Mechanical Engineer - Robotics & Automation

silana•New York, NY

1d•$100,000 - $120,000•Onsite

About The Position

Silana is building the world’s first fully automated robotic sewing systems - machines that produce garments start-to-finish with industrial precision. Our work combines robotics, automation, and textile engineering to redefine how apparel is made. We’re based in Midtown Manhattan and operate at the intersection of mechanical engineering, robotics, and advanced manufacturing. We move fast, iterate constantly, and develop real machines that will run in production.

Requirements

3+ years of professional mechanical design experience in robotics, automation, or precision machinery.
Proven track record of shipping actual automation or robotic machinery
Expert in SolidWorks or Onshape with a strong understanding of assemblies, configurations, and drawing control.
Proven experience taking designs from concept → prototype → production.
Deep knowledge of mechanical design principles, including GD&T, tolerancing, materials, and manufacturing processes (machining, sheet metal, plastics, composites).
Strong background in DFM/DFA and building systems that are easy to assemble, maintain, and service.
Hands-on experience with 3D printing and basic shop equipment.
Experience collaborating with suppliers, contract manufacturers, and machine shops.

Nice To Haves

Familiarity with robotics, motion control, or automation systems (conveyors, fixtures, precision alignment mechanisms) is a major plus.
Experience designing high-precision, multi-actuator systems or automated cells for production environments.
Familiarity with ROS-based robotic systems or mechatronic integration.

Responsibilities

Design, prototype, and validate complex mechanical assemblies for robotic manufacturing systems.
Own the full mechanical design cycle - from concept sketches to production-ready CAD, drawings, and BOMs.
Collaborate across disciplines (controls, robotics, and vision) to ensure mechanical, electrical, and software systems integrate seamlessly.
Drive design-for-assembly (DFA) and design-for-manufacturing (DFM) principles across the product line to reduce build time, improve reliability, and enable scaling.
Oversee prototype builds and assembly, translating design intent into physical hardware with precision and clarity.
Participating in the full product development cycle from concept through production.