Jobs at Brooks Automation

Develop and manage master production schedules across Engineering, Operations, Supply Chain, and Purchasing. Prioritize backlogs, coordinate materials and capacity, create ERP work orders, identify execution risks, and support NPI, production, upgrade kit, field replacement, and project-based requirements. The role also leads planning meetings, resolves scheduling constraints, and drives continuous improvement in a dynamic manufacturing environment.

Manage and grow sales for robotics and automation products among controls and cobot OEM customers. Responsibilities include developing opportunities, analyzing markets, managing customer relationships, preparing forecasts in Oracle and Salesforce, meeting revenue goals, resolving customer issues, presenting to stakeholders, and representing the company at trade shows. The role requires at least 30% travel and collaboration with Sales, Operations, R&D, and Finance.

Develop software for semiconductor automation systems by gathering requirements, designing solutions, implementing C# and Python code, reviewing code, creating tests, integrating components, debugging system issues, documenting releases, and supporting customer adoption. The role follows formal software and product development processes and requires collaboration with project teams and peer engineers.

Designs and implements complex system requirements for semiconductor automation equipment, defines hardware and software interfaces, coordinates subsystem integration, resolves system deficiencies, and validates tool performance. Requires hands-on systems engineering experience in design, troubleshooting, testing, and analysis, along with laboratory skills, reliability or statistical analysis, and V-model development knowledge.

Develop client-side software for semiconductor predictive maintenance and factory automation systems. Responsibilities include requirements gathering, software design, C# development, test case and acceptance procedure creation, unit and system testing, debugging, legacy code review, system integration, documentation, and collaboration with QA and cross-functional engineering teams. The role may also lead complex projects, mentor engineers, and provide technical direction.

Own product strategy, roadmap, market growth, pricing, positioning, and lifecycle planning for Brooks’ atmospheric semiconductor automation sorter. Partner with sales, engineering, applications, manufacturing, and customers to expand product adoption, develop value propositions, manage revenue forecasts, optimize costs, and deliver customer-focused solutions. The role requires semiconductor fab automation expertise, value-selling experience, matrixed leadership, and customer travel.

Designs, develops, tests, integrates, and debugs software for semiconductor automation systems. Responsibilities include gathering requirements, creating specifications, implementing features in C# and Python, conducting code reviews, developing test cases, resolving system integration issues, documenting releases, and supporting customer software adoption.

Leads architecture and development of complex embedded software, real-time control systems, robotics platforms, and hardware integrations. Provides technical direction across software, firmware, controls, electronics, and mechanical engineering teams. Owns critical technical problem solving, architecture governance, technology roadmaps, customer escalations, and cross-functional initiatives. Mentors senior engineers and drives engineering standards, testing, reliability, diagnosability, and adoption of innovative technologies across automation products.

Develop software for semiconductor automation systems by gathering requirements, designing and implementing features in C# and Python, reviewing code, creating tests, integrating components, debugging system issues, documenting releases, and supporting customer adoption. The role requires collaboration with project teams and adherence to software and product development processes.

Develop software for semiconductor equipment control, robotics, motion hardware, computer vision, and machine learning systems. Responsibilities include requirements and design specifications, C#/C++ implementation, unit and system testing, software integration, documentation, customer support, and cross-functional collaboration. The role develops image-processing algorithms and machine-learning models for object detection, tracking, segmentation, and depth estimation, while supporting Linux, APIs, databases, and containerized applications.

Design new products and features for the semiconductor industry, produce 3D models, support cross-functional engineering, and ensure reliable product function.

The Principal Mechanical Engineer designs and develops mechanical components for semiconductor products, collaborates with teams, and ensures project fulfillment from concept to production.