Atomic Machines

Atomic Machines

Electromechanical Development Technician

Emeryville, CA

Sponsorship not specified$85k-$90kDetected 8 days ago
Full-Stack DevelopmentGitAgileJiraPCB DesignHardware DesignCommunicationTime ManagementWritingMicrosoft Office

About the role

  • As an Electromechanical Hardware Development Technician, you will work on a multitude of projects in a highly dynamic workplace.
  • We are looking for a self-starter that is willing to grow their skill set and actively improve our processes.
  • 2-5 years previous hands-on experience in a development or prototype environment.

Responsibilities

  • Collaborate with and work alongside a multitude of engineering disciplines.
  • Build and help develop new electrical and mechanical products in our prototype shop.
  • Manage build and repair tickets on a kanban board like jira, Github, Etc. documenting builds, modifications and scope of work changes.
  • Build, troubleshoot, rework and repair new and existing electromechanical assemblies
  • Familiarity with a ticketing system to document and prioritize workflow (JIRA, GitHub, etc.)

Requirements

  • Experience with debugging electromechanical systems.
  • Experience with office software (MS Office or Google Docs.)
  • Familiarity with fittings, tubing, plumbing, pneumatics, gas and fluid management. (Swagelok, ORB, NPT, PTC).

Nice to have

  • J-Standard-001 certification
  • Previous experience as an engineering technician, electromechanical technician, or hardware development technician.

Skills

  • 2-5 years of industry experience or applicable transferable skills.
  • Hands-on hardware assembly skills in both mechanical and electrical systems, including small precision work and large-scale systems.
  • Excellent verbal and written technical communication skills.
  • Strong time management and prioritization skills.
  • Basic fabrication skills, cutting, fitting, bending, drilling and deburring.

Compensation

  • $85k-$90k

This listing is sourced directly from Atomic Machines's careers page and normalized into a canonical job model.