Hardware Test Engineer at Trimble

Christchurch, Canterbury, New Zealand -

Full Time

Start Date

Immediate

Expiry Date

26 May, 26

Salary

0.0

Posted On

25 Feb, 26

Experience

0 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Hardware Test, Design Validation, Test Fixture Development, Root Cause Analysis, Technical Specifications, Prototype Assembly, Wiring Harness Construction, Test Planning, Schematic Interpretation, Bench Testing, Soldering, Python, CAN Bus, Ethernet, Wi-Fi, GNSS

Industry

Software Development

Description

Your Title: Hardware Test Engineer Job Location: Christchurch, New Zealand Our Department: CCFS (Civil Construction Field Systems) Entry Level Hardware Test Engineer, Civil Construction Technology Are you a curious engineer ready to be the gatekeeper of quality for ruggedised technology? Join our Civil Construction Field Systems hardware team and engage with the full product lifecycle, from prototyping on your bench to seeing your work installed on massive heavy machinery. Ensure our cutting-edge GNSS and sensor platforms can endure the toughest construction sites worldwide. What Makes This Role Great: This is a crucial entry-level role where you directly impact product endurance for global construction. You will be instrumental in the full design lifecycle, from creating custom test fixtures to performing deep root cause analysis on field returns, working collaboratively with experienced electrical, mechanical, and firmware engineers to build a strong foundation for your hardware engineering career. Key Exciting Responsibilities Drive hardware design validation testing to meet rigorous performance standards. Develop and construct custom test fixtures for internal labs and manufacturing lines. Conduct detailed root cause analysis on electrical and mechanical components returned from the field. Support the development of technical specifications for manufacturing tests and provide support to our contract manufacturers. Assemble prototype units and fabricate custom wiring harnesses with a hands-on approach. Create comprehensive test plans and reports to communicate findings across the engineering team. Essential Skills & Experience Degree in Electronic Engineering, Mechatronics, or a similar field (recent or upcoming graduates welcome) Proficiency in reading and interpreting electronic circuit schematics and electrical system drawings Proven practical electrical aptitude, including a hands-on approach to bench testing, soldering, and wiring harness construction. Bonus Points For Exposure to scripting languages such as Python Familiarity with communication protocols like CAN bus, Ethernet, or Wi-Fi A strong passion for tinkering and hardware development. Logistics Please note: Only applicants legally entitled to work in New Zealand will be considered. Location: Christchurch, New Zealand Based at Trimble’s NZ headquarters in Christchurch, New Zealand (handily located on the Little River Link Cycleway), home to over 400 Trimble employees, enjoy free parking, securely covered bike sheds, an onsite gym, showers, an active social club, and a great team environment where people love working with leading technology solutions. Travel Requirement: Minimal, likely once a year to SE Asia (5%) About Our Division Our Civil Construction Field Systems division provides a wide range of hardware and software solutions to the construction industry. We also work closely with the CTCT division (a joint venture between Trimble and Caterpillar), creating world-leading grade control and automation products for customers in the paving, construction, landfill, and mining industries. Our products make operators of heavy equipment more productive, whether they’re working on a landscaping job in someone’s backyard, levelling a section for a house, building a subdivision or highway, or operating an 800-tonne excavator on a mine site. Central to our success is accurate positioning. We utilise the latest in technology from our in-house developed positioning technologies utilising IMU, GNSS, laser, optical, and sonic sensors, and some tech we can’t even talk about yet, to empower machine operators with clear and accurate guidance. In many cases, we automate functions of the machine, so the operator can concentrate on other tasks. Keywords: Hardware Test Engineer, Civil Construction, GNSS, Mechatronics, Electronic Engineering, Design Validation, Bench Test, Python, CAN Bus, Christchurch How to Apply: Please submit an online application for this position by clicking on the ‘Apply Now’ button located in this posting. Join a Values-Driven Team: Belong, Grow, Innovate. At Trimble, our core values of Belong, Grow, and Innovate aren't just words—they're the foundation of our culture. We foster an environment where you are seen, heard, and valued (Belong); where you have an opportunity to build a career and drive our collective growth (Grow); and where your innovative ideas shape the future (Innovate). We believe in empowering local teams to create impactful strategies, ensuring our global vision resonates with every individual. Become part of a team where your contributions truly matter. Trimble’s Privacy Policy If you need assistance or would like to request an accommodation in connection with the application process, please contact AskPX@px.trimble.com. Trimble is transforming the way the world works by delivering products and services that connect the physical and digital worlds. Core technologies in positioning, modeling, connectivity and data analytics enable customers to improve productivity, quality, safety, and sustainability. From purpose built products to enterprise lifecycle solutions, Trimble software, hardware and services are transforming a broad range of industries such as agriculture, construction, geospatial and transportation and logistics. For more information about Trimble (NASDAQ: TRMB), visit www.trimble.com.

Responsibilities

The engineer will drive hardware design validation testing to meet rigorous performance standards and develop custom test fixtures for internal labs and manufacturing lines. Key duties also include conducting detailed root cause analysis on field returns and supporting the development of technical specifications for manufacturing tests.