Search for Gait Control Engineer roles in Austin, TX, in the robotics industry, with at least 2 years of experience, focusing on embedded systems and real-time control, ideally in a full-time capacity.

Okay, I've searched for Gait Control Engineer roles in Austin within the robotics industry, requiring at least 2 years of experience, focusing on embedded systems and real-time control, in full-time positions. I have found 87 positions for you.

Gait Control Engineer

Austin, TX

Robotics

2 years + Experience

Full Time

Can you help me to analyze the job description and company culture?

Sure. Here's the analysis:

Job Analysis:

The Gait Control Engineer role at Shift is fundamentally about advancing personal mobility through innovative gait control algorithms that can significantly enhance bipedal locomotion. This engineer will not only design and prototype cutting-edge algorithms, but they will also be required to test and implement these innovations on actual products, directly influencing the performance and user experience of the next generation of Moonwalkers. Key responsibilities include collaborating with cross-functional teams, which means that effective communication and coordination will be paramount in marrying hardware, software, and mechanical design. Success in this role will be marked by the ability to rapidly iterate on designs, which reflects an alignment with the fast-paced, high-performance culture inspired by Formula One engineering practices. Candidates will need to anticipate and solve complex problems, keeping safety and efficiency in the foreground. The position demands both technical excellence and the agility to thrive in a dynamic environment where quick, high-quality results are expected, thus establishing a benchmark for performance in a cutting-edge field.

Company Analysis:

Shift operates within the innovative realm of personal mobility, aiming to transform urban commuting into a more enjoyable and sustainable experience. Positioned as a forward-thinking disruptor, the company emphasizes creativity and a passion for technology, fostering an environment that thrives on experimentation and bold ideas. The company culture likely encourages collaboration, rapid prototyping, and a high-performance mindset, which will resonate with candidates who thrive in challenging settings. Organizationally, the Gait Control Engineer is likely an essential member of a highly skilled team, interacting with both technical and non-technical stakeholders. This exposure will afford the candidate significant visibility within the organization. The strategic alignment of this role underscores the company’s ambitious goals: developing groundbreaking mobility solutions that prioritize walking and enhance interaction with urban spaces. As such, the engineer will play a pivotal part in heightening the company's competitive edge in an emerging market focused on sustainability and innovation in transportation.

Mock up some interview questions based on the job description.

Absolutely. Here are some mock interview questions that could come up:

Can you share a specific project where you developed a bipedal locomotion control system? What challenges did you face, and how did you resolve them?
Describe a time when you worked on a tight deadline. How did you manage your time and ensure that your work met high standards?
Tell me about an instance where collaboration with a mechanical or software team improved your project outcome. How did you facilitate this collaboration?
What is your approach to prototyping and testing algorithms? Can you walk me through the process you use?
How would you design a control strategy for a new type of gait? What factors would you consider?
Explain how you would implement sensor fusion in a context where computational resources are limited. What are your strategies for optimization?
Imagine that during your testing phase, the gait control algorithm consistently fails to function under certain conditions. What steps would you take to identify and solve this problem?
Suppose you are faced with a situation where your prototype is not meeting performance expectations. How would you approach troubleshooting this issue?
Why are you interested in working for Shift, and how do you see your skills contributing to our mission in personal mobility?
How do you define success for a Gait Control Engineer, and what metrics would you use to measure it?
What excites you the most about the future of urban mobility technologies?
As the company grows, how would you suggest we continue to foster innovation within our engineering teams?
What questions do you have about our current projects or the future direction of Shift?
Could you elaborate on your experience with real-time control systems? What challenges have you faced, and how did you overcome them?
What tools or methodologies do you consider essential for the development of gait control algorithms, and why?

Job Details

Overview Company

Gait Control Engineer

Shift Robotics

3 days ago

Highlight

OnsiteFull-time2+ yearsMid

Summary

Shift Robotics is seeking a Gait Control Engineer to join their team in Austin, TX. The role involves designing, prototyping, and testing innovative hardware to advance the world's fastest shoes.

About the Role

As a Gait Control Engineer, you will lead the development of the gait control algorithm using machine learning, sensor fusion, and bipedal locomotion control. You will prototype novel algorithms, develop control strategies, and ensure safe and intuitive response of Shift shoes. You will collaborate with mechanical, electronics, and software teams to enhance performance and develop production-quality embedded code.

About You

Required:

At least 2 years research and development experience in bipedal locomotion, actuated prosthetics, or humanoid robotics.
Published papers in internationally recognized conferences or journals.
Expertise in control systems, state estimation, multibody dynamics, or optimization.
Proficient with Matlab, Python, or other prototyping languages.
Demonstrated excellence in real-time control and processing using C and C++.

Preferred:

Familiar with Matlab Simulink or physical model simulation such as Mujuco.
Experience developing, debugging, and optimizing real-time controls on highly dynamic machines.
Familiar with RTOS and Cortex based embedded solutions.

Benefits

Opportunities for participation in Employee Options programs.
401K retirement plan.
Excellent medical, dental, and vision insurance.
Sick and Vacation time, and Paid Holidays.
Massive Growth Opportunities and a long-term career.
Casual and comfortable work environment.

Shift Robotics

Shift is building a future where navigating cities is more enjoyable and where public space is better utilized. We build new form-factors of intuitive personal mobility products that reduce pollution and allow the rider to re-establish an intimate connection with their urban environment.

Austin, TX