Jobs at Caterpillar

Leads end-to-end planning, delivery, and global deployment of complex digital initiatives across Cat Central and eCommerce portfolios. Coordinates product, engineering, business, regional, and dealer teams; manages integrated plans, risks, dependencies, governance, readiness, go-live, adoption, and post-deployment validation. Provides stakeholder and leadership reporting while ensuring quality, customer outcomes, and continuous improvement across dealer-facing digital implementations.

Oversee planning, coordination, execution, and delivery of lower-complexity digital and IT projects within Cat Digital’s Ecommerce and Digital Marketing Application PMO. Manage schedules, risks, project teams, deliverables, quality standards, reporting, and stakeholder communication. Apply project controls, agile practices, IT policies, and application implementation methods to ensure successful outcomes.

Leads the Enterprise Project Management team supporting Caterpillar’s digital product and Owner’s Experience portfolios. Oversees program planning, delivery, quality, communications, risks, change control, and cross-functional collaboration across eCommerce and digital product initiatives. Owns Scrum@Scale, Agile, and Waterfall frameworks within Digital Product Management while coaching teams and managing enterprise-wide programs.

Leads enterprise payment architecture and strategy across global B2B, B2C, and B2B2C commerce ecosystems. Designs scalable payment platforms covering authentication, authorization, fraud screening, routing, settlement, reconciliation, refunds, disputes, and reporting. Establishes orchestration, security, compliance, and multi-provider strategies while supporting cards, ACH, wallets, financing, installment programs, marketplaces, and emerging payment methods. Partners with business and technology leaders and evaluates payment vendors, regulations, and emerging technologies.

Leads system-level integration, validation, verification, and release readiness for autonomous driver safety systems. Connects software, hardware, machine controls, sensors, autonomy middleware, and operational workflows. Defines requirements and interfaces, aligns system architectures, supports testing and troubleshooting, manages technical risks, and communicates readiness and trade-offs across engineering and partner teams. The role is onsite in Irving, Texas, with up to 50% travel.

Supports end-to-end construction site technology solutions through systems requirements, interface definition, architecture alignment, integration planning, verification, and cross-functional coordination. Develops engineering artifacts, traceability documentation, integration plans, readiness assessments, and verification evidence. Helps resolve cross-team integration issues, supports field deployments and validation, and identifies risks and dependencies across programs. The role is onsite in Dallas/Irving, Texas, with relocation assistance and up to 10% travel.

Leads an engineering team responsible for improving application security across a division. Develops security roadmaps, embeds secure development practices, manages threat modeling and vulnerability remediation, establishes release gates, integrates automated security controls into CI/CD pipelines, maintains security metrics and inventories, supports audits, and builds security champions. Partners with engineering, product, DevOps, QA, suppliers, and cybersecurity teams to reduce risk while balancing business and delivery priorities.

Owns vehicle-level architecture for autonomous machines from requirements through production. Leads autonomy engineers, evaluates technology solutions, decomposes customer requirements, coordinates software, hardware, and platform teams, and manages phased simulation, proof-of-concept, validation, and production delivery. The role also performs risk analysis, estimates cost and schedule, resolves system-level issues, documents designs, and communicates technical tradeoffs to global stakeholders.

Lead product design across complex machine, software, and connected ecosystems. Define experience vision, influence product strategy, guide discovery and requirements, and create cohesive end-to-end customer journeys. Partner with Product, Engineering, Research, and business leaders; establish design standards and systems; facilitate alignment; use research and analytics to improve outcomes; and mentor designers. The role requires systems thinking, strategic problem solving, strong communication, and the ability to lead through influence.

Leads IT partnership and technology delivery for a new advanced manufacturing facility. Coordinates enterprise IT, operational technology, architects, vendors, service providers, and project stakeholders across infrastructure, cybersecurity, cloud, networks, applications, data, and manufacturing systems. Establishes governance, architecture reviews, support models, roadmaps, documentation, training, and operational ownership. Guides technology decisions, manages risks and dependencies, and transitions solutions from project delivery into reliable long-term operations. The role requires onsite work in Sanford, North Carolina, extensive travel during construction and startup, and cross-functional technology leadership.

