Full-Time

Humanoid Robot Operator Interface Engineer

Updated on 1/19/2025

Figure

Figure

51-200 employees

Develops versatile humanoid robots for industries

Robotics & Automation
Automotive & Transportation
AI & Machine Learning

Compensation Overview

$140k - $400kAnnually

Mid, Senior

Sunnyvale, CA, USA

Requires 5 days/week in-office collaboration.

Category
Applied Machine Learning
Robotics & Autonomous Systems
AI & Machine Learning
Required Skills
Data Structures & Algorithms
Requirements
  • Experience implementing, testing, and deploying operator interfaces on real robots
  • Experience with various virtual reality and GUI frameworks
  • Capable of quickly writing massive amounts of high quality, well-tested, operator interface software
  • Possess both a theoretical understanding and have practical experience with operator interfaces
  • Have a deep knowledge of state of the art techniques, data structures, and software tools
  • Thrive in a high pace environment, where solutions are often unclear and require exploration
Responsibilities
  • Design, implement, test, and deploy operator interfaces for humanoid robots. These interfaces will include both 3D virtual reality interfaces and 2D traditional GUI keyboard/mouse interfaces
  • Develop an immersive avatar operator interface, in which the human operator feels as if they are the actual robot
  • Integrate various sensing, perception, and autonomy modules in the operator interfaces, allowing operators to operate in a higher-level supervisory role
  • Develop mission-level operator interfaces for interacting with nominally fully-autonomous robots, which will occasionally require human intervention in challenging situations
  • Develop and use modern software engineering techniques to implement high quality, well-tested software
  • Evaluate potential operator interface solutions and make design trade offs and decisions based on robot requirements
  • Engineer and ship high quality, reliable software that will be deployed to the real world
  • Work with the Figure Integration and Testing team to evaluate and continuously improve your operator interfaces
Desired Qualifications
  • Passionate about building humanoid robots
  • Experience with deploying real world operator interfaces for commercial applications
  • Publication record of developing and deploying operator interfaces

Figure.ai develops humanoid robots designed for various industries, focusing on enhancing operational efficiency and reducing labor costs. Their main product, Figure 01, is a 5'6" tall, 60kg robot that can carry up to 20kg, run for 5 hours, and move at a speed of 1.2 meters per second. It operates in human-designed environments like manufacturing plants and warehouses. Unlike traditional robots that perform single tasks, Figure 01 is versatile and can handle multiple functions, making it a cost-effective solution for industrial clients. The company aims to expand its market reach through partnerships, such as with BMW Manufacturing, and generates revenue through sales, leasing, and service contracts.

Company Stage

Late Stage VC

Total Funding

$830.7M

Headquarters

Sunnyvale, California

Founded

2022

Growth & Insights
Headcount

6 month growth

-4%

1 year growth

1%

2 year growth

-5%
Simplify Jobs

Simplify's Take

What believers are saying

  • $675 million funding round boosts R&D and scaling opportunities.
  • Successful BMW integration showcases potential for widespread adoption in manufacturing.
  • Partnership with OpenAI enhances language and visual processing capabilities.

What critics are saying

  • Nvidia's Jetson Thor platform intensifies competition in humanoid robotics.
  • Tesla's planned humanoid robots by 2025 pose a significant competitive threat.
  • Dependence on automotive industry ties success to sector fluctuations.

What makes Figure unique

  • Figure 01 combines human agility with advanced AI for versatile applications.
  • Partnership with BMW highlights real-world integration in automotive production.
  • Figure 02 features self-correcting AI, enhancing operational efficiency and autonomy.

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