Your primary responsibilities will include:

• Leading technical discussions and deep dives to balanced conclusions
• Understanding upfront design, verification plan, and methods, and industrialization process
• Authoring requirements, rules, methods in a manner that institutionalizes key learnings
• Authoring and maintaining friction plate and disconnect design engineering specifications
• Partnering with Vehicle Dynamics and NVH teams to improve development statement process
• Co-Leading technical peer reviews with component supervisor
• Coaching, mentoring, and training Suspension D&R engineers across all global regions
• Owning the friction plate and disconnect warranty spend, including driving best practices across the supply base
• Responsible for the creation and maintenance of Core Engineering Documents (FMA Documents, SDS/Requirements and Test Procedures, etc.)
• Integral to Signoff of System/Subsystem/Component with specific signoff responsibility before Chief Signoff
• Going-To for Problem Solving – Launch, Recall, Quality / Field Issues, DV/PV issues
• Conducting global supplier onsite reviews at component plants and recommending best practices for manufacturing process and quality control
• Providing technical support to the Architecture, Core, and Applications teams for the development of disconnects
• Developing and owning interfaces with interfacing component/systems on boundary diagram including joint specs and device transmittals
• Partnering with Simulation Team to improve tunable models for use on full vehicle simulator
• Conducting benchmarking to optimize component design for future programs
• Providing Technical leadership to broader Underbody Systems engineering teams
• Leveraging CAE modelling capability to optimise quality, maximise efficiency, and minimise cost
• Creating and conducting training sessions
• Leading Technical Design Reviews (TDRs) for System/Subsystem/Component

To succeed in this role, you will need:

• A Bachelor's degree in Engineering (Master's degree in Tribology, Mechanical, Controls, Systems, etc. preferred)
• Proven history of design and verification directly applicable to friction clutches and powertrain disconnects
• Proven history of evaluating choices and directing a team based on technical ideals balanced with industrialization realities
• 10 years of component engineering design and release experience in friction clutch and disconnects, including specific experience on launch
• >6 years of experience in friction clutch systems and powertrain disconnect architectural design
• Extensive experience creating and managing DFMEA/PFMEA/SCCAF/Control Plans/ drawings
• Experience with CAE tools and methods
• Extensive knowledge and experience with associated supplier manufacturing and quality processes
• Required leadership skills – quality-focused as #1 priority, innovative, excellent communicator, strong organisational skills, highly motivated self-starter

If you're excited about this opportunity, please don't hesitate to apply!

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Key responsibilities include:

• Consulting with customers to solve complex engineering problems using ANSYS Fluids software and related CAE tools.
• Demonstrating the value of ANSYS vision and software to sales prospects, actively supporting direct and indirect sales teams to drive growth.
• Training customers and internal teams in the effective usage of ANSYS simulation products, enhancing their proficiency and independence.
• Creating and presenting impactful software demonstrations and novel simulation solutions to streamline customer workflows and support the sales process.
• Teaching introductory and advanced training classes on ANSYS simulation products, sharing your expertise and fostering knowledge transfer.
• Collaborating with Product Development to relay customer feedback and improve ANSYS software products and user experience.

As a successful candidate, you will have a Ph.D. or M.Sc. in mechanical or aerospace engineering (CFD-oriented), with a minimum of 7 years of industrial experience in simulation, product development, or engineering design. You will also have expert-level knowledge of CFD, multi-phase flow modeling, turbo machinery, design optimization, and multi-physics simulation.

If you are a highly skilled engineer with a passion for simulation technologies and a desire to make a tangible impact, we encourage you to apply for this exciting opportunity.

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What you'll do

• Investigate the electrical and electrochemical-thermal behavior of Li-ion battery cells
• Develop and apply battery cell models (electrical equivalent circuit models and electrochemical-thermal models)
• Parameterize, analyze, and validate simulation results

What you need

• A degree in Electrical Engineering, Mechatronics, Chemistry, or a related field
• Strong knowledge of electrical circuits, electrochemistry, and thermodynamics
• Experience with programming languages such as C/C++, Python, or Matlab
• Familiarity with CAE tools such as COMSOL Multiphysics

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