5G RFIC Verification Engineer - Hands-on Lab & Automation

Bridgecom Semiconductors; Linz; Vor Ort; EUR 60.000 - 95.000; Vollzeit

Benefits dieser Stelle

Advanced RF lab access

Growth opportunities

Hands-on learning

Zusammenfassung

Bridgecom Semiconductors seeks an RF Component Verification Engineer to develop and execute 5G RFIC component-level verification test cases, and to set up, maintain, and continually improve the verification and test toolchain for Bridgecom's RF ICs.

The role emphasizes hands-on RF measurements of receiver and transmitter chains and close collaboration with cross-functional teams to establish aligned workflows, consistent data structures, and robust methodologies.

Qualifikationen

• Hands-on lab measurement experience in RF verification across levels, from post-silicon to test engineering.
• Strong expertise in RF receiver and transmitter chains and in measurement result interpretation.
• Familiarity with RF requirements engineering, RFIC design, and verification principles.

Aufgaben

• Develop and execute RF verification test cases using standard RF measurement equipment.
• Perform hands-on measurements of RF receiver and transmitter chains (gain, noise figure, linearity, output power).
• Enable high degrees of test automation from component to system level.
• Raise and track issues in Bugzilla, supporting engineering teams in root-cause analysis.
• Synchronize simulation results with Bridgecom's test management tools for spec vs. sim vs. measurement analysis.

Kenntnisse

RF verification

Python scripting

Test automation

Data interpretation

cross-functional collaboration

Ausbildung

Master's degree in Electrical Engineering

Tools

Bugzilla

Jama

Req-IDs

Test management tools

Jobbeschreibung

Bridgecom Semiconductors seeks an RF Component Verification Engineer to develop and execute 5G RFIC component-level verification test cases, and to set up, maintain, and continually improve the verification and test toolchain for Bridgecom's RF ICs.

The role emphasizes hands-on RF measurements of receiver and transmitter chains and close collaboration with cross-functional teams to establish aligned workflows, consistent data structures, and robust methodologies.