Mbryonics is at the forefront of free space optical communications.
Our product portfolio covers a wide range of emerging technologies from advanced optical systems to photonic integrated circuits and embedded software solutions.
Our optical communications systems are integrated and deployed in satellite and terrestrial communications systems.
The work is exciting and ground breaking and involves some of the most challenging engineering on the planet!
As part of our expansion, we are currently looking for a motivated Thermal Engineer to join our group.
ResponsibilitiesBecome a key part of the wider engineering team and help deliver on Mbryonics' aspiring goals mainly focused on optical communications links for deployment in LEO.Day-to-day application of the ANSYS suite, or similar, of products to build structural and thermal simulation models for various types of optical payload systems and component levels, for example, motorised gimbal systems, mechanisms, telescope housings, mirrors, optical benches.Aid and lead implementing Vibration, Shock and TVAC testing regimes to validate simulation models for precise prediction of the payload thermal management.Determine materials choice, design improvements and coatings choices for control of critical operational parameters such as dimensional stability and optical surface properties.Perform modal and thermo-mechanical analysis to determine stress, fatigue states, dynamic couplings and thermal gradients.Implement continued development of engineering practices and procedures within a blossoming start-up environment.Develop novel solutions for, and provide structural and thermal feedback on modelled mechanical systems through standard and innovative approaches, creative inputs and by leveraging former engineering background/experiences.Be proactive and consistently help to progress product development in a multidisciplinary environment.Assist with enhancing the team's capabilities while thriving on setting and achieving your own mission deadlines.Prototype building, testing, documenting and developing processes, and producing support documentation.Work with managers and supervisors to implement quality measures and standards, with an ultimate goal of scaling up to high volume manufacturing.Required Technical Skills/Education2+ years of thermal, mechanical, aerospace, optical or related engineering field experience.Good knowledge of thermal analysis tools such as ESATAN-TMS & Systema-Thermica, as well as knowledge of space thermal control engineering.Understanding of early stage prototyping and product development.Spacecraft systems knowledge.Experience with environmental testing for space hardware.Desired Technical Skills/EducationFluency with ANSYS or similar package.Familiarity with MAIT and product/spacecraft integration, including mechanical, thermal and electrical interfacing.Knowledge of, or keen interest in, the space sector.Actively engaged in the field of thermal/mechanical engineering and continuous professional development.Comfortable with both working alone and collaborating as part of a team.Leads by example, motivated by mission and deadlines.Proven problem-solving abilities with an interest in becoming a decision maker in mechanical engineering activities.Proposal writing for competitive tenders and research grants.Knowledge and interest in multidisciplinary analysis, software engineering, and numerical methods would be considered an asset.Diversity, Inclusion and Equal OpportunitiesCore ethical values, diversity and inclusion are invaluable to Mbryonics' business success.
We recognise that the broad perspectives that result from recruiting, developing and retaining a globally diverse workforce promotes innovation and helps us succeed as a business enterprise.
It is the policy and practice of the Company to provide equal opportunities to all employees and applicants.
The Company will not tolerate discrimination on the basis of gender, race, religion, sexual orientation, gender identity, civil status, family status, disability, age, or membership of the Traveller community.
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