Radiation Effects Systems Engineer-Huntsville (Pool)

Auburn University•Huntsville, AL

10d•Onsite

About The Position

Auburn University’s Office of the Senior Vice President for Research and Economic Development and the Applied Research Institute (ARI) is seeking a Radiation Effects Systems Engineer to support the development, setup, and operation of radiation effects testing such as high-energy proton cyclotron, pulsed laser single event effects or Cobalt-60 Total Ionizing Dose (TID) on space hardware and electronics. These testing capabilities will serve as a key resource for radiation effects research and development within a larger state-of-the-art research center focused on radiation effects in advanced microelectronics. This role will provide key technical support involved in building and operating these cutting-edge capabilities.

Requirements

Must be a U.S. Citizen
Degree relevant to the position.
Experience in various fields of science or engineering, along with research practices and principles.
Experience across multiple scientific disciplines, including mathematics, physical sciences, life sciences, computer science, etc.
Bachelor's degree
2 years of experience (for Level II)
4 years of experience (for Level III)
6 years of experience (for Level IV)
8 years of experience (for Level V)
10 years of experience (for Level VI)
When a candidate has the required education, but lacks the required experience, they may normally apply additional appropriate education toward the experience requirement, at a rate of one (1) year relevant education per year of required experience.

Responsibilities

Support the safe, reliable, and efficient operation of AUARI Radiation Effects Laboratory test capabilities, including: Proton cyclotron systems, High-energy laser systems used for Single Event Effects (SEE) testing, Cobalt-60 gamma irradiation systems, Flash X-ray systems, Linear accelerators, Beam diagnostic and dosimetry equipment, Vacuum, cooling, compressed gas, power, controls, and other supporting systems.
Serve as a technical resource for the operation, troubleshooting, repair, and maintenance of complex electromechanical radiation-testing equipment.
Perform and coordinate preventive and corrective maintenance activities to maximize equipment availability and minimize test interruptions.
Diagnose equipment failures using electrical schematics, mechanical drawings, system documentation, diagnostic instrumentation, software interfaces, and equipment data.
Troubleshoot electrical power, controls, sensors, motors, pumps, cooling systems, vacuum equipment, interlocks, motion-control systems, communications interfaces, and instrumentation.
Support the development and execution of equipment startup, shutdown, inspection, calibration, maintenance, and operating procedures.
Develop and maintain preventative maintenance schedules, equipment maintenance records, inspection requirements, spare-parts inventories, and equipment configuration records.
Identify critical and long-lead spare components and establish recommended spare-parts inventories for mission-critical systems.
Interface with equipment manufacturers, vendors, university personnel, and outside technical specialists to resolve equipment issues and implement system upgrades.
Support installation, commissioning, acceptance testing, and integration of new radiation-effects capabilities and facility equipment.
Review vendor technical requirements and drawings and ensure appropriate integration of equipment with facility electrical, mechanical, cooling, HVAC, structural, networking, and utility systems.
Assist in developing equipment requirements, specifications, statements of work, technical evaluations, and procurement documentation for new systems and upgrades.
Support system verification and validation activities and document objective evidence that equipment and facility systems meet applicable performance requirements.
Assist test engineers and customers with test configuration, instrumentation setup, cabling, equipment interfaces, data acquisition, and troubleshooting.
Support development and configuration of beam-delivery and test-support equipment such as collimators, degraders, positioning systems, dosimetry equipment, cameras, sensors, and diagnostic instrumentation.
Monitor equipment health and performance and recommend upgrades or corrective actions based on reliability, maintainability, obsolescence, and operational data.
Support configuration management and document changes to hardware, software, firmware, controls, wiring, mechanical systems, and system interfaces.
Work closely with radiation safety, environmental health and safety, facilities, information technology, cybersecurity, test engineering, and laboratory operations personnel.
Participate in laboratory readiness activities and maintain equipment in a condition that supports scheduled customer testing.
Provide technical support during customer test operations and respond to equipment issues that could affect test execution or facility availability.
Assist with development of long-term maintenance, modernization, and technology-refresh plans for laboratory equipment.
Support training and qualification of engineers, technicians, students, and other personnel in the proper operation and maintenance of laboratory equipment.
Mentor junior engineers and students and contribute to Auburn University's research and workforce-development mission.