Precision Mechanical Design & Analysis Engineer

Category: Optics Type: Permanent Added: 17 February 2021
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To strengthen the Opto Mechanical Design Team’s engineering capability. The role will involve all phases in the evolution of optical instrumentation for space flight
 

Mechanical Engineering Tasks 

  • Working within the Opto-Mechanical design team and with optical, electronic and Systems Engineers to develop working designs for optical systems.
  • Opto-mechanical system design from initial concept to detailed final design using 3D modelling tools.
  • Complete manufacturing drawings to enable the designs to be manufactured
  • Undertake integration of the mechanical components in the clean rooms, support optical and environmental testing.
  • Maintain a design log, summarising each step in the design, development & test process.

Analysis Tasks

  • Undertake thermal, static and dynamic structural analysis of components and at system level in collaboration with the Senior Mechanical Analyst.
  • Analyse optical element surface deflections and provide feedback to optical design engineers.

General Tasks

  • Management of Work Packages
  • Plan test campaigns, conduct / manage tests, analyse and present results
  • Detailed project planning
  • Support manufacturing activities
  • Develop the Bill of Materials to allow the MRP system to reflect the completed instrument

Skills & Experience

Demonstrate experience of the design, build and test of opto-mechanical systems, preferably as applied to space optical payloads.

 

Relevant experience in some or all of the following areas is essential:

 

  • Mounting optical components, lenses, mirrors, prisms, filters, detectors etc, kinematic mounting principles
  • Materials and manufacturing processes
  • Precision engineering in harsh environments
  • Mechanical design using 3D CAD
  • Integration and test
  • FE analysis
  • Report writing
  • Costing and subcontracting
  • Customer liaison
  • Operation in a quality assured environment
  • Experience of mechanical testing
 
  • A good degree in Mechanical Engineering.
  • Excellent analytical skills
  • Competent user of FEA package such as  Solidworks Simulation or ANSYS Workbench or similar
  • Competent use of CAD (SolidWorks or Similar)
  • Knowledge of drawing practice to BS8888
  • A good understanding of the principles and practices of FEA
  • Confidence to solve stress, kinematics, vibration and thermal analysis problems from first principles and the ability to grasp new technical concepts quickly.
  • Competence in structural design and analysis
  • Competent in MS Office suite
  • High attention to detail is paramount to ensuring that the finished sub-systems will function as designed
  • Proven effective communication with project managers and customers
  • Flexible; able to work on a variety of projects
  • Good management, people and presentation skills
  • Good team working skills and communication