Wisk Aero
Overview
At Wisk, we are transforming the future of urban mobility through safe, all-electric, autonomous flight. We are a passionate team working toward a sustainable future, solving high-impact problems to enable everyday flight for everyone. If you want to help shape the future of mobility, read on! We are looking for a Senior Battery Thermal Analyst to join our Energy Storage and Power Systems (ESPS) product team. The role focuses on thermal analysis, simulations, and validation to support advanced battery thermal management strategies for high-power battery systems in our electric vertical takeoff and landing (eVTOL) aircraft. This is a
hybrid
work opportunity. You will be onsite at our Mountain View, CA office three days per week, with flexibility for remote work on the remaining days. Responsibilities
Perform detailed thermal analysis and simulations to evaluate battery cell, module, and pack-level thermal behavior under various operating conditions. Develop thermal models using CFD, FEA, and multi-physics tools to optimize battery cooling and heating strategies. Design and execute thermal validation tests, including calorimetry, thermal imaging, and environmental chamber testing, to correlate simulations with real-world performance. Collaborate with battery design, powertrain, and system integration teams to define and validate thermal management solutions. Conduct thermal runaway modeling, propagation analysis, and safety assessments to enhance battery system reliability. Support certification efforts, ensuring compliance with aviation safety standards and thermal performance requirements. What you will do
Act as a Senior Battery Thermal Analyst within the ESPS Battery Thermal Engineering sub-team, supporting a novel aircraft development for the autonomous Urban Air Mobility (UAM) market. Develop high-fidelity thermal models and simulations to evaluate battery pack performance in real-world conditions. Support cross-functional teams to optimize thermal management strategies. Address battery thermal challenges, including excessive heat generation, cooling system inefficiencies, and thermal runaway risks. Analyze test data, correlate simulations with experimental results, and refine thermal models for accuracy. Design thermal test plans, instrumentation setups, and data collection methodologies for validation testing. Work with certification and regulatory teams to ensure compliance with aviation battery safety standards. Plan and execute thermal simulations, sensitivity analyses, and failure mode assessments to support safety and performance. Help define thermal design criteria, simulation methodologies, and validation processes for next-generation battery systems. Requirements
B.S., M.S., or Ph.D. in Mechanical Engineering, Aerospace Engineering, Thermal Sciences, or a related field with at least 5+ years of experience in battery thermal analysis, preferably in aerospace, automotive, or energy industries. Experience with battery systems, electric powertrains, or aerospace electrification industries. Hands-on experience with thermal modeling and simulation tools such as ANSYS Fluent, COMSOL, STAR-CCM+, MATLAB, or GT-SUITE. Deep knowledge of heat transfer, fluid dynamics, electro-thermal coupling, and multi-physics simulations. Led projects that achieved thermal performance optimization, safety improvements, or efficiency enhancements in battery systems. Experience in thermal test design, including sensor selection, test setup, and data analysis for correlation with simulations. Familiarity with aviation battery safety standards (DO-311A, ARP4761, AS6413) and best practices for thermal management. Experience with thermal runaway propagation modeling, fire suppression methods, and thermal testing techniques is a plus. This role may require up to 20% travel for testing, supplier visits, or regulatory engagements. Compensation and Benefits
$142,408 - $167,539 a year. Compensation and benefits include a competitive base salary, annual bonus, long-term incentive, 401K, health benefits, and more. Job Type: Full-time Pay Range the Company expects to pay: $142,408 - $167,539 per year. The starting base salary within this range varies based on location and relevant experience. We offer a comprehensive benefits package and a great work environment, including total rewards and opportunities to contribute to electric autonomous flight. How to apply and equal opportunity
We are committed to fostering diversity and inclusivity and encourage individuals from all backgrounds to apply. Wisk Aero is an equal employment opportunity employer and participates in E-Verify. We do not accept agency resumes. Background checks are required for offers of employment.
