Engineer Product II - Product Verification & Validation (GPS/GNSS)

Job Title: System Test Technician - StarFire GNSS

Primary Location: Torrance, CA

Duration: 8 Months with possible extension

Pay-rate: $44.00/hr - $48/ hr w/o benefit and no paid leaves.

Key Responsibilities:

• Travel - Up to 90% field-based, including travel to Riverdale, CA and Irvine, CA
• Serve as the primary liaison with UC ANR South Coast Farm to coordinate all StarFire GNSS test activities.
• Collaborate with engineering teams across ISG-T and to align test operations at the Irvine site.
• Train and support UC ANR staff on Precision Ag technologies, when needed.
• Oversee maintenance and readiness of equipment; coordinate repairs with local dealers as needed.
• Manage on-site storage and upkeep of test equipment and vehicles.
• Build and maintain strong working relationships with the farm management team.
• Travel to Riverdale, CA to conduct additional testing and support TDP validation in orchard environments.
• Execute software verification and validation for StarFire GNSS receivers.
• Develop and apply knowledge of GPS fundamentals through hands‑on assignments and training.
• Perform field testing, including equipment setup, data logging/export, and analysis.
• Operate and test agricultural machinery in experimental field environments.
• Work independently and collaboratively with engineers to validate GNSS receiver performance.

Qualifications:

Required:

• Bachelor’s degree in mechanical engineering, Agricultural Systems Technology, Agricultural Engineering, or a related field.
• 1+ years of experience operating precision agriculture equipment.
• Familiarity with machinery.
• Experience in system validation, verification testing, and regression testing.
• Strong analytical, communication, and reporting skills.
• Hands‑on experience with equipment setup and infrastructure installation.

Preferred:

• In‑depth knowledge of Precision Ag systems.
• Familiarity with CAN bus communication protocols.
• Strong troubleshooting skills for hardware‑related issues.