Hardware Systems Research Engineer

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  "highlight": "<p>No humanoid built to date comes anywhere close to human level elegance, efficiency, dexterity, or general task performance. We invite you to being part of making this breakthrough happen.</p>",
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  "requirements": "<h3><strong><span style=\"color:#000000\">Requirements</span></strong></h3><ul><li><p><span style=\"color:#000000\">Strong hands-on background in hardware systems, demonstrated through work experience, projects, or prior roles.</span></p></li><li><p><span style=\"color:#000000\">A lifelong tinkerer: you’ve been building, modifying, and breaking physical systems long before it was your job.</span></p></li><li><p><span style=\"color:#000000\">Several years of experience doing innovative, hands-on work in industry, a startup, or a research lab.</span></p></li><li><p><span style=\"color:#000000\">A portfolio of side projects that goes far beyond basic prototyping and shows deep technical ownership.<br></span></p></li></ul><p><span style=\"color:#000000\">You are the kind of person where:</span></p><ul><li><p><span style=\"color:#000000\">If given four motors, a battery, an MCU, an IMU, an aluminum block, and access to a mill and soldering iron, you can make something meaningful move within a day—and explain exactly what limits its performance.<br></span></p></li></ul><p><span style=\"color:#000000\">You are proficient at:</span></p><ul><li><p><span style=\"color:#000000\">Designing and assembling PCBs appropriate for rapid prototyping.</span></p></li><li><p><span style=\"color:#000000\">CADing and fabricating mechanical parts for fast iteration.</span></p></li><li><p><span style=\"color:#000000\">Operating mills and lathes.</span></p></li><li><p><span style=\"color:#000000\">Debugging electronics with oscilloscopes and logic analyzers.</span></p></li><li><p><span style=\"color:#000000\">Writing low-level driver, control, and test software.</span></p></li><li><p><span style=\"color:#000000\">Modeling system behavior well enough to guide design decisions.</span></p></li><li><p><span style=\"color:#000000\">Designing experiments and analyzing results against concrete requirements.</span></p><h3><strong><span style=\"color:#000000\">Nice to Have</span></strong></h3><ul><li><p><span style=\"color:#000000\">Exposure to biomechanics or cognitive science.</span></p></li></ul><h3><strong><span style=\"color:#000000\">What this role quietly demands</span></strong></h3><ul><li><p><span style=\"color:#000000\">Bias toward action over argument.</span></p></li><li><p><span style=\"color:#000000\">Comfort executing on ideas that didn’t originate with you.</span></p></li><li><p><span style=\"color:#000000\">Respect for evidence over opinion.</span></p></li><li><p><span style=\"color:#000000\">Persistence: you keep pushing until the system either approaches human-level performance or yields a clear explanation of why it cannot.</span></p><p style=\"min-height: 1.7em;\"></p><p><span style=\"color:#121317\">We believe the best work is done when collaborating and therefore require in-person presence in our office locations.</span></p></li></ul></li></ul><p style=\"min-height: 1.7em;\"></p><p style=\"min-height: 1.7em;\"></p>",
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      "highlight": "<p>No humanoid built to date comes anywhere close to human level elegance, efficiency, dexterity, or general task performance. We invite you to being part of making this breakthrough happen.</p>",
      "description": "<p><strong><span style=\"color:#121317\">About 1X</span></strong><span style=\"color:#121317\"> </span></p><p><span style=\"color:#121317\">Since its founding in 2015, 1X has been at the forefront of developing advanced humanoid robots designed for household use. Our mission is to create an abundant supply of labor through safe, intelligent humanoids.</span></p><p style=\"min-height: 1.7em;\"></p><h4><strong><span style=\"color:#000000\">As a Hardware Systems Research Engineer on the 1X Labs team, your role is:</span></strong></h4><p><span style=\"color:#000000\">Your role is to challenge the current state of the art by building real systems—quickly, rigorously, and in constant contact with reality.</span></p><p><span style=\"color:#000000\">You ideate new mechanisms, architectures, and system concepts; turn them into working hardware; and subject them to relentless scrutiny. Prototypes are not presentations—they exist to answer concrete questions. You build to test ideas, invalidate assumptions, expose hidden constraints, and push performance as far as it will go. You don’t stop when something works—you stop when it approaches human-level behavior, or when you understand precisely why it doesn’t.</span></p><p style=\"min-height: 1.7em;\"></p><p><span style=\"color:#000000\">You move fluidly between mechanics, electronics, and software. You iterate fast, but with intent: each build is measured, benchmarked, and compared against biological or system-level reference targets. When something holds up, you push it harder. When it breaks, you learn from it and move on.