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At Wisk, we are transforming the future of urban mobility through safe, all-electric, autonomous flight. We are a passionate team working toward a sustainable future, solving high-impact problems to enable everyday flight for everyone. If you want to help shape the future of mobility, read on! We are looking for a Senior Battery Thermal Analyst to join our Energy Storage and Power Systems (ESPS) product team. The role focuses on thermal analysis, simulations, and validation to support advanced battery thermal management strategies for high-power battery systems in our electric vertical takeoff and landing (eVTOL) aircraft. This is a
hybrid
work opportunity. You will be onsite at our Mountain View, CA office three days per week, with flexibility for remote work on the remaining days. Responsibilities
Perform detailed thermal analysis and simulations to evaluate battery cell, module, and pack-level thermal behavior under various operating conditions. Develop thermal models using CFD, FEA, and multi-physics tools to optimize battery cooling and heating strategies. Design and execute thermal validation tests, including calorimetry, thermal imaging, and environmental chamber testing, to correlate simulations with real-world performance. Collaborate with battery design, powertrain, and system integration teams to define and validate thermal management solutions. Conduct thermal runaway modeling, propagation analysis, and safety assessments to enhance battery system reliability. Support certification efforts, ensuring compliance with aviation safety standards and thermal performance requirements. What you will do
Act as a Senior Battery Thermal Analyst within the ESPS Battery Thermal Engineering sub-team, supporting a novel aircraft development for the autonomous Urban Air Mobility (UAM) market. Develop high-fidelity thermal models and simulations to evaluate battery pack performance in real-world conditions. Support cross-functional teams to optimize thermal management strategies. Address battery thermal challenges, including excessive heat generation, cooling system inefficiencies, and thermal runaway risks. Analyze test data, correlate simulations with experimental results, and refine thermal models for accuracy. Design thermal test plans, instrumentation setups, and data collection methodologies for validation testing. Work with certification and regulatory teams to ensure compliance with aviation battery safety standards. Plan and execute thermal simulations, sensitivity analyses, and failure mode assessments to support safety and performance. Help define thermal design criteria, simulation methodologies, and validation processes for next-generation battery systems. Requirements
B.S., M.S., or Ph.D. in Mechanical Engineering, Aerospace Engineering, Thermal Sciences, or a related field with at least 5+ years of experience in battery thermal analysis, preferably in aerospace, automotive, or energy industries. Experience with battery systems, electric powertrains, or aerospace electrification industries. Hands-on experience with thermal modeling and simulation tools such as ANSYS Fluent, COMSOL, STAR-CCM+, MATLAB, or GT-SUITE. Deep knowledge of heat transfer, fluid dynamics, electro-thermal coupling, and multi-physics simulations. Led projects that achieved thermal performance optimization, safety improvements, or efficiency enhancements in battery systems. Experience in thermal test design, including sensor selection, test setup, and data analysis for correlation with simulations. Familiarity with aviation battery safety standards (DO-311A, ARP4761, AS6413) and best practices for thermal management. Experience with thermal runaway propagation modeling, fire suppression methods, and thermal testing techniques is a plus. This role may require up to 20% travel for testing, supplier visits, or regulatory engagements. Compensation and Benefits
$142,408 - $167,539 a year. Compensation and benefits include a competitive base salary, annual bonus, long-term incentive, 401K, health benefits, and more. Job Type: Full-time Pay Range the Company expects to pay: $142,408 - $167,539 per year. The starting base salary within this range varies based on location and relevant experience. We offer a comprehensive benefits package and a great work environment, including total rewards and opportunities to contribute to electric autonomous flight. How to apply and equal opportunity
We are committed to fostering diversity and inclusivity and encourage individuals from all backgrounds to apply. Wisk Aero is an equal employment opportunity employer and participates in E-Verify. We do not accept agency resumes. Background checks are required for offers of employment.
#J-18808-Ljbffr