• Assist in formulating and proactively lead with the execution of engineering strategies, objectives, plans and programmes consistent with the overall direction of the department, business, division and group. 
• Contribute whenever necessary in addressing cross functional engineering issues.
• Proactively take ownership and be accountable for the successful on-time delivery of team projects. 
• taking responsibility for the technical team’s on-time delivery.
• Take a lead role in new product and sub-system development including – investigation, design, liaising with other engineers and designers, 
• Working with the Programme Manager, testing and reporting of prototypes and the preparation of marketing information (catalogues, manuals etc.)
• Take the technical lead role for projects 
• Answering to the Programme manager and line manager within a matrix structure.
• Work within the current processes to conduct product changes and new product designs/enhancements.
• Lead activity such as creation of design and qualification documentation, including test procedures, validation plans, and component/product costing. 
• Justify design decisions based on cost, risk, delivery timescales, experimental test data and CAE outputs.

Skills: Project Leadership and Execution, Cross-functional Collaboration, Technical Ownership, Product Development Expertise, Advanced Engineering Skills, Decision-Making Based on Analytical Data, Matrix Management Experience, Innovation in Product Design and Enhancement

• Assist the Programme manager with planning of all future & existing project activity requiring engineering input and new product development. 
• Provide accurate, achievable and realistic task time estimates and support the Programme manager as a proactive member of project teams and project meetings to meet those targets and deliver on time.
• Troubleshooting including answering technical enquiries from customers and related Weir Minerals teams.
• Assist end users and internal customers.
• Accountable for new patent applications, providing necessary analysis, details and diagrams
• Prepare conceptual sketches, 3D models, 3D assemblies and design data/information, working within the GPDM framework. 
• Maintain a hands-on CAD role
• Lead in the creation and maintenance of Weir Minerals engineering standards and QA procedures, policy, training, technical support, technical presentations (high and low level) and project programming.
• Undertake specialist projects as instructed by the team supervisor, Programme manager, line manager or Engineering Director.
• Evaluate emerging technologies and promote new technology concepts for slurry pumping and other WM equipment

Skills: Project Planning and Coordination, Task Time Estimation, Technical Troubleshooting, Customer Support, Patent Application Process, CAD Design, Engineering Standards and QA Procedures, Technology Evaluation and Promotion

• Supporting the Naval Architect in providing essential information regarding the ship design.
• Coordinating the CFD scope across multiple projects.
• Collecting information, making agreements, reporting on the findings and communicating all to peers.
• Keeping knowledge and expertise up-to-date and following new developments.
• Performing a wide range of assignments (advice, solution/design) while focusing on solving unique issues.
• Interact with internal and external customers on a technical and programme level.
• Develop suitable methodologies and conduct CFD analyses at a consistently high standard within budget.
• Preparation, presentation of technical reports.
• Maintain the project documentation in accordance with the company’s Quality Management System.
• Perform CFD/FEA analyses on propulsion system and projectiles
• Perform CFD computations using a variety of Government and commercial codes
• Plan and interpret data from small-scale and large-scale tests

Skills: Naval Architecture Support, CFD Coordination, Information Management, Continuous Learning, Problem Solving, Customer Interaction, CFD Analysis, Technical Reporting

• Building CFD models, preparation for simulation method development
• Perform simulations and analyze performance
• Surface optimization for exterior and under-hood design optimization of aerodynamical criteria
• Analyze the thermal management of the vehicle
• Planning physical tests and calibration of the results
• Communicate results, and conclusions and provide insights for design changes
• Prepare CFD/FEA analyses and study reports
• Enhance, update, and validate in-house codes
• Provide technical and logistics support during all program phases

Skills: CFD Modeling and Simulation, Method Development, Simulation Analysis, Surface Optimization, Aerodynamic Optimization, Thermal Management Analysis, Physical Testing and Calibration, Communication and Reporting

• Conduct CFD analysis using STAR-CCM+ to investigate innovative thermal cooling solutions for battery systems
• Create analytical and numerical models using various Computational Fluid Dynamics tools to describe system thermal performance
• Conduct pack level flow analysis to estimate the flow distribution and pressure drop in different battery pack designs and provide feedback to the CAD owner on modifications
• Contribute to thermal architecture for active cooling and heating components.
• Develop and execute plans to estimate thermal performance/efficiency of products using numerical simulations
• Engage with hardware design team to ensure proper component design.
• Develop and publish case studies/technical papers describing novel concepts and analysis of battery systems or related components.
• Bring novel ideas related to thermal management of battery systems to fruition through patent applications
• Prepare detailed internal and customer reports and presentations describing the setup and results accurately
• Perform Computational Fluid Dynamics (CFD) and thermal simulations in the fields of vehicle interior & exterior, lighting systems, under hood thermal management, HVAC systems.

