Description
Hendrick Motorsports is seeking a dynamic and experienced Senior Aerodynamics Engineering Manager to lead and oversee the aerodynamic development team. This role requires a strong leader capable of managing a multidisciplinary team, fostering collaboration, and driving innovation in motorsports performance. The manager will not only direct technical efforts but also serve as a role model by exemplifying Hendrick’s Core Values: Integrity, Enthusiasm, Winning, Accountability, Teamwork, and Improvement.
A critical focus of this position is the ability to understand and articulate the mechanisms behind aerodynamic results. The successful candidate must excel at analyzing complex data, identifying the "why" behind outcomes, and clearly explaining these insights to both technical and non-technical stakeholders. By bridging the gap between analysis and application, this leader will empower teams across the organization to leverage aerodynamic data effectively.
This individual will focus on developing advanced aerodynamic solutions that improve vehicle performance while ensuring effective communication and collaboration across departments. Success in this role hinges on outstanding leadership, the ability to inspire a high-performing team, and the capacity to translate complex data into actionable insights that advance team objectives.
Key Responsibilities
Team Leadership and Management
Build and lead a high-performing aerodynamics team, promoting a culture of collaboration, accountability, and excellence.Mentor and develop team members by providing regular feedback, fostering growth, and creating opportunities for learning and advancement.Effectively delegate tasks while maintaining oversight to ensure project success and alignment with organizational goals.Cultivate an inclusive team environment that encourages diverse perspectives and innovative problem-solving.
Understanding and Communicating Aerodynamic Results
Analyze data from CFD simulations, wind tunnel testing, and on-track results to decipher the mechanisms driving aerodynamic performance.Identify and clearly explain the "why" behind the data, ensuring that both technical and non-technical stakeholders understand the results and their implications.Use storytelling and visualization techniques to translate complex aerodynamic findings into actionable insights for other departments.
Strategic and Technical Leadership
Define and communicate the team’s objectives, aligning technical goals with the overall vision of Hendrick Motorsports.Oversee the design, testing, and optimization of aerodynamic components, ensuring projects are delivered on time and exceed performance expectations.Lead the development and implementation of advanced analytical tools, methodologies, and processes to enhance aerodynamic performance.
Communication and Cross-Department Collaboration
Foster strong relationships with the vehicle design, race engineering, and fabrication teams to ensure cohesive integration of aerodynamic solutions.Collaborate with OEMs and external partners to plan and execute full-scale, reduced-scale, and CFD testing, leveraging insights to improve methodologies and results.Act as a bridge between teams by effectively communicating findings, ensuring alignment, and providing technical support to achieve shared goals.
Continuous Improvement and Innovation
Inspire the team to push boundaries, drive innovation, and maintain Hendrick Motorsports’ position at the forefront of aerodynamic research and development.Leverage expertise in CAD, CFD, and data analysis to create high-quality models and refine processes for maximum efficiency and performance.Encourage team-wide adoption of Hendrick’s core value of Improvement by implementing processes that foster continuous learning and growth.
Requirements
Qualifications
Required Leadership Skills
Proven ability to lead and manage high-performing technical teams in a fast-paced, high-pressure environment. Strong interpersonal and communication skills, with the ability to motivate and inspire others while fostering trust and accountability. Exceptional problem-solving and decision-making skills, particularly under time-sensitive conditions. Demonstrated ability to convey complex technical concepts in an understandable and actionable manner.
Technical Expertise
Bachelor’s degree in Engineering or related field (Master’s preferred). Minimum 7+ years of experience in aerodynamics, with a focus on motorsports or high-performance vehicles. Proficiency in CFD tools (e.g., ANSYS Fluent, STAR-CCM+, OpenFOAM and CAD software (e.g., NX, CATIA, SolidWorks). Strong understanding of fluid dynamics, downforce optimization, and drag reduction techniques. Advanced experience in data analysis, including telemetry and aerodynamic test results.
Core Competencies
Integrity: Upholds the highest ethical standards in leadership and decision-making. Teamwork: Leads by example, fostering trust and respect while leveraging diverse talents across teams. Accountability: Takes ownership of team goals and ensures successful delivery of projects. Winning: Inspires a relentless drive for success and continuous improvement. Improvement: Drives innovation and seeks opportunities for growth and development.
Preferred Qualifications
Previous management experience with professional racing teams. Familiarity with NASCAR, FIA, or other motorsport governing body regulations. Experience in developing and implementing innovative aerodynamic testing methodologies.
Work Environment
Role involves a mix of office settings, wind tunnel facilities, and trackside locations. Travel to test events, partner sites, and facilities is expected. Extended hours, including weekends, may be required during critical development phases.
This position is a unique opportunity for a highly motivated leader to drive innovation, inspire a team of talented engineers, and ensure a deep understanding of the "why" behind aerodynamic results. By fostering collaboration and translating complex data into actionable insights, this individual will play a pivotal role in maintaining Hendrick Motorsports’ competitive edge.
