Timothy Solberg, Phd, Fastro, Facr, Faapm, Facmp Email & Phone Number

San Francisco Bay Area

Foretell Medical provides AI-driven quality solutions to the imaging and therapeutic radiology community.

Seattle, Washington, United States

Seattle, Washington, United States

Seattle, Washington, United States

Silver Spring, Maryland

Advised FDA Commissioner and DHHS leadership on COVID Pandemic Response and Preparedness, Medical Devices and Software, Technology Modernization, Advanced Manufacturing, In-Vitro Diagnostics, covering a broad range of regulatory, legislative, policy and technology aspects. Advise CDRH on Digital Transformation, AI-based Software as a Medical Device (SaMD), and specific IND, 510(k), Q-Sub and De Novo applications.

San Francisco Bay Area

Led a Division of approximately 40 faculty and staff across 3 major centers in San Francisco. Responsible for all clinical physics operations encompassing 8 IGRT linacs, 2 IORT linacs, 2 HDR units, Perfexion and CyberKnife units, dedicated 3T MR, multiple CT imaging systems, LDR brachytherapy, and an ocular proton therapy program. Major accomplishments:• Developed technical specifications for two $50M+ proton therapy RFPs• Corrected severely deficient quality / safety issues, including unqualified individuals performing prostate and brain implants, calibration, and medical physics chart checks• Brought physics processes into compliance with state & national regulations, and encouraged clinical RadOnc practice to follow national standards of care• Suspended I-125 implant program following loss of radioactive materials. Resumed after 12 months, implementing policies and procedures consistent with state/national regulations• Encouraged all physicists to obtain Board Certification• Initiated a New Procedure Review process to ensure appropriate implementation of clinical procedures, availability of resources, financial stewardship, and highest levels of quality and safety• Led a 3 year effort opening the Precision Cancer Medicine Building on time and reducing major capital costs by 50%• Implemented Raystation, eye plaques, TBI in-vivo dosimetry, patient-specific QA, motion management for SBRT, and Cs-131 for brain implants, IROC credentialing• Recruited 8 faculty and 4 staff physicists, in strategic areas of machine learning, AI, automation, building one of the strongest ML/AI groups nationally• Increased Division funding by a factor of 3 (R01s, R21, K08, industry), and increased Division publications by a factor of 2 • Revised the Physics Residency Program curriculum, resulting in CAMPEP re-accreditationAdvised General Counsel on conflict of interest (COI) issues in several procurement effortsAdvised on measures to overcome safety culture challenges

Philadelphia

Led a Division of approximately 100 faculty and staff across 9 treatment facilities (2 academic, 1 VA, and 6 community). Responsible for all clinical physics operations encompassing 14 linear accelerators, 5 proton rooms (passive scattered and pencil beam scanning), several HDR units, a Perfexion unit, a CyberKnife unit, and multiple CT, MR and PET/CT imaging systems. Major accomplishments include first clinical cone-beam CT on proton gantry, first prompt gamma imaging of a PBS beam, several master research agreements, and a doubling of funding and publications within the Division.The Department of Radiation Oncology at the Perelman School of Medicine at the University of Pennsylvania employs over 400 individuals (including approximately 39 physicians, 43 medical physicists, 30 dosimetrists, 28 nurses, and 82 radiation therapists), delivering radiotherapy to over 450 cancer patients daily with a total of 14 linear accelerators and 5 proton therapy gantries. The department occupies 100,000 square feet of clinical space in the Perelman Center for Advanced Medicine and the adjacent Roberts Proton Therapy Center. In the Proton Center there are four proton gantries, one proton fixed beam room, and a dedicated research beamline. All proton gantries have “universal nozzles” which can deliver scattered and uniform scanning treatments. Additionally two proton gantries can deliver modulated scanning treatments. Penn ranks #1 in NIH funding among Radiation Oncology departments. Founded by Benjamin Franklin, the University of Pennsylvania (Penn) is a private institution in the University City neighborhood of Philadelphia, and is ranked as the 7th best University nationwide. Penn ranks third in NIH funding among all US medical schools. The Hospital of the University of Pennsylvania is currently ranked 7th by US News and World Report and the cancer programs are ranked 11th. The Wharton School of the University of Pennsylvania is ranked as the #3 best business school.

Dallas, Texas

Director of Medical Physics and Engineering, consisting of 14 faculty, technical staff including dosimetrists, engineers, and IT specialists. Responsible for all physics operations that includes 7 linear accelerators, a Perfexion unit, a CyberKnife unit, HDR, and multiple CT scanners. Led a recent $14M dollar expansion that included 2 TrueBeam units and the first Vero in North America. Supervised the planning process, and developed technical specifications for, a $220M, 5-room proton center, originally scheduled for groundbreaking in January, 2014. Major Academic Accomplishments:- Increased PhD medical physics faculty from 5 to 14. - Increased extramural funding significantly. Major grants include:NIH 1R01CA16910 (Sawant). Personalized Motion Management for truly 4D Lung SBRTACS RSG CCE-124318 (Wang). High Quality Low-dose CBCT for Image-Guided Radiation TherapyCPRIT RP120670-C3 (Solberg). Exploiting the Radiobiology of SAbR for Lung Cancer - Image Guided Irradiation of Small AnimalsCPRIT RP130109 (Wang). Quantitative CBCT for Adaptive Radiation TherapyCPRIT RP110329 (Mao). Personalized Online Adaptive Radiation Therapy NIH 1S10RR028011 (Solberg). X-RAD 225Cx Image Guided Biological Irradiator System US DOD W81XWH-11-1-0324-02 (Solberg/Song). Molecularly Targeted Dose Enhancement Radiotherapy Using Gold and Luminescent Nanoparticles in Orthotopic Human Prostate Cancer Rat ModelNIH R01NS049517 (Medin). Spinal Cord Tolerance to Radiosurgical Dose Delivery NIH R01NS049517S1 (ARRA) (Medin). Spinal Cord Tolerance to Radiosurgical Dose DeliveryVarian Medical Systems, Inc., Contract #103007 (Solberg). Master Research AgreementElekta, Ltd. Contract #900555 (Solberg). Applications of Image Guided Therapy UTSW ranks among the premier research institutions in the world. Faculty include 5 Nobel Laureates and 20 members of the National Academy of Sciences. The Department of Radiation Oncology is part of the NCI-designated Simmons Cancer Center.

Omaha, Ne

Elevated regional institution to greater levels of clinical and academic success.

Los Angeles, Ca

Director of Medical Physics, and Vice Chair, Department of Radiation Oncology, at what was at the time the 3rd ranked medical center and 5th ranked cancer center in the country. Received tenure four years following initial faculty appointment and promoted to full professor four years later. Beginning in 1990, built one of the world's premier stereotactic radiosurgery programs.

Los Angeles, California, United States

Los Angeles, California, United States

Los Angeles, California, United States

Youngest manager in the history of the Minneapolis region, responsible for all aspects of a restaurant business with $3M+ in annual revenue. Opened new location in Champlin, Minnesota.

Phd, Medical Physics

Ms, Physics

Ba, Physics, Mathematics

Doctor Of Philosophy - Phd, Medical Physics