Top Controls Engineer Jobs in Austin, TX

Lead development of whole-body and learning-based robot control systems, translating state-of-the-art model-based and RL methods from simulation to hardware. Improve control architecture, performance, safety, and deploy production-grade controllers while mentoring engineers and coordinating cross-functional teams.

Lead development and deployment of high-performance wheeled motion control systems: design and tune whole-body controllers and state estimators, implement low-latency hardware interfaces, ensure safety and certification compliance, integrate with perception and planning, perform field testing and validation, and produce production-grade real-time C++ code and documentation.

Design, implement, and validate control systems for autonomous aircraft, analyzing flight data and collaborating with various teams to optimize performance.

Lead the controls design development team to create repeatable template designs, SOOs, point lists, BOMs, and Division 25 specs. Set technical direction and reference architectures, drive cross-discipline design decisions to meet site schedules, automate commissioning, and hire and grow controls engineers to scale modular data center deployments.

Design, analyze, and lead instrumentation and control systems for water/wastewater, power, and industrial facilities. Develop specifications, drawings, I/O lists, and logic diagrams for PLCs and DCS, support procurement, bid evaluation, construction, installation, and commissioning, and coordinate with clients and multi-disciplinary teams while maintaining project documentation and QA/QC standards.

The Process Engineer II provides engineering support for manufacturing, initiates process improvements, ensures SOP adherence, and collaborates on new product launches.

Develop, test, and validate template PLC programs for data center mechanical equipment across multiple PLC platforms. Implement sequences of operations in PLC code, wire and bench-test PLCs and sensors, debug against real IO and failure conditions, and create reusable, portable code for fleetwide deployment.

The Controls Engineer is responsible for commissioning controls for conveyor and sortation systems, writing and implementing machine code, and ensuring all project aspects are completed and documented.

Lead design and implementation of instrumentation, process controls, and facility automation systems for high-tech manufacturing and mission-critical facilities. Produce PFDs, P&IDs, wiring and loop diagrams, PLC/HMI/SCADA development, BAS/BMS/DCS architecture and industrial network designs. Perform QC and commissioning support, apply ISA and relevant codes, mentor junior engineers, and coordinate with clients and multi-disciplinary teams.

Own end-to-end software and controls for a new warehouse automation product: integrate perception, motion, PLCs, conveyors, and robotics; design vision rigs and models; build production software backbone; commission and deploy systems onsite.

The Controls Engineer will design automation systems, oversee project phases, troubleshoot, and maintain client relationships, ensuring high-quality solutions.

As a Controls Engineer II, you'll develop automation solutions, design control systems, manage projects, and support clients in the manufacturing industry.

The Sr. Controls Engineer designs, programs, and tests automated sortation systems, leads projects, troubleshoots controls issues, and mentors junior engineers.

The Controls Engineer will commission controls for conveyor and sortation systems, implement PLC and HMI programs, review designs, and provide engineering support during project phases.

The Controls Engineer will commission controls for conveyor and sortation systems, implement PLC and HMI programs, and collaborate with team members and clients.

The Controls Engineer will commission controls for conveyor and sortation systems, implement PLC and HMI programs, and collaborate on project execution.

As a Senior Software Engineer, you will develop software for real-time control in advanced robots, ensuring reliable performance in human environments. Responsibilities include software infrastructure development in C++, integration of firmware data, and implementation of state estimation and diagnostics.

Design, develop, verify, and deliver flight control laws (CLaws) and related assessment tools for FBW aircraft using MATLAB/Simulink and C++. Support autopilot/navigation design, V&V to DO-178B and ARP4754, pilot‑in‑the‑loop evaluation, failure analysis, and integration with test rigs and supplier hardware.

Design, implement, and validate motor and motion control systems for real-time autonomous platforms. Build simulation and test tools, integrate controls with embedded hardware and vision systems, tune and field-test control algorithms, document strategies, and improve system performance using control theory and state estimation.

The Sr Principal Controls Engineer will lead the design and implementation of advanced control systems for data center infrastructure focusing on power and energy management. Responsibilities include defining control architectures, PLC programming, integration with SCADA systems, and collaborating with cross-functional teams to optimize automation solutions.

Lead specification, commissioning, and operation of DCS and automation for an industrial gas fermentation plant. Design control architecture, write control narratives and C&E matrices, participate in hazard workshops, manage vendor integration, oversee FAT/SAT and loop testing, troubleshoot field automation equipment, assist SIS procedures, and help develop site IT architecture and remote monitoring.

Build and support industrial control systems across levels: PLC programming, HMI/SCADA development, automation commissioning, troubleshooting, motion control and robotics integration, and cross-functional collaboration with manufacturing and systems teams.

Engineer a virtualized PLC platform: port and validate control applications to software runtimes while preserving determinism and safety; build test harnesses to prove virtual controls against hardware behavior; define reference architecture for networking, redundancy, and failover; document control narratives for engineers and operators.

Design, program, and configure BMS controls for mechanical and electrical plant. Build sequences, point lists, and graphics; integrate chillers, CDUs, power monitoring, and third-party equipment over BACnet/Modbus. Commission systems, diagnose failures, and version and document logic for maintainability.

Design, deploy, and standardize SCADA architecture for power, cooling, and mechanical systems across large data center sites. Integrate field device telemetry and protocols into a unified platform, build tag databases, HMI screens, and alarm logic, validate signals during commissioning, and produce clear configuration and point documentation for repeatable deployments.