i.e., LOLER, codes of compliance, weld specifications, geometric tolerance Competent in computer based analytical techniques including finite element analysis, CAD modelling and engineering schematics (Abaqus, S-Frame) Supporting the manufacturing, assembly, lifting, handling, and installation processes of Submarine Structures, Modules and Components Supporting a busy environment in utilising your … of the use of Eurocodes and British Standards Good understanding of mechanical engineering, structural steelwork, knowledge of lifting handling and LOLER Working knowledge of ABAQUS (Software), S-Frame, Foran, MathCAD and excel Member of Professional Institution - IMechE, ICE, IStructE. Incorporated Engineer IEng Status or Working towards Incorporated Status with More ❯
of compliance, weld specifications, geometric tolerance Responsible for interpreting Competent in computer based analytical techniques including finite element analysis, CAD modelling and engineering schematics (Abaqus, S-Frame) Supporting the manufacturing, assembly, lifting, handling, and installation processes of Submarine Structures, Modules and Components Supporting towards production of concept drawings, layouts … Competent in reviewing and checking of Design Outputs Good understanding of mechanical engineering, structural steelwork, knowledge of lifting handling and LOLER Working knowledge of ABAQUS (Software), S-Frame Foran, MathCAD and excel Previous knowledge in a production environment - experience in a marine production environment advantageous Benefits: You'll receive More ❯
equivalent. Chartered Engineer Status (e.g., MICE, MIStructE or MIMechE). Experience in the use of computer modelling packages such as finite element analysis (e.g. Abaqus and Ansys), finite difference analysis, or finite volume fluid dynamics packages. Excellent communication and presentation skills. A flexible attitude to both the type of More ❯
Engineering, or a related discipline. Strong proficiency with implicit and explicit structural and thermo-fluid simulation tools (e.g., ANSYS Mechanical, ANSYS Fluent, Altair HyperWorks, Abaqus). Experience simulating complex, multi-part assemblies in both FEA (e.g. drop testing), and thermal performance (e.g. measuring heat dissipation) Ability to simplify real More ❯
consolidated assemblies. Desirable Experience with multiple CAD platforms (Rhino, Autodesk Fusion360, SolidWorks, etc.) Familiarity with structural, thermal, or fluid flow simulation tools (ANSYS, COMSOL, Abaqus, etc.). Knowledge of thermal management and liquid cooling system design. Knowledge of structural design for drop. Knowledge of safety-factor driven design. Previous More ❯
industries (other fields will be considered on a case-by-case basis). Proficient in the use of industry standard finite element analysis software (ABAQUS, ANSYS, LS-DYNA or LUSAS). Experience with scripting and automation, preferably using Python. Technical rigour and focus on excellence. Problem solving mindset. Experience More ❯
analysis and its application to ship structures Experience developing ship structure scantlings Desirable: Ability to perform analysis using recognised FEA tools, preferably Hypermesh and Abaqus An understanding of Foran Engineers at all levels should possess an academic qualification in Engineering or other related STEM subjects as well as specific More ❯
