Stanford University
Showing 13,461-13,480 of 14,456 Results
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Faya Wang
Lead Scientist, SLAC National Accelerator Laboratory
Bio• 20-year scientific career in academia and national lab
• Pursuing research leadership position in high-impact cutting-edge tech organization
• Extensive hands on experience on particle accelerator and rf system
• Electron beam dynamics, beam optics, control system dynamics, accelerator design, electrodynamics, electromagnetic field, high power microwave system, beam and rf diagnostics, electromagnetic field design -
Grace Wang
Senior Software Developer, Enterprise Technology
Current Role at StanfordSoftware team lead and architect with 20+ years of experience managing and developing enterprise scale custom applications. A seasoned Stanford technical leader that sets vision, provides guidance and drives initiatives for the team. Self-driven and highly motivated, I practice open communication and encourage collaboration across functional teams to achieve objectives.
Responsible for defining project scope, analyzing requirements and designing deliverables for various administrative and research software solutions. Lead and collaborate with cross functional teams including product managers, security/privacy offices, infrastructure teams and project team members, to deliver solution in time. Representing the AAS team to propose SOW (statement of work) and negotiate service agreements with business clients. -
Jia Wang
Medical/Radiation Physicist, Environmental Health and Safety (EH&S)
BioI am the head of the Diagnostic Medical Physics group at Environmental Health and Safety department. Our group provides medical physics services for Stanford Health Care, Lucille Packard Children's Hospital, and Veterans Affairs Palo Alto Health Care System. The scope of our work includes:
• Radiation safety of X-ray imaging practice to ascertain the compliance of State and Federal regulations, The Joint Commission recommendations, requirements from related accreditation bodies and University policies
• Quality control program of X-ray imaging practice (Computed tomography, Interventional equipment, Fluoroscopy and Radiography) for Imaging and Interventional Services at hospitals
• Radiation dose monitoring and CT protocol optimization; Work with each clinical section on task-specific CT Dose and Image Quality optimization by utilizing our state-of-the-art CT equipment and novel iterative reconstruction techniques
• Review proposed research uses of x-rays in human subjects for Stanford IRB: evaluate doses and estimate risks and advise research investigators on radiation safety issues and how to solve related problems.
• Staff and trainee education on topics including CT technology, CT dose optimization, Fluoroscopy dose optimization, and radiation risk from ionizing imaging exams
• Clinical innovation: we work with physicians and hospital imaging and interventional teams on clinical research projects and activities that can be readily translated to patient care in Stanford affiliated health care systems
