Location: First 3 months in San Mateo office, followed by remoteDuration: 6-12 monthsAbout Us:
We work at the cutting edge of accurate digital twin simulation for AI, smart systems, and robotics. Imagine — Fortnite but with robots and humans! With Falcon, Duality’s digital twin simulation platform, users build physically and visually accurate 3D worlds where autonomous robots and human participants can engage in real time, producing high fidelity perception and interaction data. Our customers leverage Falcon to train and test off-road autonomous machines, deploy robotic fleets in modern logistics environments, and even safely and economically explore the potential of generative AI in our physical world. Today’s leading robotics, AI, and autonomy teams trust Falcon to help them develop safe, predictable, and resilient intelligent systems.
Headquartered in San Mateo, California, Duality is a global company with locations across the US, Italy and India.
Opportunity:
Are you passionate about robotics, 3D simulation, and eager to learn? Duality AI is offering an exciting apprenticeship opportunity for aspiring Junior Solutions Architects. Join our incredible multi-disciplinary team and embark on a journey where your primary focus is on learning, growth, and skill development.
As an apprentice, you will work alongside experienced professionals, gaining hands-on experience in developing and delivering simulation solutions for autonomous systems. You will have the opportunity to contribute to creating digital twins, crafting immersive 3D environments, and integrating robotics algorithms with high-fidelity simulations using industry-leading tools like Unreal Engine.
At Duality AI, we believe in the transformative potential of advanced simulation—a unique opportunity to redefine the capabilities of autonomous systems. As part of our team, you will grow your skills in this cutting-edge field, contributing to the future of robotics and simulation technology.
Responsibilities:
- Assist in the design and development of simulation solutions for robotics and AI projects.
- Collaborate with other team members to create 3D environments.
- Help refine and improve digital twin solutions.
- Integrate robotic and AI systems with 3D simulations.
- Deploy and test robotics algorithms.
- Train AI models on both real and synthetic data.
- Build scenarios that enhance and expand customer capabilities.
- Support customer needs with innovative approaches.
- Assemble and write Request for Information (RFIs) and Request for Proposal (RFPs) documents for diverse projects to present accurate and inventive Falcon-based solutions to government sector stakeholders.
Requirements:
- Experience in robotics and AI software development.
- Familiarity with 3D software tools like Unreal Engine or Blender.
- Basic programming knowledge, ideally in Python.
- Strong problem-solving skills and the ability to learn quickly.
Nice to Have:
- Prior experience working with digital twins or virtual environments for robotics perception.
- Familiarity with game development workflows, including asset creation and scripting.
- Knowledge of physics engines or simulation platforms like MuJoCo, Ureal, or Gazebo.
- A background in machine learning or reinforcement learning, especially in a simulation context.
Benefits:
- Fixed stipend.
- Work with folks who care about each other as well as our collective and individual success!
- Commitment to work-life balance. Log off at a normal time to hang out with your family and friends. We are playing the long game!
- Be an active part of defining a creative and inspiring culture by joining Duality in its formative years.
- Opportunities for growth and learning from experienced professionals in the CG industry.
Join Us:
Step into the future with Duality AI and be part of an exciting journey where the physical and virtual worlds converge. Apply now for the Solutions Architect apprenticeship!
Top Skills
What We Do
At Duality, we are building Falcon — our Digital Twin Integration platform for solving real-world problems, powered by our best-in-class 3D simulator.