System-Level Test Automation Engineer (SoC & HW)

North American Production Sharing, Llc; Tijuana; On-site; MXN 240,000 - 420,000; Full time

Job summary

QTI is seeking a System Level Test Automation Development Engineer in Tijuana, MX to join a fast-paced, multi-disciplinary team. You will work on IC design review, hardware testing, software development, and system engineering, coordinating with cross-functional groups to stress and validate silicon platforms in production environments.

Responsibilities include test planning, automation content development, and collaboration with teams to ensure quality and efficiency in silicon bring-up and

Qualifications

• 0-3 years in system or bench-level testing in mobile, automotive, IoT, or microprocessor industries.
• Experience with embedded systems and SoC testing concepts.
• Programming in C, C++, Python, C#, or .NET.

Responsibilities

• Test and characterize hardware with system software across operating conditions (voltage, process, temperature).
• Develop automated test content to stress SoCs (functional, performance, stability, benchmarks).
• Collaborate with engineering teams during silicon bring-up and post-silicon validation.
• Create production screens for system level issues; analyze test data.

Skills

0-3 years experience

Android/Windows/Linux/RTOS

Embedded systems

SoC testing concepts

C/C++/Python

Lab instruments

Education

Bachelor's in Electrical Engineering

Master's in Electrical or Computer Engineering (preferred)

Tools

Perforce

Git

Oscilloscopes

Logic Analyzers

Power Supplies

Job description

QTI is seeking a System Level Test Automation Development Engineer in Tijuana, MX to join a fast-paced, multi-disciplinary team. You will work on IC design review, hardware testing, software development, and system engineering, coordinating with cross-functional groups to stress and validate silicon platforms in production environments.

Responsibilities include test planning, automation content development, and collaboration with teams to ensure quality and efficiency in silicon bring-up and