MECHANICAL SYSTEMS DESIGN ENGINEER – AEROSPACE
ROLE & RESPONSIBILITY OVERVIEW:
To Design and Detail Mechanical Systems, Mechanical Sub-Assembly and Assembly from ‘Concept Models’ and produce manufacturing working 3D Models, Drawings and Documents.
Produce Composite Parts, Machined Parts and Sheet Metal Components
Produce BOMs, Ply Lay-up Table and ICDS
Produce Installation Drawings
Particular attention to getting the design ‘Right first time, on target and within budget
Particular attention to weight optimization is mandatory.
SOFTWARE:
CATIA V5/V6, 15000-20000 Hrs Minimum
2D/3D Part Design Work Bench
Assembly Workbench
Generative Sheet Metal
CPD (Composite Part Design)
REPORTING LINE:
Reporting and Accountable to ‘The Head of Structures and Manufacturing’
for Quality, on time delivery and within budget.
On occasions, Technical direction may come from the CEO/CTO/Chief Designer Styling / Rendering with prior approval from the Head of Design & Manufacturing.
KEY DELIVERABLES:
(but NOT limited to …)
Control Surfaces Movements
Actuation of Aircrafts Canards, (Mechanical)
NLG /MLG deployment & retraction
NLG / MLG Doors deployment
Fans Air Intake system
Fuselage Fan Doors (Open /Close)
Wing Fans Articulations
ECS System
Aircraft Braking system
Cockpit Canopy (open/Close) System
MISCELLANEOUS:
The Mech Systems Design Engineer – Aerospace must work on their own initiative with minimum supervision and act in a professional manner at all times.
He / She made be called upon to act in a leadership role and take on additional responsibility as required, such as a Peer checker.
The Mech Systems Design Engineer may/will be required to work a shift system to maximise the software licences.
The candidate may be required to attend Technical & Progress meetings as required.
The Mech Systems Design Engineer must be a Team player and integrate into the Structures Department, technically and socially