Systems automation researchers work directly with multi-disciplinary project teams to understand key manufacturing challenges and determine how digital technologies can be used to solve them, including application development, testing, automation, integration, and prototyping.
Compensation
The Starting Salary Range: $154k - $173k. Exact compensation may vary based on skills, experience, and location.
Responsibilities
Transform customer specifications into proof-of-concept demonstrations.
Assist in design of factory automation and coordinated systems including hardware integration and programming using off the shelf industrial automation hardware and drives (Siemens, Rockwell, etc.).
Mentor to all levels and groups within the broader organization.
Collaborate with 2Ci management with regards to planning and executing team development.
Contribute to overall design and analysis using available technology tools and analytical methods (brainstorming, thought experimentation, etc.).
Requirements
Bachelor’s degree in mechanical, electrical, or similar engineering
Design, development, implementation, and validation of embedded control systems for defense applications requiring deep expertise in classical and modern control theory and real-time embedded systems.
Responsibilities
Implement control algorithms using classic and modern control techniques
Perform stability, robustness, and performance analysis
Design and tune multi-loop and multi-axis control architectures
Deploy control algorithms using Simulink and embedded C/C++ environments
Develop and validate control strategies through SIL, HIL, bench, and vehicle testing
Requirements
MS or PhD in Automotive, Mechanical, Electrical Engineering, Computer Science, Computer Engineering, or Mechatronic Systems
Engineer advanced control strategies for power plant operations, including PID, MPC, and fuzzy logic, and commission DCS systems.
Responsibilities
Innovate and optimize PID loops for combustion, drum level, and feedwater control
Implement new control strategies to maintain efficient steam conditions
Fine‑tune air‑fuel ratios and enhance emissions control
Develop smart load demand control strategies
Engineer multi‑element drum level controls
Requirements
Bachelor’s or Master’s in Instrumentation and Control Engineering, Electrical and Electronics Engineering, Mechanical Engineering, Chemical Engineering, or related field
Lead the customer support function for Rockwell Automation's PavilionX advanced process control and model predictive control solutions, ensuring service quality, customer confidence, and performance within Digital Managed Services.
Locations (2)
Austin, Texas, United States
United States
Compensation
Base Salary Compensation is from $145,440.00 - 218,160.00 USD Annual, with an annual target bonus of 8% of base salary.
Responsibilities
Lead the Pavilion support function, including daily operations, customer engagement, escalation management, and service delivery performance
Manage business operations for the Pavilion support group, including capacity planning, performance visibility, process improvement, knowledge transfer, and continuity of critical expertise
Maintain relationships with Pavilion customers, ensuring you meet support commitments and address customer concerns with urgency
Drive renewal and expansion opportunities and partner with sales and account teams to enable new support engagements
Research and development of next-generation flying mobility solutions, focusing on flight control algorithms, simulations, and real-world testing.
Responsibilities
Design, develop, and validate robust flight control algorithms for tethered and untethered lightweight flying mobility vehicles equipped with electric propulsion systems.
Improve, optimize, and maintain multi-body simulation models to ensure accurate performance predictions.
Provide hands‑on engineering support during wind tunnel evaluations and live flight tests, analyzing data to iterate on designs.
Support the development, testing, and integration of sensor systems.
Requirements
Ph.D. in Aerospace Engineering, Mechanical Engineering, Robotics, or a closely related field (a Master's degree with significant relevant experience will also be considered).
Flight Control Research Engineer for the Mothership Project, focusing on advanced flight control algorithms, simulations, and real-world testing.
Responsibilities
Design, develop, and validate robust flight control algorithms for tethered and untethered lightweight flying mobility vehicles equipped with electric propulsion systems.
Improve, optimize, and maintain multi-body simulation models to ensure accurate performance predictions.
Provide hands‑on engineering support during wind tunnel evaluations and live flight tests, analyzing data to iterate on designs.
Support the development, testing, and integration of sensor systems.
Flight Control Research Engineer focused on designing advanced flight control algorithms and conducting simulations, wind tunnel evaluations, and real‑world flight testing for next‑generation flying mobility solutions.
Responsibilities
Design, develop, and validate robust flight control algorithms for tethered and untethered lightweight flying mobility vehicles equipped with electric propulsion systems.
Improve, optimize, and maintain multi‑body simulation models to ensure accurate performance predictions.
Provide hands‑on engineering support during wind tunnel evaluations and live flight tests, analyzing data to iterate on designs.
Support the development, testing, and integration of sensor systems.
Requirements
Ph.D. in Aerospace Engineering, Mechanical Engineering, Robotics, or a closely related field
Master's degree with significant relevant experience
Nice to have: end‑to‑end development of RC airplanes and custom drones
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