Distinguished Engineer

In our ‘always on’ world, we believe it’s essential to have a genuine connection with the work you do.

 

RUCKUS delivers purpose-driven networks powered by Artificial Intelligence (AI) and Machine Learning (ML) that have been independently  validated to outperform competitors. 

Our industry-leading Access Point portfolio sets the standard for excellence. Today, we’re taking Wi-Fi managed services to the next level through innovative cloud technologies.

 

How You’ll help us connect the world:

 

As part of the Hardware Engineering organization, you’ll join the Antenna Engineering team and play a pivotal role in shaping Ruckus Wireless antenna systems. You’ll design antennas for 802.11, LTE, GPS, and other wireless technologies, influencing the overall architecture of our products. Collaboration is key—you’ll work closely with electrical, mechanical, and software engineers to deliver world-class solutions.

 

Responsibilities:

 

•    Provide technical leadership and own antenna designs for Access Points and other wireless products across 500 MHz to 7 GHz.
•    Lead antenna engineering projects from concept to production.
•    Use advanced simulation tools (e.g., HFSS, CST) to design PCB antennas, discrete antennas, and antenna arrays.
•    Validate designs through simulation and measurement, ensuring optimal system performance.
•    Develop antenna requirements and contribute to system-level specifications for new products.
•    Adapt existing designs for new applications through simulation and hands-on optimization.
•    Collaborate with PCB layout and mechanical teams to refine prototypes for high-volume production.
•    Debug RF and antenna subsystem issues in partnership with RF engineers.
•    Perform root cause analysis and statistical evaluations for production readiness.
•    Support compliance testing and guide products through regulatory certification.

 

Required Qualifications:

 

•    Ph.D. in Electrical Engineering (antenna focus) preferred; Master’s Degree with relevant experience considered.
•    10+ years of experience with  antenna design .
•    Deep understanding of antenna fundamentals and RF principles.
•    Expertise with HFSS, CST, or similar modeling tools.
•    Hands-on skills in antenna prototyping, soldering, and breadboard assembly.
•    Proficiency with lab equipment: spectrum/network analyzers, signal generators, and antenna measurement ranges.
•    Strong problem-solving and debugging skills for RF and wireless systems.
•    Experience with Wi-Fi, Bluetooth, LTE technologies.
•    Familiarity with circuit analysis and layout tools.
•    Excellent verbal and written communication skills.
•    A start-up mindset—adaptable, proactive, and results-driven.

 

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Our salary ranges consider a wide variety of factors, including but not limited to benchmarking by independent third-party consultants, skill sets, years of experience, training, education, geography, and other business needs. Depending on experience, the range can be higher for candidates with exceptional experience and a demonstrated history of successful performance. This position's expected total compensation (base salary and commission range) is $182,000.00-$256,000.00

The candidate will be rewarded with a comprehensive benefits package, including medical, dental, and vision plans, life and accidental death insurance, a 401(k) plan, and participation in the Company’s Incentive Plan. Candidates starting with the Company will be eligible for eleven paid holidays in a full calendar year, two weeks of paid vacation (prorated based on start date), as well as other leave options.

 
What Happens After You Apply?
Learn how to prepare yourself for the next steps in our hiring process by visiting https://jobs.commscope.com/content/How-We-Hire/?locale=en_US
 
 
Why CommScope?

CommScope is on a quest to deliver connectivity that empowers how we live, work, and learn. Our employees push the boundaries of communications technology that enables game-changing discoveries like 5G, the Internet of Things, and gigabit speeds for every