commonly used in safety-critical aerospace applications, requiring the highest level of performance, integrity, and reliability. This is an in-depth hands-on role contributing to the satisfactory design, analysis, development, testing, and qualification of complex, flight, and engine control products used on military and commercial aircraft. The successful applicant will be joining a team of Engineers and should … Encountered Within The Aerospace Sector Electro-mechanical, Electro-hydraulic or Mechatronic control components/systems 3D design and 2D drawing creation Mathematical modelling (e.g. Excel, MathCAD, MatLab/Simulink, FEA) Some knowledge of aerospace materials and their properties Aerospace configuration control and quality systems Awareness of common machining and fabrication processes Development of assembly techniques and associated tooling Development of … qualification test methods Compilation of clear and concise analysis and test reports Presentation of technical detail to the customer at all levels Personal integrity, objectivity, and honesty Awareness of project management principles. Academic Qualifications Degree or HNC in a relevant engineering discipline. We review applications on an ongoing basis, and the job posting will be closed once a suitable More ❯
commonly used in safety-critical aerospace applications, requiring the highest level of performance, integrity, and reliability. This is an in-depth hands-on role contributing to the satisfactory design, analysis, development, testing, and qualification of complex, flight, and engine control products used on military and commercial aircraft. The successful applicant will be joining a team of Engineers and should … Encountered Within The Aerospace Sector Electro-mechanical, Electro-hydraulic or Mechatronic control components/systems 3D design and 2D drawing creation Mathematical modelling (e.g. Excel, MathCAD, MatLab/Simulink, FEA) Some knowledge of aerospace materials and their properties Aerospace configuration control and quality systems Awareness of common machining and fabrication processes Development of assembly techniques and associated tooling Development of … qualification test methods Compilation of clear and concise analysis and test reports Presentation of technical detail to the customer at all levels Personal integrity, objectivity, and honesty Awareness of project management principles. Academic Qualifications Degree or HNC in a relevant engineering discipline. We review applications on an ongoing basis, and the job posting will be closed once a suitable More ❯
solutions to improve the reliability, performance and efficiency of our turbomachinery products. As a Software Development Co-op, you will work alongside our team on software solutions applicable to FEA simulation of machines' dynamics and strength characteristics. Responsibilities: Develop mathematical models, solution algorithms, and computational methods for applied mathematics problems in the field of mechanics of deformable solids. Design, develop … testing and validation of software solutions to ensure their accuracy and reliability. Conduct research and development of new software technologies and techniques for rotor dynamics analysis and structural FEA approaches applicable to rotating structures. Document and present your work to other team members, management, and stakeholders. Required Qualifications : Bachelor's or Master's degree in Mechanical Engineering or Computer … in C++ and other programming languages. Familiarity with software development practices (OOP, SOLID) and version control systems (Git). Experience in coding FEM. 3-5 years of experience in FEA solvers development is preferable. Proficiency in static stress and dynamic analysis of mechanical structures. Knowledge of turbomachinery systems and software tools for mechanical analysis is a plus. Excellent More ❯
Systems engineering teams Reviewing, developing and approving supplier submitted physical test plans and procedures Review and acceptance of supplier Shock and EGV qualification evidence encompassing classical manual stress calculations, FiniteElementAnalysis reports and physical test reports Presentation and delivery of Combat Systems equipment Shock and EGV qualification evidence to the customer Your skills and experiences: Essential … Experience of structural assessment and analysis techniques specifically classical manual stress analysis calculations and various FiniteElementAnalysis techniques and interpretations of the output Capable in the use of Mathematical Display and Evaluation applications. Experience of the development and management of technical requirements and acceptance activities within one of the following areas: submarine, defence, construction … ships or similar environment Desirable Experience in the design of equipment for submarines/surface ships and/or experience in producing shock qualification evidence (hand calculations, FiniteElementAnalysis) of equipment for submarines/surface ships Degree or equivalent qualification or experience within a relevant engineering discipline Benefits: You’ll receive benefits including a competitive pension More ❯
and expansion. Job Description: We are seeking a skilled and motivated Fluid Systems Engineer to join our team. In this role, you will be responsible for performing detailed engineering analysis, including the necessary calculations, to support the development and documentation of fluid systems for the HPC project. Key Responsibilities: Conduct comprehensive engineering analysis of fluid systems, including thermal … hydraulic, and pneumatic systems. Perform detailed calculations to support system design, ensuring compliance with project requirements and industry standards. Perform analysis and define I&C functional requirements of systems including writing of detailed functional diagrams and Functional test platform procedures. Develop and produce accurate and thorough system documentation, including schematics, diagrams, and technical reports. Perform thermal-hydraulic calculations and … preferably within the HPC or related industries. Strong proficiency in engineering analysis and fluid dynamics calculations. Proficiency with engineering software tools such as CFD (Computational Fluid Dynamics) and FEA (FiniteElementAnalysis). Excellent problem-solving skills and the ability to think analytically and creatively. Strong attention to detail and commitment to producing high-quality work. More ❯
