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Human Computer Lab

Expressive home robotics research and development

Mechanical Engineer Intern

Fall 2026
No salary listed
Internship
Bachelor's
Toronto, ON, Canada+1 moreMore locations: San Francisco, CA, USA
HybridHybrid schedule required.
Mechanical EngineeringDesign Engineering

About the job

Requirements
  • Pursuing a degree in Electrical Engineering, Computer Engineering, Mechanical Engineering, Mechatronics, or a related field.
  • Experience designing robotics hardware and electronics.
  • Experience prototyping and building with microcontrollers, embedded systems, and printed circuit boards.
  • Strong computer-aided design skills using tools such as Onshape, SolidWorks, or Fusion 360, along with proficiency in 3D printing.
  • Experience with human-computer interaction as it relates to robots, especially robots in the home.
Responsibilities
  • Develop robotic hardware that physically expresses perception, intelligence, and behavior.
  • Build robotic hardware supporting computer vision, audio processing, and interaction understanding.
  • Integrate machine learning systems with robotic hardware and embedded systems.
  • Improve robot perception, responsiveness, and expression.
  • Collaborate with machine learning and software engineers to build expressive robotics systems.
Desired Qualifications
  • Passion for building and experimenting with hardware.
  • Ability to work quickly in rapid iteration cycles.
  • Ownership of the systems designed and built.
  • Curiosity, resourcefulness, and motivation to solve difficult problems.
  • Ability to work effectively in small, collaborative teams.
  • Consideration of how consumers will engage with robots, beyond what immediately works.

About the company

Human Computer Lab builds expressive, character-driven robots for everyday home use, focusing on emotionally resonant devices rather than purely functional machines. Their first product, LeLamp, is an open-source robotic lamp that can look toward a user’s point, respond to voice, and perform playful gestures, turning a common object into a social partner. They differentiate themselves by prioritizing human–computer interaction and character in everyday objects, with an approach that starts small (the “iPod of robotics”) before expanding to broader consumer robotics. Their goal is to bring robotics into homes through engaging, familiar devices and to develop a scalable platform for a new generation of home robotics.

Company Size

1-10

Company Stage

N/A

Total Funding

N/A

Headquarters

San Francisco, California

Founded

2025

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Simplify's Take

What believers are saying

  • LeLamp has active preorders and plans broader pilots in mid-late 2026.
  • South Park Commons spotlighting at its July 2026 Demo Faire validates investor and talent interest.
  • The company is recruiting robotics, electrical, industrial-design, and controls talent across North America.

What critics are saying

  • LeLamp remains early development; GitHub shows no releases and hobbyist-kit beta timing slips.
  • Big incumbents like Apple research, Samsung Ballie, Amazon Astro, and 1X crowd the category.
  • No clear revenue engine exists beyond preorders; a missed 2026 launch kills momentum.

What makes Human Computer Lab unique

  • Shahvir Sarkary frames home robotics as an interface problem, not humanoid labor.
  • LeLamp blends expressive motion, voice response, and open-source hardware around Apple ELEGNT.
  • Human Computer Lab targets emotionally resonant companion robots before scaling to broader home platforms.

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