at MaintainX · 251-500 employees
MaintainX is a mobile-first, IoT- and AI-enabled maintenance and frontline work management platform that digitizes work orders, SOPs, safety inspections, and provides asset health, predictive maintenance, and workforce scheduling.
MaintainX is a leading mobile-first work execution platform for industrial and frontline teams. More than 13,000 customers, including Duracell, McDonald's, Shell, DHL and Volvo, use MaintainX to cut unplanned downtime and run better operations, across 13.9 million managed assets and 79.5 million completed work orders. In August 2026 MaintainX became part of Autodesk, joining Autodesk Operations Solutions https://adsknews.autodesk.com/en/views/inside-autodesk-operations-solutions/, the organization unifying Autodesk's operations platform alongside Tandem, FlexSim and Fusion Operations. Autodesk's strategy is to converge design, make and operate into one continuous lifecycle: design an asset, build it, run it, then feed what you learn running it back into the next design. Autodesk had design and make. Operate is the phase that tells you what actually happened, and it is ours. MaintainX is the world’s leading mobile-first Asset and Work Intelligence platform for industrial and frontline environments. We’re a modern, IoT-enabled, cloud-based solution that powers maintenance, safety, and operations on physical equipment and facilities. We help 12,000+ organizations—including Duracell, Univar Solutions, Titan America, McDonald’s, Brenntag, Cintas, Xylem, and Shell—achieve operational excellence and reliability at scale. Following our $150 million Series D led by Bain Capital Ventures, Bessemer Ventures, August Capital, Amity Ventures, and Ridge Ventures, MaintainX has raised a total of $254 million, valuing the company at $2.5 billion. As we enter our next phase of growth, we’re investing deeply in AI/ML, LLMs, and Industrial IoT to transform how frontline teams operate—predicting failures before they happen, automating workflows, and embedding intelligence into every asset and procedure. THE ROLE We are seeking a highly skilled and motivated Senior Applied Machine Learning Developer to guide the technical direction and architecture of our Predictive Maintenance and Asset Intelligence initiatives. You’ll combine deep ML expertise with strong software development and leadership skills—mentoring developers, scaling systems, and driving the roadmap for AI-enabled maintenance intelligence across thousands of industrial sites. This role sits at the intersection of ML architecture, IoT data systems, and product impact, shaping the foundation for MaintainX’s predictive and generative AI strategy. What you’ll do: - Lead technical direction for predictive maintenance, anomaly detection, and LLM-powered intelligence across MaintainX products. - Architect end-to-end ML systems—from data ingestion and feature development to model training, deployment, and monitoring. - Mentor a growing team of ML and data developers, instilling best practices for experimentation, evaluation, and model lifecycle management. - Partner with product and software development leaders to align AI roadmap with customer needs and business goals. - Design reliable data and feedback loops that connect customer telemetry and operator feedback to model retraining. - Drive performance optimization through techniques like quantization, distillation, and scalable inference serving. - Work with LLM frameworks (LangChain, LlamaIndex, Hugging Face) to build reasoning systems and agentic workflows for asset and work intelligence. - Ensure ML infrastructure meets production standards for latency, reliability, explainability, and security. About you: - 7+ years of experience in Machine Learning, Data Science, or Applied AI. - Expertise in Python, and strong familiarity with PyTorch, TensorFlow, and cloud ML stacks (AWS, Databricks, or similar). - Proven experience deploying production ML systems—not just prototypes—at scale. - Strong background in LLMs, time-series modeling, and anomaly detection for real-world data. - Demonstrated ability to lead architectural decisions, mentor developers, and collaborate across product, data, and platform teams. - Knowledge of MLOps tooling (Docker, Kubernetes, Weights & Biases, MLflow, SageMaker). - Advanced degree (MS/PhD) in Computer Science, Machine Learning, or related field preferred. Bonus skills: - Experience with OCR for extracting structured data from documents. - Background in time-series modeling for predictive maintenance and anomaly detection. - Familiarity with Industrial IoT systems (sensors, telemetry, edge computing). - Experience applying reinforcement learning or agentic architectures for decision-making and control systems. - Contributions to open-source ML frameworks or research in reliability, explainability, or digital twins. What’s in it for you: - Competitive salary and meaningful equity opportunities. - Healthcare, dental, and vision coverage. - 401(k) / RRSP enrollment program. - Take what you need PTO. - A high impact Culture https://crew.vc/perspectives-insights/scaling-culture-through-hyper-growth/: - You’ll work with Smart, Humble Optimists across the globe. - Meritocratic environment where ideas and outcomes are publicly celebrated. About us: We exist to make the lives of frontline and maintenance teams easier by building software that meets their real-world needs. Our product transforms how 80% of the global workforce—those who don’t sit behind a desk—manage their operations, assets, and teams. MaintainX is committed to creating a diverse environment. All qualified applicants will receive consideration for employment without regard to race, color, religion, gender, gender identity or expression, sexual orientation, national origin, genetics, disability, age, or veteran status. Our mission is to keep the physical world running. Factories, fleets, hospitals and campuses stay up because the people who maintain them have tools worth using. That is what we build. Benefits, retirement and time off are described at benefits.autodesk.com http://benefits.autodesk.com. More on where this is going: