Job Description

Responsibilities
Design packaging and components to monitor and control airflow, coolant and refrigerant flow,
and thermal actuator positioning while considering efficiency, cost, manufacturability, and
serviceability.
Mechanical design of components and assemblies using plastics, sheet metal, structural metals,
insulation systems, sealing methods, fluid connectors, fasteners, busbars, and other materials, as
well as hands-on prototype
Providing CAE and CFD support through build of state of art FE and CFD models to the finest
details.
Develop and apply advanced methodologies with smart analysis techniques to drive innovation
into Battrixx products.
Conduct optimization studies by utilizing optimization tools, including DOE/ DFSS techniques on
components, assemblies, or vehicle designs to meet performance requirements with the
constraints of mass and cost.
Validate product conformance to requirements by developing and executing component and
subsystem design validation plans and test procedures.
Create high quality drawing packages and manufacturing instructions for parts and assemblies
Collaborate with thermal, systems, electrical, supply chain, manufacturing, service/deployment
teams, and reliability teams to take designs from prototype through mass production
Assist in engineering prototype builds and component fabrication
Root cause and solve test failures and production problems
Requirements:
3-6 years of product design experience
BE or higher degree in Mechanical Engineering
Strong engineering fundamentals in heat transfer, mechanics, and fluids
Preferred experience in, Finite Element Analysis, Finite Volume Method, CFD, Applied Solid
Mechanics, Material science and Computational Numerical Methods within a HV Battery Pack
development environment.
ANSYS-FLUENT, STAR CCM+, required.
simulating steady state and transient single and multi-phase fluid flows on sub-systems and full
vehicle models.
stand-alone or coupled analysis of electronic components for thermal, fluid mechanics, and
structural.
analysis of coupled thermal-electrical problems, fluid flow through electronics cooling.
Product Design Experience with both manual and automated high-volume assembly lines
A thorough understanding of the material science of mechanical design components (metals,
insulators, polymers, connections, gaskets, and so on) as well as their manufacturing procedures.
Plastic injection moulding, welding / brazing, metal stamping, extruding, thermoforming, plating,
heat treating, and bonding are all examples of manufacturing processes that you should be
familiar with.
Expert Knowledge of test designs, test sets, and data analysis.
A detail-oriented personality with solid documentation and reporting skills
Proficiency in CAD modelling, solid works.
Excellent communication skills
Ability to work in a fast-paced and challenging environment.