Skills: Computational Fluid Dynamics (CFD) Analysis, Analytical and Numerical Modeling, Pack Level Flow Analysis, Thermal Architecture Development, Simulation Planning and Execution, Collaboration with Hardware Design Teams, Technical Writing and Communication, Expertise in Various CFD Applications

• Knowledge and understanding of heat transfer, fluid dynamics, thermodynamics, computational fluid dynamics
• General background in partial differential equations, optimization, and/or statistics
• Familiarity with Open Source platforms such as OpenFOAM, ParaView, Computational Model Builder, Truchas, Calculix, or Code Aster
• Experience with pre-processing tools (ANSA, Hypermesh) including fundamentals of morphing
• Familiarity with CAE software tools such as Star CCM+, PumpLinx, Converge, TaiTherm, Magmasoft, Flow-3D, and CFX
• Experience programming in languages such as C++, Python, and Java
• Understanding of simulation life-cycle from CAD to post-processing
• Experience in battery cells, vehicle electronic components, or fuel cells is a plus
• Experience with the application of CFD to vehicle design and analysis.
• Experience in grid generation, numerical algorithms, and physical modeling of flight vehicles and vehicle components utilizing unstructured (primarily) and overset structured grids and related algorithms and tools.
• Experience with analyzing CFD results for accuracy, and properly interpreting and presenting findings using commercial flow visualization software, such as Tecplot and Fieldview.

Qualifications: BS in Mechanical Engineering with 5 years of Experience

• Have or be eligible for Secret security clearance
• Ability to work within an established team with defined processes
• Excellent communication and interpersonal skills
• Knowledge of computational fluid dynamics for airframe stability and control is desired
• Experience in use of computational fluid dynamics software and code development applicable to transonic, supersonic and/or hypersonic flows
• Familiarity with structured and unstructured grid generation tools and visualization software
• Capable of defining vehicle geometry, grid generation, and performing aerodynamic analyses to support vehicle simulation and controls systems design
• Experience with airframe component interactions, including but not limited to control surfaces and appendages
• Experience in the management of a large number of simulations on remote High-Performance Computing (HPC) Resources
• Experience in the use of Missile DATCOM software is a plus
• Experience in generating aerodynamic databases including aerodynamic coefficients and stability derivatives over large ranges of aerodynamic angles and Mach numbers for a 6dof simulation.
• Experience with missiles/rockets

Qualifications: BS in Aerospace Engineering with 4 years of Experience

• Prior exposure to drafting/drawing/CAD tools.
• Experienced user of CAE tools, FEA, and Kinematic software’s
• Ability to work effectively as a member of a global cross-functional / cross-discipline team.
• Experienced working with suppliers and customers.
• Strong Technical communication and time management skills
• Strong self-motivated, self-starter
• Ability to work with limited guidance/supervision.
• Ability to manage multiple assignments.
• Experience in CAD geometry manipulation/cleanup utilizing NX, CADFIX and/or SpaceClaim.
• Experience in the use of Chimera Grid Tools (CGT), Pegasus and/or X-rays, and the OVERFLOW flow solver to model the flow domain, mesh and couple the grids.
• Experience working in the oil and gas industry
• Experience in using commercial CFD code

Qualifications: BS in Chemical Engineering with 3 years of Experience

• Flexible, adaptable, open-minded and technically curious
• Proactive self-starter who is driven to succeed with a positive attitude
• Problem solver with the capacity to grow and develop
• Empathetic toward the needs of others
• Demonstrates integrity, honesty and humility
• Effective communicators with the confidence to ask questions, seek help, make decisions and challenge the norm
• Ability to communicate well at all levels
• A reasonable level of confidence when speaking in an open forum
• Strong IT skills ideally with prior experience using OLGA, PIPESIM, PVTSim, Multiflash, HYSYS, UNISIM
• Capacity to learn and pro-actively seek and provide feedback
• Good understanding of the benefits of respecting and appreciating what makes people different

Qualifications: BS in Physics with 2 years of Experience

• Experience applying principles of fluid mechanics to develop computation models for fluid flows
• Experience developing CFD models using Fluent, COMSOL, Solidworks Flow Simulation, Autodesk CFD, Flow3D, Open Foam, or equivalent
• Understanding of nozzle fluid mechanics and high viscosity fluid dynamics including calculating velocity, pressure drop, and turbulent and laminar flows
• Experience working with scientists and engineers to formulate CFD models and establish simulation requirements
• Experience developing and executing tests to validate analytical CFD models
• Experience with thermoplastic materials processing including injection molding, 3D printing, and extrusions
• Demonstrated experience developing testing methodologies to characterize material properties
• Experience with setting up modeling on cloud computing platforms
• Hands-on experience with ANSYS FLUENT and or STAR-CCM+ or other commercial CFD software
• Knowledge and understanding of fluid mechanics in particular multiphase flow
• Experience in mass transfer technology equipment design or manufacturing

Qualifications: BS in Applied Mathematics with 4 years of Experience