Data Science at TRACTIAN
The Data Science team at TRACTIAN focuses on extracting valuable insights from vast amounts of industrial data. Using advanced statistical methods, algorithms, and data visualization techniques, this team transforms raw data into actionable intelligence that drives decision-making across engineering, product development, and operational strategies. The team constantly works on optimizing prediction models, identifying trends, and providing data-driven solutions that directly enhance the company’s operational efficiency and the quality of its products.
What you'll do
As a Mechanical Maintenance Technician, you will be responsible for executing mechanical maintenance activities in our Industrial Testing Facilities. Your primary focus will be on the inspection, assembly, disassembly, troubleshooting, and repair of rotating equipment such as pumps, motors, gearboxes, compressors, and other mechanical systems essential to our operations. This hands-on role requires deep knowledge of industrial maintenance practices and strong familiarity with tools, technical documentation, and workshop safety standards.
Your work will directly enable high-quality data acquisition, which plays a crucial role in refining our AI models. By ensuring that all mechanical systems are operating reliably and consistently, you’ll contribute to the generation of clean and repeatable datasets used for machine learning and predictive analytics. You’ll be responsible for the mechanical integrity and operational readiness of the equipment used in various internal tests and validation procedures.
You’ll also work closely with our testing and data science teams to support accurate and reliable sensor data collection through the mechanical integrity of test setups. While your focus will remain strictly mechanical, your contribution is essential to the consistency and quality of experimental environments. This position requires hands-on experience in industrial mechanical maintenance and a solid understanding of best practices for safe and efficient mechanical work, ensuring that all physical systems operate at peak reliability throughout testing cycles.