Leads the technical vision, architecture, and delivery of enterprise search analytics and ontology solutions for ecommerce. Manages and mentors software engineering teams, integrates platforms, oversees IT service operations and quality, and improves search relevance using NLP, vector search, personalization, machine learning, and performance KPIs. Partners with product, data science, and engineering leaders while driving ontology, metadata, governance, and semantic search adoption across digital commerce.

Design, build, and maintain automated API, business-flow, contract, and end-to-end UI tests for MineStar microservices. Develop Playwright and TypeScript frameworks, integrate tests into CI/CD, troubleshoot failures, manage test environments and data, and validate REST, Protobuf, MQTT, RBAC, and legacy-system parity. Collaborate with delivery teams using shift-left practices, communicate quality risks, and mentor QAs on framework ownership and documentation.

Develop and maintain Java microservices and APIs for Caterpillar’s MineStar ecosystem. Lead AI-assisted software delivery using agentic workflows for planning, implementation, testing, documentation, reviews, and production support. Ensure secure, reliable, maintainable engineering outcomes through quality gates, architecture decisions, validation, and governance. Provide technical leadership, mentor engineers, troubleshoot incidents, perform root-cause analysis, and create reusable AI delivery patterns, prompts, and playbooks.

Leads digital architecture for autonomous robotics and machine platforms. Defines technical standards, architecture patterns, and autonomy roadmaps spanning robotics, controls, machine integration, onboard computing, AI, and perception. Directs rapid prototyping, proof-of-concepts, architecture projects, and emerging technology evaluation while advising engineering teams and resolving complex technical issues. The role also establishes processes, influences stakeholders, and supports scalable deployment of safe, reliable autonomy capabilities across industrial machine platforms.

Develop and maintain mission-critical Java applications and services for Caterpillar’s MineStar mining software ecosystem. Responsibilities include designing distributed and concurrent systems, writing tested and secure code, participating in agile delivery, conducting design and code reviews, troubleshooting production incidents, supporting technical decisions, and mentoring engineers. The role requires collaboration with product, engineering, and quality teams and includes up to 10% travel while working onsite in Irving, Texas.

Own the strategy, roadmap, governance, backlog, and operational priorities for Caterpillar’s digital experience platforms, including AEM, EDS, Vercel, and Akamai. Partner with engineering, architecture, cybersecurity, marketing, and business teams to improve platform reliability, security, performance, adoption, and author/developer experiences. Manage vendors, licensing, budgets, metrics, incidents, upgrades, and executive reporting while aligning investments with enterprise architecture and digital transformation objectives.

Designs and delivers vehicle-level autonomous machine systems from requirements through production. Leads autonomy engineers, evaluates technologies, decomposes customer needs into technical requirements, coordinates software, hardware, and platform teams, and manages phased simulation, proof-of-concept, validation, and release activities. The role also estimates project costs, analyzes risks and benefits, resolves system-level issues, documents designs, and communicates technical tradeoffs across global engineering teams.

Design, implement, test, and integrate autonomous and operator-assist algorithms for mobile off-road machines. Develop high-quality software, document architecture and verification procedures, analyze customer and platform data, debug and maintain software, and support system validation. The role requires collaboration across engineering and research teams, solving complex multi-subsystem problems, and applying robotics, computer vision, machine learning, and safety expertise.

Validates Caterpillar MineStar technology through proving-ground and field testing. Develops test plans, executes validation activities, investigates software and system issues, supports integrations across machine systems, networks, infrastructure, and applications, and verifies corrective actions. Collaborates with engineering, product support, operations, customers, and field teams to assess quality, reliability, performance, and release readiness. The role is onsite in Tucson and may involve customer-site travel.

The Principal Robotics Engineer will design, develop, test, and deploy autonomy components across perception, planning, control, and learning for large off-road machines. The role owns robotics components from prototype through production on real hardware, contributes across the autonomy stack, and participates in software testing, analysis, witnessing, and certification. Responsibilities include field deployment, simulation, on-vehicle development, and collaboration within outcome-focused engineering teams.