</span></p><p style=\"min-height: 1.7em;\"></p><p><span style=\"color:#000000\">This role is fundamentally about execution. You will both originate ideas and bring others’ concepts to life—including ideas that are not yours. You don’t get stuck in theoretical debates or optimization-before-evidence; you prefer to build, test, and let the system speak.</span></p><p style=\"min-height: 1.7em;\"></p><p><span style=\"color:#000000\">Crucially, you don’t stop at clever prototypes. You do what it takes to translate successful concepts into something that can survive integration with real products, real constraints, and real manufacturing processes.</span></p><p style=\"min-height: 1.7em;\"></p><h4><strong><span style=\"color:#000000\">Responsibilities</span></strong></h4><ul><li><p><span style=\"color:#000000\">Research and critically evaluate state-of-the-art technologies across hardware, actuation, sensing, and system design, with a focus on what can realistically move humanoid performance forward.</span></p></li><li><p><span style=\"color:#000000\">Rapidly prototype promising concepts—your own and others’—using electronics, mechanics, and software to get to first hardware as quickly as possible.</span></p></li><li><p><span style=\"color:#000000\">Design experiments and test setups to rigorously evaluate performance, characterize limits, and generate trustworthy data.</span></p></li><li><p><span style=\"color:#000000\">Relentlessly benchmark and falsify prototypes against explicit performance targets.</span></p></li></ul><p style=\"min-height: 1.7em;\"></p><p><span style=\"color:#000000\">Work closely with engineering, materials, and manufacturing teams to turn successful prototypes into credible paths toward product integration.<br></span></p><p style=\"min-height: 1.7em;\"></p><p style=\"min-height: 1.7em;\"></p>",
      "requirements": "<h3><strong><span style=\"color:#000000\">Requirements</span></strong></h3><ul><li><p><span style=\"color:#000000\">Strong hands-on background in hardware systems, demonstrated through work experience, projects, or prior roles.</span></p></li><li><p><span style=\"color:#000000\">A lifelong tinkerer: you’ve been building, modifying, and breaking physical systems long before it was your job.</span></p></li><li><p><span style=\"color:#000000\">Several years of experience doing innovative, hands-on work in industry, a startup, or a research lab.</span></p></li><li><p><span style=\"color:#000000\">A portfolio of side projects that goes far beyond basic prototyping and shows deep technical ownership.<br></span></p></li></ul><p><span style=\"color:#000000\">You are the kind of person where:</span></p><ul><li><p><span style=\"color:#000000\">If given four motors, a battery, an MCU, an IMU, an aluminum block, and access to a mill and soldering iron, you can make something meaningful move within a day—and explain exactly what limits its performance.<br></span></p></li></ul><p><span style=\"color:#000000\">You are proficient at:</span></p><ul><li><p><span style=\"color:#000000\">Designing and assembling PCBs appropriate for rapid prototyping.</span></p></li><li><p><span style=\"color:#000000\">CADing and fabricating mechanical parts for fast iteration.</span></p></li><li><p><span style=\"color:#000000\">Operating mills and lathes.</span></p></li><li><p><span style=\"color:#000000\">Debugging electronics with oscilloscopes and logic analyzers.</span></p></li><li><p><span style=\"color:#000000\">Writing low-level driver, control, and test software.</span></p></li><li><p><span style=\"color:#000000\">Modeling system behavior well enough to guide design decisions.</span></p></li><li><p><span style=\"color:#000000\">Designing experiments and analyzing results against concrete requirements.</span></p><h3><strong><span style=\"color:#000000\">Nice to Have</span></strong></h3><ul><li><p><span style=\"color:#000000\">Exposure to biomechanics or cognitive science.</span></p></li></ul><h3><strong><span style=\"color:#000000\">What this role quietly demands</span></strong></h3><ul><li><p><span style=\"color:#000000\">Bias toward action over argument.</span></p></li><li><p><span style=\"color:#000000\">Comfort executing on ideas that didn’t originate with you.</span></p></li><li><p><span style=\"color:#000000\">Respect for evidence over opinion.</span></p></li><li><p><span style=\"color:#000000\">Persistence: you keep pushing until the system either approaches human-level performance or yields a clear explanation of why it cannot.</span></p><p style=\"min-height: 1.7em;\"></p><p><span style=\"color:#121317\">We believe the best work is done when collaborating and therefore require in-person presence in our office locations.</span></p></li></ul></li></ul><p style=\"min-height: 1.7em;\"></p><p style=\"min-height: 1.7em;\"></p>",
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