Engineering Intern
Motor Control, Spring 2024
Confirmed live in the last 24 hours
Mercedes-Benz

10,001+ employees

Distributes and markets Mercedes-Benz and smart products in the US.
Company Overview
Mercedes-Benz USA, a subsidiary of Daimler Company, stands out for its commitment to quality and craftsmanship, as evidenced by its extensive dealership network and robust product line, including the iconic Mercedes-Benz and smart vehicles. The company's culture emphasizes continuous improvement and customer satisfaction, fostering a work environment that encourages employees to strive for excellence. With its industry leadership, technical advancements, and a reputation for timeless style, Mercedes-Benz USA offers a rewarding and dynamic workplace for those passionate about automotive excellence.
Consumer Goods
Automotive & Transportation

Company Stage

N/A

Total Funding

N/A

Founded

1970

Headquarters

Atlanta, Georgia

Growth & Insights
Headcount

6 month growth

-1%

1 year growth

5%

2 year growth

6%
Locations
Southfield, MI, USA
Experience Level
Intern
Desired Skills
Data Structures & Algorithms
MATLAB
FPGA
CategoriesNew
Electrical Engineering
Requirements
  • Currently pursuing a Bachelor's, Master's, or Ph.D. degree in Electrical, Electronic, or Computer Engineering
  • Strong academic background in electric motor control, power electronics, control systems, or motor control
  • Solid understanding of electric and hybrid vehicle technologies
  • Familiarity with rapid prototype tools, such as DSPACE/Micro Autobox/FPGA
  • Proficiency in programming languages such as C/C++, MATLAB/Simulink, and TargetLink
  • Knowledge of power electronics in electric drive systems
Responsibilities
  • Advance electric motor control technology through innovative methods, tools, and processes
  • Establish best practices for electric motor-related analysis, controls, and testing of electric motors, ensuring top-tier performance and efficiency
  • Develop E-Motor control algorithms in Simulink/TargetLink models, including auto code generation to enhance the precision and effectiveness of control strategies
  • Verify and validate algorithms through simulation, hardware-in-the-loop, dyno tests, and other prototype test environments
  • Deliver system performance that meets customer expectations, resulting in superior electric and hybrid vehicle experiences