Top Automation Engineer Jobs

Designs, implements, and manages automation solutions across the Milwaukee Bucks’ arena, business, and front-office operations. The role identifies workflow and Lean opportunities, defines functional and technical requirements, develops proof-of-concepts, and delivers production implementations using modern technologies, APIs, and automated data processing. It collaborates with technology leaders, project managers, business stakeholders, and vendors while supporting deployment lifecycles and continuous improvement initiatives.

Leads quality engineering and test automation for enterprise IAM systems. Designs journey-based quality strategies, deterministic test data, integration simulations, contract tests, stable UI and API automation, and evidence-based release readiness. Builds and operates human-gated agentic testing ecosystems connected to CI/CD, APIs, databases, and internal tools. Improves test reliability, defect prevention, coverage integrity, triage, governance, and executive reporting while guiding responsible AI-assisted engineering practices.

Designs and engineers automated internal audit workflows that enable continuous assurance. Responsibilities include re-engineering audit processes, orchestrating AI agents, developing prompt and agent libraries, integrating Power Automate and GRC platforms, automating document and population testing, creating real-time risk dashboards, and ensuring AI governance, privacy, explainability, and human validation. The role requires technical audit transformation experience, LLM orchestration, automation platforms, SQL or Python, data governance, and data warehouse expertise.

Develop and automate CI/CD pipelines for a large-scale national security system. Responsibilities include build and deployment automation, continuous integration, automated testing, security and static code analysis, repository management, and infrastructure as code. The role requires Java-based test automation, CI/CD, Cucumber, Selenium or Serenity, web services, APIs, SQL, and experience across functional, integration, system, and user acceptance testing. An active Final DoD Secret clearance and proximity to Colorado Springs or Columbia, Maryland are required.

Supports manufacturing automation projects involving CNC equipment, robotics, PLCs, HMIs, vision systems, and material handling. Assists with equipment integration, controls programming, testing, validation, startup, troubleshooting, documentation, operator training, and production handoff. Works cross-functionally with engineering, operations, quality, maintenance, tooling, and suppliers to improve safety, reliability, quality, uptime, cycle time, and maintainability.

Supports the design, programming, integration, testing, commissioning, and maintenance of industrial automation systems. Responsibilities include PLC and HMI development, robotics and machine vision integration, motion control, industrial networking, safety systems, troubleshooting, root cause analysis, documentation, and continuous improvement. The engineer collaborates with manufacturing, maintenance, electrical, mechanical, software, suppliers, and contractors to improve equipment reliability, cycle time, and process performance.

Designs, deploys, maintains, and supports enterprise private cloud infrastructure using VMware vSphere and Nutanix AHV. Leads cluster deployments, lifecycle management, migrations, performance analysis, automation, high-severity incident recovery, and advanced troubleshooting. Creates engineering documentation, standards, and operational runbooks; coordinates infrastructure projects and technical workstreams; evaluates technologies; mentors engineers; and provides Level 3 escalation support through an on-call rotation.

Designs, implements, commissions, and improves automated manufacturing systems. Develops and troubleshoots Mitsubishi PLC programs, integrates robotics and control equipment with HMI, SCADA, and MES systems, and supports production and maintenance teams. Leads FAT/SAT activities, vendor coordination, equipment validation, Kaizen initiatives, root-cause analysis, data analysis, and process improvements. Provides technical training and ensures automation systems meet safety, quality, throughput, and reliability requirements.

Leads manufacturing automation initiatives focused on vision and inspection systems. Identifies opportunities, develops business cases and technical requirements, coordinates internal teams and vendors, and oversees project planning, deployment, and implementation across high-volume manufacturing sites. The role requires strong automation expertise, project leadership, vendor management, and cross-functional collaboration within a contract manufacturing environment.

Develop, integrate, validate, and improve liquid-handling automation systems and protocols in a clinical laboratory. Integrate automation platforms with LIMS using APIs and drivers for sample tracking, transfer new products and procedures to automated platforms, train staff, troubleshoot equipment, and prepare validation, SOP, and other regulated documentation.

Design, develop, test, and debug software tools, flows, and methodologies for design automation. Capture user requirements, write functional and test code, automate builds/deployments, and perform unit, integration, and end-to-end testing of EDA tools and related workflows.

Develop and deploy automation solutions for Plexus manufacturing operations to improve quality, efficiency, and production velocity. Responsibilities include creating, analyzing, verifying, and documenting manufacturing solutions; applying expertise across manufacturing processes; working independently within assigned process phases; supporting customer requirements; and mentoring team members. The role also requires statistical analysis, problem solving, cross-disciplinary collaboration, and use of laboratory, testing, and measurement equipment.

