
Senior Control System and Instrumentation Technologist
National Research Council Canada
- Ottawa, ON
- $83,435-107,838 per year
- Permanent
- Full-time
- The Employment Equity Act, which is under review, uses the terminology Aboriginal peoples and visible minorities.
- Design, develop, and implement data acquisition and control systems associated with test facilities;
- Design, develop, and assemble electronic and real-time computer hardware/software used for control and measurement;
- Troubleshoot, support, maintain, and improve existing data acquisition and control systems;
- Develop advanced programs for programmable logic controllers (PLCs) and LabVIEW®(i.e. virtual instruments);
- Execute the installation, repair, maintenance and calibration of critical and non-critical instruments following existing procedures and quality system work instructions based on NRC Aerospace ISO-9001-2015; as well as making continuous updates and improvements of said procedures; and
- Provide technical expertise for defining requirements and selecting scientific instrumentation, components, and software.
- Significant* and recent* experience in design, development, and implementation of data acquisition and controls (DAC) software using laboratory and industrial programming languages (PLC and LabVIEW®);
- Significant and recent experience working with ControlLogix® Programmable Logic Controllers;
- Significant and recent experience in leading maintenance activities in large-scale research facilities. This may include scheduling of tasks, resources, and training;
- Significant and recent experience in leading project-related support activities for full-scale gas turbine engine tests, often under tight schedules. This may include identifying technical requirements, planning, and strong troubleshooting abilities;
- Significant experience in the maintenance, calibration, operation, troubleshooting, and repair of measurement devices; and
- Significant experience in implementing and managing process control changes.
- Advanced knowledge of PLC programming with a deep understanding of complex control strategies, programming languages and troubleshooting techniques beyond basic functionality;
- Advanced knowledge of LabVIEW® to program new VIs (Virtual Instruments) and modify existing VIs that support complex research and test programs for aerospace and industrial technologies;
- Advanced knowledge in installation of hardware, configuration, troubleshooting and maintenance of complex-high-channel-count data acquisition and control systems such as PXI, NI® CompactDAQ, Ethernet-enabled I/O devices for process controls as well as communication converters and protocols;
- Advanced knowledge in instrumentation, sensors, transmitters, signal conditioners, transducers, data acquisition hardware for the measurement and recording of process variables including, but not limited to temperature, pressure, flow, vibration, strain; including the required calibration standards and procedures for such measurements;
- Advanced knowledge in the implementation of closed loop PID (Proportional, Integral Derivative) and feedforward controls using motorized, pneumatic, electro-pneumatic and hydraulic components for testing and protection of aircraft engines and combustion systems;
- Advanced knowledge in reading and preparing P&IDs (Process and Instrumentation Diagram) using CAD tools;
- Solid knowledge in designing and implementing standardized processes, procedures and best practices for quality assurance (ISO 9001-2015), data integrity and protection; and
- Solid knowledge of Occupational Health & Safety regulations and legislation required to create and maintain a safe and healthy environment, as well as safety techniques and methods used in industrial facilities.
- Technology support - Client focus (Level 2)
- Technology support - Communication (Level 2)
- Technology support - Conceptual and analytical ability (Level 2)
- Technology support - Results orientation (Level 3)
- Technology support - Teamwork (Level 2)
- Technology support - Initiative (Level 2)
- In 2025, the NRC has been chosen as one of Canada's Top Employers for Young People, the National Capital Region's Top Employers and Forbes Canada's Best Employers.
- Relocation assistance will be determined in accordance with the NRC's directives.
- A pre-qualified list may be established for similar positions for a one year period.
- Candidates must clearly demonstrate in their cover letter how they meet the education and experience factors listed on the poster. Candidates must use the education/experience criteria as a header and then write one or two paragraphs demonstrating how they meet them by providing concrete examples. In addition, the candidate is encouraged to describe in detail when, where and how he/she gained the experience. Failure to provide an appropriate cover letter will result in the rejection of your application. Candidates will not be solicited for incomplete or possible missing information.
- The working conditions are those found in an industrial laboratory with the presence of hazardous materials and situations, including elevated sound levels, varying temperatures and high-pressure process gas piping, Class IV continuous lasers, high power pulsed lasers, combustible liquid fuels and gases, as well poisonous or toxic gases. The incumbents are expected to independently work in such environments in a safe manner, with a working-level tolerance to a typical test environment with enhanced noise levels, heat and reduced air quality.
- A flexible schedule and overtime will be required from time to time.
- Willingness to work shifts during special projects.
- Some travelling is required.
- Preference will be given to Canadian Citizens and Permanent Residents of Canada. Please include citizenship information in your application.
- The incumbent must adhere to safe workplace practices at all times.
- We thank all those who apply, however only those selected for further consideration will be contacted.