design of complex electro-mechanical assemblies & systems including aluminum chassis design, heatsink design, PCB packaging Perform thermal and strength FEA analysis and prepare reports on results Perform laboratory verification testing of electro-mechanical assemblies, including vibration, shock, and thermal testing Create production drawings for machined parts, plastic injection molded parts, sheet metal fabrication, mechanical sub-assemblies, PCB fabrication, PCB assemblies and associated parts lists Management of the mechanical engineering functions to facilitate the design, integration, verification, and production transfer of avionics hardware.
/ W2 _! h* M1 B+ \$ {4 _, U3 VWork with program management to develops cost and schedule baselines and targets and to ensure programs are staffed with the appropriate engineering personnel+ ~+ R" ^/ j6 p" O8 w0 b; ?
Ensure all designs meet both internal and customer requirements and design standards.2 v' |+ v$ N" |9 Q* j' e6 S
Identify issues and risks, develop corresponding mitigation/action plans, and track to closure3 _4 f: Z( _5 r0 q* E& h d
Provide guidance and direction to the mechanical engineering personnel
1 O0 K# @. L& dWork with the sales team to develop engineering input to proposals including technical, cost, schedule, and risk definition to meet customer needs.
- V! t- p/ \1 Y/ ]9 f- WCoaching, mentoring, and development of engineering personnel including training, performance evaluation reviews, and hiring/termination recommendations8 J& ]3 a+ c" s6 i0 \
! Q# a( e5 o. z0 p$ JEssential Skills and Experience: U1 _7 q) A& Y- G2 C9 T9 j; G
15 - 20 Years of aerospace electro-mechanical design and development experience including knowledge of electronics mechanical design practices and procedures
' G5 T$ l9 o t& bKnowledge of IPC Standards for the design and manufacturing of electronics assemblies.
# y( x" h- g3 `/ FKnowledge of ASME Y14.100-2000 & Y14.5-1994 drawing requirements.( s$ q3 a: T0 A9 M
Knowledge of industry & military specifications for materials, parts, and processes.( I+ p" c+ F2 }7 a) V
Knowledge of various fabrication and assembly processes, including metal/plastics machining, plastic injection molding, sheet metal fabrication processes, brazing, welding, printed circuit board fabrication, printed circuit board assembly, and printed circuit board rework processes.
9 P4 ]3 W$ s1 ]1 h9 M8 v0 ETechnical knowledge of Electronics Packaging, Printed Wiring Board Layouts, Thermal Analysis, Strength Analysis! Y5 p5 r, n- H/ g& A7 p3 p' p
Previous experience in the management of aerospace development programs including cost and schedule management3 n/ t! ^, x! g, T# O6 {& z
Proven accomplishments in positions of leadership managing various levels of mechanical engineers
: b3 X9 h2 d) R Z! r4 @* l% KWorking knowledge mechanical design and simulation tools such as PADS, AutoCAD, Cosmos Design Star, AutoDesk Mechanical Simulation$ a$ q0 _( O( ~$ m) V/ u
Experience with Microsoft Office including Word Excel, Powerpoint and Project
( g+ \, N6 g g# D: s4 j$ WFamiliarity with Root Cause and Corrective Action methodologies
( T. |6 X! i+ k( ^3 ZPrevious experience in RTCA/DO-160 processes and FAA Certification
. n. r b. ?2 l+ cCreativity, innovation, commitment to excellence with the ability to work in a diverse, fast paced environment
! G/ o& h+ Y6 B- [! b3 oAbility to work in a team environment. y6 T6 X3 P K- }
Customer focused with a bias towards action- {' h' e ~* ~: [; v5 [9 h: |6 {
Excellent analysis and decision making skills
2 s9 p0 c, ^! ?! i( J# g) W: AExcellent oral and written communication skills with the ability to interact with all levels of internal and external management
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