Motion Recruitment | Jobspring | Workbridge

Principal MMIC Product Engineer / RF / Microwave / On-site Plano TX

Plano, Texas

Onsite

Direct Hire

$120k - $150k


A leading semiconductor company is seeking a Principal MMIC Product Engineer to join their team in Plano, TX. This is a full-time opportunity to work on cutting-edge RF and microwave technologies, supporting applications across Satcom, Telecommunications, Aerospace & Defense, and Test & Measurement. The role involves developing and releasing high-frequency products (MHz to 50GHz+) into volume production.

This is your chance to take ownership of advanced MMIC product development in a collaborative, multi-disciplinary environment. The company is looking for a senior engineer who thrives in distributed system architectures and enjoys solving complex RF challenges. If you're seeking technical leadership, growth, and impact - this is the role for you.


Required Skills & Experience
  • BS in Electrical Engineering
  • 5+ YOE as a Product or Test Engineer in the semiconductor industry
  • Strong experience with MMIC and RF/microwave measurements
  • Proficiency in statistical analysis tools
  • Experience designing/debugging RF test boards for automated test systems
  • Familiarity with amplifiers, attenuators, switches, and RF modules
Desired Skills & Experience
  • Experience with distributed system architectures
  • Background in optical semiconductor products
  • Leadership or mentoring experience
  • Yield optimization and reliability analysis expertise
What You Will Be Doing
Tech Breakdown
  • 70% RF/Microwave Semiconductor Engineering
  • 20% Automated Test System Development
  • 10% Statistical Analysis and Yield Optimization
Daily Responsibilities
  • 80% Hands On
  • 10% Project Leadership
  • 10% Cross-Team Collaboration

The Offer
  • Bonus eligible
You will receive the following benefits:
  • Medical, Dental, and Vision Insurance
  • Vacation Time
  • Stock Options


Applicants must be currently authorized to work in the US on a full-time basis now and in the future.

Posted by: Grant Nebel