Beam Delivery Systems Engineering Department Head

SLAC; Menlo Park (CA); Sur place; USD 180 000 - 240 000; Plein temps

Résumé du poste

SLAC National Accelerator Laboratory’s Linac Coherent Light Source (LCLS) Engineering Division seeks a Mechanical Engineer to lead the Beam Delivery Systems Engineering Department. The role requires guiding design, operations, and maintenance of X-ray beam paths, mentoring staff, and ensuring rigorous engineering practices.

The head will supervise engineers, participate in hiring, and collaborate with staff scientists to deliver advanced mechatronic and optomechanical systems, mirrors, and

Qualifications

• Bachelor's degree in Mechanical Engineering or related field and at least eight years of experience with the design and operation of beam delivery systems.
• Experience leading personnel, providing supervision, guidance and training, and participating in hiring activities.
• Proven ability to write performance appraisals and promote engineering rigor while adhering to defined processes.

Responsabilités

• Provide engineering leadership for new initiatives that advance X-ray experimental capabilities through complex instrumentation and opto-mechanical systems.
• Lead integration and testing of systems with staff scientists and fabrication facilities.
• Ensure execution within budget and schedule with quality assurance using standardized processes.
• May serve as Cost Account Manager (CAM) in project roles.
• Promote adherence to Conduct of Engineering and maintain proper documentation.
• Provide department leadership for system development, integration, commissioning, and transfer to operations.

Connaissances

Leadership

Communication

Project management

Supervision

Mechanical design

Formation

Bachelor's degree in Mechanical Engineering or related field

Outils

Solid Edge

ANSYS

MATLAB

Description du poste

Position Overview

The Linac Coherent Light Source (LCLS) Engineering Division at the SLAC National Accelerator Laboratory is seeking a mechanical engineer to lead the Beam Delivery Systems Engineering Department.

LCLS is an X-ray Free Electron (FEL) facility, operated by Stanford University at the SLAC National Accelerator Laboratory, on behalf of the Department of Energy / Office of Science. This facility provides world-leading scientific capabilities to a global user community, covering a broad research portfolio that includes the development of advanced materials and chemical catalysts for clean energy systems; drug discovery for modern pharmaceuticals; and fundamental studies of astrophysical phenomena. Seven (7) independent instruments are specifically designed to utilize the unique beam characteristics of the LCLS to meet these scientific objectives.

The Beam Delivery Systems Engineering Department supports LCLS with mechanical engineers and engineering physicists. The department supports the design, operations, and maintenance of the X-ray beam paths to ensure systems meet experimental requirements and reliably deliver X-ray photons on target. This includes developing mechatronic and optomechanical systems to precisely control X-ray beam alignment, wavefront, and timing. And the design, characterization, and procurement of high-performance X-ray mirrors. This department operates off-line laboratories for advanced metrology of X-ray mirrors and new techniques to clean mirror coatings in situ.

As the head of the Beam Delivery Systems Engineering Department, in addition to engineering responsibilities, you will manage a team of engineers, provide supervision, guidance and training, foster staff development, promote engineering rigor, and participate in hiring activities to support the LCLS mission.This position administratively reports to the LCLS Engineering Division Leader within the LCLS Directorate.

Your specific responsibilities include:

• Provide engineering leadership for new initiatives that advances advance X-ray experimental capabilities through delivery of complex scientific instrumentation, X-ray and laser system opto-mechanical systems, experiment and beamline diagnostics, and target delivery systems.
• Provide engineering leadership for the integration and testing of systems and devices, working with staff scientists, fabrication facilities and personnel, and technicians.
• Responsible for the execution and delivery of technical scope, within budget and on schedule, with a high degree of quality assurance using standardized engineering processes.
• May function as a Cost Account Manager (CAM) in project management roles.
• Promote adherence to the LCLS Conduct of Engineering, ensuring engineering rigor with accurate documentation and engineering review.
• Provide the department with leadership in project engineering to support system development, integration, commissioning and the effective transfer of new capabilities to operations.
• Prepare and conduct performance management activities for department personnel and contribute to the LCLS engineering ranking and salary management processes.
• Influence strategic technical decisions made by LCLS senior management.
• Contribute to the definition of complex engineering solutions for X-ray based experiments.
• Perform engineering duties requiring significant scheduling and budgeting responsibility.

To be successful in this position you will bring:

• Bachelor's degree in Mechanical Engineering or related field and at least eight years of experience with the design and operation of beam delivery systems.
• Leadership, interpersonal skills, organizational, and supervisory skills to lead personnel, write performance appraisals, and actively participate in ranking and hiring activities.
• Experience with engineering tools such as Solid Edge, ANSYS and/or MATLAB.
• Ability to promote and maintain productive relationships across LCLS and SLAC.
• Expert communication, facilitation, and collaboration skills, necessary to present, explain, and advise LCLS senior management and/or external sponsors.
• Experience working independently and responsively to changing priorities and ability to meet deadlines
• Manufacturing, assembly, and installation coordination of complex systems.
• Exercising sound engineering judgment.
• Demonstrated ability to work independently and in a diverse team environment.

In addition, preferred requirements include:

• An advanced degree and experience with scientific instrumentation, project management, and/or technical supervision.
• Experience in X-ray FEL, synchrotron, metrology, and/or laser system engineering.
• Experience with user facilities and/or national laboratories.
• Formal training/experience in systems engineering processes and methodologies