Chief Engineer - Nikola Powersports

Location
Salt Lake City
Status
Active

Description

Chief Engineer - Nikola Powersports

Role:

Located at our office in Salt Lake City, Ut, the Nikola Powersports Chief Engineer will be responsible for all Nikola Powersports vehicles system engineering.

Responsibilities: - Definition and generation of product and process specifications covering all Nikola Powersports vehicles. To include all vehicle level subsystems: motor gearbox drive units, high voltage battery assemblies, high voltage power electronics, DC-DC converter, low/high voltage electronic components and electrical harnessing layout, vehicle chassis, suspension systems, and body panels, ect. - Execution of design review and DFMEA processes and related documentation - Vehicle design analysis, validation and development, as well as procedures documentation. - Technical project planning, management and reporting procedures and documentation. - Production of plans and timing as required to develop new business proposals. - Creating technical presentations. - Matching and selecting vehicle design elements as dictated by vehicle application, and factoring in system energy efficiency, performance, dependability and lifecycle costs. - Configuring vehicle systems with the customer layout, packaging and assembly requirements in mind including impacts variation analysis (tolerance limits). - Reading and interpreting engineering specifications and piece-part drawings, including GD&T. - Performing selection and sizing tasks to include appropriate mechanical, hydraulic, pneumatic, and electrical components into an overall vehicle design to deliver a system-balanced design solution. - Applying industry- and experience-based standards and best practices to the design of Nikola Powersports vehicles portfolio. - Applying control theory and application know-how to configuration development of base hardware mechanisms and the supporting control system componentry, algorithms and software - Applying heat transfer and fluid dynamic principles to vehicle subsystem design and the integration into the higher-tier vehicle system - Application of material selection/properties, processing, heat treatment know-how as required for calculating size, deflection, life prediction and overall suitability for electric vehicle use - Perform classical and computer-aided calculations, simulations and virtual analysis/validation for: - Gears, splines, shafting and other mechanical power transmittal devices. - Bearings, bushings and other anti-friction elements - Sealing systems, retention and other bolted/fastened interfaces - Gearbox friction elements and ratio changing components - Fluid power elements such as torque converters, fluid couplings, hydrostatic pumps/motors, fluid pumps, controls, filtration, cooling, base fluid, etc. - System and component thermal analysis, heat transfer and cooling considerations - Gearbox loss/efficiency estimates, improvements, development tasks - Gearbox NVH control estimating, best practice design, development and vehicle integration - All vehicle systems structural design and analysis for strength, rigidity, NVH contribution, mass, etc. - Any and all other aspects of vehicle application and subsystem engineering

Requirements:


Equal Employment Opportunity statement (EEO)

Nikola Motor Company™ is committed to a policy of equal employment opportunity. We recruit, employ, train, compensate, and promote without regard to race, color, age, sex, ancestry, marital status, religion, national origin, physical or mental disability, sexual orientation, gender identity, medical condition, pregnancy, veteran status, genetic information or any other classification protected by state or federal law.


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