Develops, analyzes, verifies, deploys, and maintains automation solutions for manufacturing operations. The role creates cost-effective, customer-focused manufacturing solutions, uses engineering tools and measurement equipment, applies statistical process control and structured design, follows manufacturing and quality procedures, and produces project documentation. It requires cross-disciplinary collaboration, analytical problem-solving, and understanding of Plexus manufacturing processes and product requirements.

Designs and maintains enterprise AI/ML platform capabilities, managed model integrations, reusable APIs, agentic workflows, developer assistants, and secure automation. Integrates AI services with cloud platforms, identity controls, secrets management, observability, and enterprise tools. Develops tests, evaluates model and agent updates, troubleshoots distributed workflows, and collaborates with platform, DevSecOps, cybersecurity, and operations teams in secure and restricted environments.

Supports and maintains material handling automation systems, including PLCs, HMIs, VFDs, SCADA, conveyors, sortation equipment, and industrial networks. Troubleshoots complex control issues, escalates downtime incidents, monitors equipment performance, and improves reliability. Partners with operations, maintenance teams, vendors, and suppliers on technology installations and capital projects. Provides technical guidance, communicates project impacts, and supports technician development while following warehouse safety and PPE requirements.

The job description provides no specific responsibilities, qualifications, technologies, salary, travel requirements, or clearance information. The role is titled Automation Engineer and is associated with Bridgewater Interiors IV.

Designs, programs, installs, tests, and commissions SCADA, PLC, relay, and electrical power systems for data centers. Responsibilities include configuring SEL equipment and SCADA protocols, producing electrical and network designs, performing field testing and troubleshooting, preparing technical documents, reviewing work, and supporting client communications. The role requires periodic multi-state travel for commissioning and field assignments.

Design, build, maintain, and integrate automated UI, API, integration, data, and end-to-end tests for an AI-powered healthcare platform. Translate customer workflows and product risks into meaningful coverage using Playwright, API tools, SQL, and CI/CD pipelines. Investigate failures and flaky tests, improve testability and observability, and validate AI outputs, asynchronous workflows, integrations, and reporting. Partner cross-functionally with Product, Engineering, Data Science, Implementation, and Customer teams to improve quality and release confidence.

Develop and maintain automated software testing solutions using multiple programming languages, test frameworks, and observability tools. Lead complex functional, end-to-end, user acceptance, performance, load, failover, and fault-tolerance testing. Analyze defects, resolve test environment issues, validate system requirements, document test results, and improve quality engineering strategies and processes.

Learn industrial automation technologies through training and hands-on experience. Support engineering and production teams in designing, configuring, testing, and troubleshooting robotic, pneumatic, and electromechanical solutions. Interact with customers to identify applications, support sales opportunities, deliver technical presentations, and work with automation products including collaborative robots, grippers, sensors, and motion-control systems. Travel throughout the Mid-Atlantic region for customer visits, training, meetings, and supplier activities.

Supports maintenance and operations teams by troubleshooting, modifying, and maintaining material handling automation systems. Responsibilities include programming and commissioning PLCs, HMIs, VFDs, and SCADA systems; resolving equipment issues; assessing reliability; monitoring performance metrics; coordinating vendors and technology installations; supporting capital projects; and communicating technical impacts and timelines. The role also provides technical guidance to technicians and promotes safe warehouse operations.

Designs, integrates, validates, and supports end-to-end HPE infrastructure solutions across compute, storage, networking, software, Kubernetes, and cloud-native platforms. Develops Python automation, REST API integrations, infrastructure-as-code frameworks, proof-of-concepts, and reference architectures. Advises customers, delivers technical workshops and demonstrations, troubleshoots complex deployment issues, performs root-cause analysis, documents solutions, and collaborates with engineering, sales, partners, and customer teams.

Provides automation and controls support in a high-speed manufacturing environment. Troubleshoots and improves PLCs, HMIs, drives, robotics, sensors, safety systems, and industrial networks; analyzes downtime and root causes; supports maintenance, capital projects, commissioning, documentation, training, and continuous improvement. Coordinates with cross-functional teams and suppliers while maintaining safety, regulatory, and equipment reliability standards.

Design, build, program, integrate, and deploy robotic manufacturing cells for high-voltage pulsed-power hardware. Responsibilities include robot selection, end-effector and fixture design, machine vision and sensor integration, PLC and motion-control integration, safety architecture, automated assembly and inspection, maintenance practices, and production-line development. The role partners with mechanical and electrical engineers, supports design for automated assembly, and helps grow the robotics team in a fully onsite startup environment.

Develops, maintains, and troubleshoots PLCs, robotic systems, automated actuators, and motion-controlled manufacturing equipment. Provides production-floor technical support, trains engineering and die-setting teams, investigates mechanical and maintenance failures, integrates robotics with peripheral equipment, and supports continuous improvement, cycle-time reduction, root-cause analysis, control planning, spare-parts management, equipment installation, debugging, and startup.