Jobs at Brooks Automation

Designs, develops, tests, debugs, and documents embedded software for semiconductor automation equipment. The role focuses on precision motion control, sensor integration, robotics, real-time systems, device integration, and wafer-handling control. Responsibilities include root-cause analysis, customer issue resolution, software engineering best practices, and integration of machine vision and machine learning technologies. The engineer may lead projects, collaborate cross-functionally, and support safe, reliable multi-device operation.

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.

Lead cross-functional teams to deliver new product development and customizable semiconductor automation platforms on time, to spec, and on budget. Manage risk, change control, resource loading/leveling, and stakeholder communications across globally dispersed teams while promoting program management best practices.

As a Systems Engineer, you'll design and implement complex system requirements, validate system tool performance, and troubleshoot any deficiencies.

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