Control Engineer - Servo Motors

Hey, we’re amp, and we’re leading the fitness evolution.

Forget the guesswork, the clutter, and the compromises—amp brings full-body, AI-powered workouts straight to your home. With intelligent resistance, expert-led programs, real-time progress tracking, and a sleek, space-saving design, we make high-performance training part of everyday life.

Our Mission?

To help people live longer, stronger lives by making strength training effortless, effective, and built around you.

We’re a team of 120+ passionate minds—designers obsessed with every detail, engineers solving real problems, and training experts who know that consistency beats intensity. We’ve brought together talent from Apple, DraftKings, Nike, Spotify, and Meta, all with one goal: redefining strength training from the ground up. amp isn’t just a product—it’s a new standard.

We built amp because strength training should fit your life, not the other way around.

Where We Are Now?

Over the past four years, we’ve developed a next-generation strength training system designed for personalized, intelligent workouts. After a successful soft launch, we’re scaling fast with a cutting-edge D2C e-commerce platform built for massive growth.

Now, we’re looking for top-tier talent to help shape the future of strength training.

Are you in?

We're seeking an experienced Control Engineer with a strong background in servo motors and embedded control systems. The ideal candidate will have a hands-on approach to developing, testing, and optimizing control algorithms in real-time systems, particularly for motor drives and power electronics.

What You’ll Do:

• Design and implement advanced control algorithms for servo motor systems.
• Work closely with hardware and firmware teams to integrate control solutions.
• Analyze system behavior and tune performance in real-time environments.
• Use lab tools such as oscilloscopes and power supplies to validate control performance.
• Contribute to the development and testing of inverter-based drive systems.
• Document control architecture and software implementations.
  
  

• Design and implement advanced control algorithms for servo motor systems.
• Work closely with hardware and firmware teams to integrate control solutions.
• Analyze system behavior and tune performance in real-time environments.
• Use lab tools such as oscilloscopes and power supplies to validate control performance.
• Contribute to the development and testing of inverter-based drive systems.
• Document control architecture and software implementations.
  
  

• Familiarity with motor modeling and simulation tools (e.g., MATLAB/Simulink)
• Experience with safety-critical or certified motor applications
• Knowledge of communication protocols such as CAN, SPI, UART