Blackrock Neurotech Company Logo Salt Lake City Neurotech jobs opening

PCB Designer

 

PCB Designer

R&D      ·       Salt Lake City, UT      ·       Full time

 

 

 Job Title:              PCB Designer
Department:        R&D
Job Reports To:  Director, R&D Hardware
Apply:                     https://grnh.se/27817e784us

 

POSITION OVERVIEW

As a PCB Designer for Blackrock Neurotech, you will be responsible for working closely with our product design, engineering, manufacturing, and packaging teams to produce complex printed circuit board designs and associated technologies, in pursuit of building technologies that will benefit patients suffering from paralysis and other neurological disorders. 

 

Qualifications Required

  • Minimum 5+ years’ experience in PCB design
  • Associate degree in Electrical Engineering and/or IPC CID certification
  • Impedance matching and high-speed signal design
  • Proficient in Microsoft Office
  • Strong organizational skills
  • Strong English language reading, writing, comprehension, and editing skills
  • Ability to work independently with little supervision
  • Ability to handle stressful situations
  • Strong interpersonal skills

 

Desired Skills & Experience

  • 10+ years’ experience in PCB design
  • Background in electrophysiology and/or neuroscience
  • Proficiency with Altium 365
  • Experience with flex, rigid-flex, and ceramic substrates

 

Essential Job Duties

  • Design and develop Printed Circuit Boards (PCBs)
  • Use CAD in preparing assembly and schematics
  • Design PCB layouts to develop small signal and high-speed, reliable circuits
  • Create component ECAD library footprints and/or schematic symbols as required
  • Conduct company part library maintenance
  • Work with project team in understanding circuit requirements and limitations
  • Provide support to engineering, manufacturing, and packaging teams when required
  • Review and recommend improvements to existing board designs
  • Assist in preparing test procedures and developing test fixtures to verify PCB functions
  • Stay updated with latest design techniques 

 

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