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Plans and executes manual and automated tests for software supporting agricultural and construction vehicle automation systems. Develops test strategies and plans, operates test benches and simulators, reproduces defects, interprets technical requirements and diagrams, and determines software readiness for release. The role requires agricultural or off-road machinery knowledge, QA test planning experience, strong communication, technical writing, problem-solving skills, and a valid driver’s license.

Designs and develops electrical wire harness layouts for off-highway equipment. Responsibilities include routing and integrating wiring systems, creating and modifying designs in Creo, ProCable, and Capital Harness, reviewing harness drawings, supporting manufacturing launches, troubleshooting electrical issues, coordinating cross-functional design reviews, and collaborating with suppliers and quality teams.

Develop and integrate computer vision and machine learning algorithms for autonomous agricultural and off-highway equipment. Responsibilities include geometric computer vision, SLAM, localization, mapping, triangulation, depth estimation, camera calibration, data collection and processing, model development, training, optimization, deployment, and monitoring. The role uses cameras, LiDAR, radar, edge devices, robotics, cloud technologies, C++, and Python while collaborating onsite with engineering teams.

Design and develop mechanical components and systems using Creo and Windchill, including 3D models, sheet metal, routings, 2D drawings, and specifications. Collaborate with suppliers, customers, manufacturing, and validation teams to create cost-effective designs. Document engineering decisions and analyses, support prototypes, troubleshoot quality issues, identify root causes, and drive corrective actions.

Leads an embedded software engineering team developing precision agriculture applications. Defines product vision, requirements, roadmap, backlog, and user stories; prioritizes changing needs; oversees product design and development; monitors progress; communicates with users and product teams; and participates in Scrum ceremonies and sprints.

Lead a software engineering team developing precision agriculture applications. Define product vision and roadmaps, manage backlogs, prioritize requirements, create user stories, oversee product development, monitor progress, collaborate with users and product teams, and participate in Scrum ceremonies. The role requires extensive embedded software engineering experience, Agile expertise, technical product development knowledge, and team leadership.

Sources, screens, and coordinates candidates for engineering, technical, and professional roles. Maintains talent pipelines and recruiting data, supports job postings, candidate communications, onboarding, career fairs, and university outreach. Partners with recruiters and hiring managers to understand hiring needs, contribute to recruitment marketing, and improve recruiting processes while delivering a positive candidate experience.

Develops back-end embedded software controlling vehicle and machine functions using C, C++, and model-based design. Responsibilities include feature development, microcontroller integration, software testing, prototyping, troubleshooting, documentation, regression testing, and collaboration within Agile and continuous integration workflows. The role supports precision agriculture, vehicle electrification, and off-highway equipment applications in a hybrid environment.

Supports manufacturing and production operations through process development, troubleshooting, continuous improvement, APQP, equipment support, quality improvement, and implementation of engineering changes. Develops process documentation and standard work, analyzes test and manufacturing results, performs root cause analysis, and collaborates with production, quality, operations, design, and engineering teams. Work may involve machining, CNC, assembly, testing, and automated manufacturing processes in an onsite facility.

Develops and implements mechanical engineering changes, improves product performance and manufacturability, analyzes BOMs, manages engineering change documentation, supports quality investigations and new product development, and performs machine fit-ups, inspections, testing, and validation. Collaborates with design, manufacturing, quality, and test engineering teams to resolve product issues and maintain product documentation.