Top Controls Engineer Jobs in Austin, TX

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

Lead automation projects across design, engineering, implementation, commissioning and lifecycle support. Serve as technical authority for control systems (DCS), provide cybersecurity and operational support, collaborate with sites and vendors, ensure safety and regulatory compliance, and travel for commissioning as needed.

The Applications Engineer installs and integrates AI vision systems on production lines, troubleshoots issues, and provides customer support in manufacturing environments.

As a Controls Engineer II, you will design and commission electrical controls, oversee field installations, and ensure quality and safety compliance while effectively communicating with project stakeholders and customers.

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.

Design, program, and deploy PLC/HMI/SCADA control systems for automated material handling. Configure industrial networks, integrate field devices, lead FAT/SAT commissioning, troubleshoot live production, support upgrades/retrofits, and collaborate with mechanical, software, and operations teams.

The Controls Engineer will support the deployment of Battery Energy Storage Systems, collaborating with teams on design, implementation, and maintenance, while troubleshooting control systems and overseeing project documentation.

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.

Design and support industrial control systems for water/wastewater projects. Develop and modify PLC and HMI programs under guidance, read schematics and P&IDs, perform I/O verification, participate in FAT and commissioning, troubleshoot electrical/instrumentation/PLC/HMI issues, and assist with system upgrades and customer support.

The role involves designing automated manufacturing lines, architecting control systems, PLC programming, integrating robotics, and ensuring safety standards in nuclear reactor production.

Develop robotics software for laboratory automation systems, focusing on precise motion control, liquid handling, sample transport, real-time perception, sensor fusion, computer vision, and calibration. Optimize embedded and real-time performance, conduct hardware-in-the-loop testing, and implement CI/CD validation. Collaborate with mechanical, electrical, firmware, and AI teams to deliver safe, reliable autonomous instrument behaviors from concept through verification.

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

Design, program, and integrate DDC-based BAS/EMS systems including controller programming, graphics, network configuration, and protocol integration (BACnet, Modbus, LON). Produce sequences, documentation, perform FAT/startup/commissioning, troubleshoot integrations, support field teams, and help develop standardized templates and sequence libraries.

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.

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.

Lead design, development, and optimization of guidance, navigation, and control systems for Group 1-4 UAS. Architect flight control software, develop Matlab/Simulink models, run SWIL/HWIL simulations, perform stability and controls analysis, mentor junior engineers, drive cross-disciplinary collaboration, and lead flight test R&D from concept to deployment.

Design, analyze, and build flight controls software for Group 1-4 UAS. Develop and modify avionics software, run SW/HW-in-the-loop simulations, generate auto-code, design ground tests, support integration and flight test, and perform controls analysis and peer reviews.

Design, architect, and implement control hardware and electrical systems for robotic automation. Responsibilities include cabinet and safety system design, PLC/HMI and robot programming, VFD and motor configuration, documentation (BOMs, schematics), supplier RFPs, and cross-functional collaboration to deliver production-ready systems.

The GNC Engineer III will design and implement control systems for launch vehicles, develop flight software, perform testing, and mentor junior engineers.

Design and implement control systems for spacecraft, ensuring accurate orientation and functionality during missions, while mentoring junior engineers.

Design and support EPMS and BMS control systems for hyperscale data centers, develop sequences of operation, review design deliverables, maintain Division 25 documentation and standards, coordinate with consultants and vendors, and support chiller plant sequencing, system integration, and continuous improvement efforts.

Lead design, review, and standardization of EPMS/BMS controls for hyperscale data centers. Develop sequences of operation, Division 25 documentation, and controls standards. Coordinate with consultants, vendors, and internal teams; support chiller plant controls, equipment selection, integration, technical reviews, site assessments, and mentor engineers to improve performance and operational readiness.

The DCIM Design Engineer leads the implementation of various control systems, manages contractors, ensures quality assurance, and oversees project deliverables, driving standardization and risk mitigation throughout data center construction projects.