×

Job Details

Stress Engineer

Permanent

Posted: 9 days ago

Odqa Renewable Energy Technologies

Description:

STRESS ENGINEER

Odqa Renewable Energy Technologies is a fast-growing venture capital-backed renewable energy engineering spin out from the University of Oxford's Thermofluids Institute and Said Business School. The company was founded in late 2017 to commercialise Oxford’s jet engine cooling knowledgebase in the renewable energy field.

Odqa is a team of world-class engineers and researchers, working on some of the most innovative developments in the renewable energy industry. We offer a collaborative and inclusive work environment, where every team member can thrive and contribute to our success with opportunities to develop your skills across a broad range of disciplines.

THE ROLE:

Odqa is now at a very exciting stage and looking to take the next step in its evolution. We are growing and have a fantastic opportunity for a Stress Engineer to join our team. This role will report directly into the Principal Engineer - Simulation and will be at the forefront of providing stress, vibration, and heat transfer analysis of our mechanical systems and components.

For this position we would love it if:

  • You are a recent graduate or equally an industry experienced engineer within a stress analysis discipline.
  • You are highly motivated to work in the renewables sector and can demonstrate practical aptitude in addition to academic ability.
  • You are flexible and adaptable to change, in a fast-paced, fast growing organisation.
  • You can be resourceful and are not afraid to use your own initiative or ask for help!
  • You have a positive ‘can do’ attitude.

If the above sounds like YOU this could be the opportunity that you have been looking for.

ROLE RESPONSIBILITIES:

  • Perform the technical oversight of stress analysis for all research and development programs.
  • Perform stress analysis using complex finite element & classical book calculation methods.
  • Support associated testing.
  • Solve frame dynamics problems through conducting stress analysis and test for our structures.
  • Perform heat transfer analysis in practice and theory (analytical correlations and complex finite element methods) and related topics in thermodynamics, single and multi-phase flows, and energy systems.

ESSENTIAL EXPERIENCE AND SKILLS REQUIRED:

  • Degree or equivalent in Mechanical or Aerospace Engineering or closely related field with emphasis on stress analysis.
  • Experience of working in a similar industry on stress analysis
  • A strong understanding of materials, alloys, strength, stiffness, stresses, vibrations, resonances, mechanical, acoustic and shock loads.
  • Working knowledge of FEM software for simulation and analysis of complex structures is (e.g., ANSYS).
  • Attention to detail with good judgement.
  • Ability to adapt and manage multiple tasks and priorities, whilst remaining calm and productive under pressure.
  • A team player, who works just as well within a close-knit team of diverse backgrounds and experience as they do individually on the outcomes they own.
  • A desire to learn with a growth mindset, for example to extend your range towards thermal engineering etc.
  • A ‘Can Do’ attitude – doing what is needed for the business and helping to achieve our goals.

As one of our earlier team members you will define the technical success of the Company as much as its values and culture. We would therefore strongly recommend you send your CV with covering letter detailing why you are the right person for this role to talent@odqa.com. Time is of the essence for a bold startup like us, so please do so ASAP. If you know someone who could be a good fit, please share this posting with them so they do not miss out on this great opportunity.

At Odqa, equality, diversity and inclusion are really important to us. We welcome applications from ALL candidates irrespective of age, disability, gender, gender identity, sexual orientation, race, religion, or belief, or marital or civil partnership status.

Job Details

AD0017
Full Time
Permanent