Race Engineer: Trackside Data & Performance

Hendrick; United States; On-site; USD 90,000 - 130,000; Full time

Job summary

Hendrick Motorsports, located at 4400 Papa Joe Hendrick Blvd, Charlotte, North Carolina 28262, seeks a Race Engineer to ensure the integrity of race car components and systems. You will support design, development, and performance improvements to maximize vehicle function, with emphasis on data-driven decisions and on-track testing.

The role involves collecting data, performing simulations, assisting with car setup, and iterating designs to achieve winning performance in a dynamic motorsport

Qualifications

• Accountability and ownership of actions.
• Accurate and thorough work.
• Analytical thinking to solve problems.
• Effective verbal communication with team members.
• Clear written communication skills.
• Coordinating with others to align actions.
• Detail-oriented in complex tasks.
• Organized and methodical in processes.
• Strong decision-making while following procedures.
• Adaptable to changing environments.

Responsibilities

• Manage multiple design and performance projects for race car components and systems.
• Support trackside testing and racing activities.
• Collect and interpret data; provide actionable recommendations.
• Use engineering principles to enhance vehicle design and performance.
• Assist in car setup, testing, and analysis as needed.
• Alter and modify designs to meet performance targets.
• Engage in simulations, data analysis, and fuel mileage considerations.

Skills

Race Engineering

Data Analysis

Trackside Testing

Vehicle Dynamics

Job description

Hendrick Motorsports, located at 4400 Papa Joe Hendrick Blvd, Charlotte, North Carolina 28262, seeks a Race Engineer to ensure the integrity of race car components and systems. You will support design, development, and performance improvements to maximize vehicle function, with emphasis on data-driven decisions and on-track testing.

The role involves collecting data, performing simulations, assisting with car setup, and iterating designs to achieve winning performance in a dynamic motorsport