Mechanical Engineer for RF/Cryo

Brookhaven National Laboratory•Upton, NY

36d•Onsite

About The Position

The National Synchrotron Light Source II (NSLSII) is a state-of-the-art electron storage ring producing extremely bright x-rays for research across various scientific disciplines. The NSLSII RF Group is responsible for high power Radio Frequency (RF) systems, including klystrons and solid-state amplifiers, as well as normal conducting and superconducting RF cavities and a liquid-helium cryogenic plant. This position focuses on the mechanical aspects of these systems, involving analysis, development, operation, and optimization of mechanical components and sub-systems for RF cavities, transmitters, the cryogenic plant, and utility systems. The role requires learning RF and cryogenics concepts on the job and collaborating within a multidisciplinary team throughout all phases of system lifecycle, from design to troubleshooting.

Requirements

B.S. in Mechanical Engineering, Physics or a related field with a minimum of three (3) years of mechanical engineering experience, with a demonstrated record of successful contributions. Master’s degree in these fields is counted as 1-year experience.
Demonstrated experience with structural or thermal simulation tools such as ANSYS, CST, or equivalent multiphysics analysis software.
Experience with 3-D CAD (Inventor, SolidWorks, Pro-E or similar tools), drawing standards and engineering codes.
Experience of using common components, tools and equipment, such as pressure gauges, flow meters, control valves and pressure relief valves.
Hands-on experience on specifying, procuring, assembly and installation of mechanical parts or components.
Excellent written and verbal communication skills.
Strong interpersonal skills with the ability to work effectively in a diverse technical team environment.
Availability for limited off-hour on-call support for urgent operational issues (typically < 2%).

Nice To Haves

B.S. in Mechanical Engineering, Physics or related field with a minimum of seven (7) years of mechanical engineering experience. Master’s degree in these fields is counted as 1-year experience.
Experience in supervising designers and technicians.
Experience with cryogenic, RF, magnet or vacuum systems for accelerator applications.
Experience with high-power systems (>5kW).
Experience in pressure or cryogenic safety analysis.
Experience with process controls and feedback loops.

Responsibilities

Develop, commission, operate, troubleshoot and repair mechanical components and sub-systems, including limited off-hours support.
Perform analysis, simulation and calculation of mechanical components and systems using tools such as ANSYS, CST and related codes.
Assist in cryogenic system operation and cryo-related cavity operation.
Design, procure, and/or develop mechanical components and subsystems to meet evolving accelerator requirements.
Generate and maintain schematics, diagrams, work instructions and technical documentation.
Develop maintenance schedules and work plans for operating mechanical systems.
Maintain current knowledge of principles, methods, and best practices within the related fields.