Spiros Dimolitsas, PhD
Senior Vice President for Research & Chief Technology Officer
Spiros Dimolitsas was appointed Senior Vice President for Research & Chief Technology Officer at Georgetown University in July 2011. In this newly created role, he leads Georgetown’s development of innovation alliances and partnerships with industry, universities, and national laboratories domestically and overseas to address complex socio-technical problems of our time in such fields as health, security and sustainability. He works collaboratively with leaders across the University to promote research, secure investments in University-based programs, and oversee multi-disciplinary and multi-institutional research programs, and the Office of Technology Commercialization.
Prior to this role, Dr. Dimolitsas was Senior Vice President and Chief Administrative Officer of Georgetown University from November 2001 until July 2011. In that role he was responsible for a number of functions that included facilities, information technology, public safety, technology commercialization, human resources, and student dining and housing among others.
Dr. Dimolitsas held other positions before joining Georgetown University. Between 1995 and 2001, he served as Senior Executive for Engineering and Associate Director of the Lawrence Livermore National Lab (LLNL), an applied-science national security organization. In this capacity Dr. Dimolitsas’ 2,500-person division led the engineering design of the world’s largest laser nuclear-fusion facility (the National Ignition Facility); and the design, fabrication and fielding of systems for cyber operations, environmental, energy and counter-proliferation related to nuclear, biological, and chemical weapons.
Prior to LLNL, Dr. Dimolitsas held a variety of management positions with the Communications Satellite Corporation (Comsat), where he pioneered technology related to voice and data communications over fixed and mobile networks. At Comsat, he also led the development and implementation of several international telecommunication systems and standards. Prior to Comsat, Dr. Dimolitsas worked with the United Technologies Corporation and the Mayo Clinic in the semi-conductor and biomedical industries, respectively, in the United States and Europe. He also consulted with the Smart Technology Venture Fund, and has served on the Board of Directors of Maxoptix Corporation and Breece-Hill Technologies.
Dr. Dimolitsas’ expertise in large-scale science and technology, high-tech/high-risk project management and technology commercialization has formed the basis for advice that has been provided on innovation and on complex-systems risk management to the US Government and others. He also represents Georgetown University in a variety of fora on climate issues, including the World Economic Forum’s Global University Leadership Forum on Sustainability.
Dr. Dimolitsas holds a B.S. in Theoretical Physics with Honors from Sussex University in England; a M.S. in Nuclear Engineering from Imperial College and Queen Mary College –London; and a Ph.D. in Electrical and Computer Engineering from Sussex University. In 1992, he received the Institute of Electrical and Electronics Engineers outstanding achievement medallion, and in 1995 was elected Fellow of the Institute. In 2013, he was inducted to the National Academy of Inventors. He has published more than 60 peer reviewed scientific papers and holds eight patents in the field of data and encrypted mobile communications.
Robert Beckman, MD
Robert Beckman, M.D. is currently Professor of Oncology and of Biostatistics, Bioinformatics, and Biomathematics at Georgetown University Medical Center. He is an oncology clinical researcher and mathematical biologist, whose goals are to develop cancer therapies and to improve the way cancer therapies are developed and deployed in patients, with emphasis on personalized medicine, tumor heterogeneity, and tumor evolution.
Educated at Harvard College and Harvard Medical School, Dr. Beckman did his clinical training in Pediatrics at Stanford University and Pediatric Hematology/Oncology at the University of Michigan, and postdoctoral work in nucleic acid and protein biophysics at Fox Chase Cancer Center (on a National Cancer Institute Physician Scientist Award) and the Bristol Myers Squibb Pharmaceutical Research Institute. Previous appointments include the University of Michigan Biophysics faculty; Member in Systems Biology, Institute for Advanced Study, Princeton, and Visiting Scientist at the Biomolecular Structure and Drug Design Group, Warner Lambert Pharmaceuticals.
Dr. Beckman has played significant leadership roles in developing new oncology clinical research groups at 4 pharmaceutical companies. His clinical research career spans numerous pathways and technology platforms. He has brought 23 molecules into early development, 5 into late development and 2 to market, and pioneered one of the first oncology clinical research programs in pediatric cancers. He has particular expertise in antibody therapy of cancer.
Dr. Beckman has invented novel clinical strategies for proof of concept studies and for biomarker driven clinical development, including a confirmatory basket trial. He currently leads an international group of approximately 200 government, industry, and academic statisticians and clinicians at the Drug Information Association (DIA), working on adaptive clinical trial designs as well as a subgroup devoted to small populations, including biomarker defined subsets.Dr. Beckman studies cancer evolution and its impact on optimization of therapeutic strategies. These studies predicted broad features of tumor sequencing results before these were available, and have more recently led to a new approach to cancer precision medicine, dynamic precision medicine, which holds promise for significant improvement in patient outcomes.
Dr. Beckman’s versatile publication record of approximately 250 articles, patents, and abstracts ranges from computational chemistry to clinical oncology, emphasizing quantitative approaches.
Eric Burger, PhD
Research Professor of Computer Science, Director of the Georgetown Center for Secure Communications, Co-Director of the Security and Software Engineering Research Center
Dr. Eric Burger is Research Professor of Computer Science at Georgetown University, Director of the Georgetown Center for Secure Communications, and Co-Director of the Security and Software Engineering Research Center. He serves on the Board of Directors of Ascension Technology Group and on various advisory boards. He is a consultant to the Internet, telecommunications, legal, and financial services industries. Dr. Burger contributes to and holds leadership positions in several standards bodies, including having written most of the SIP media RFC’s in the IETF and contributing to VoiceXML and CCXML in the W3C. Dr. Burger co-founded SnowShore Networks, where he invented the SIP-controlled, multi-function media server and served as CTO. He has also held senior positions at companies such as MCI, Texas Instruments, Brooktrout, Centigram, and Cable & Wireless. He holds sixteen U.S. patents and has numerous patents pending. He has taught at George Mason University and George Washington University and holds degrees from MIT, Catholic University of Leuven, and Illinois Institute of Technology. Dr. Burger was Chairman Emeritus of the Board of the SIP Forum. He is also a member of the Board of Trustees of the Internet Society and the founding Chair of the Audit Committee; was a Trustee of the IETF Trust; and was a member of the IETF Administrative Oversight Committee. Dr. Burger’s current research areas include cyber security, information sharing, massive data, real-time interactive multimedia protocols, carrier-friendly peer-to-peer networking, sensor networks, SDN security and attribution, cloud computing, and edge computing.
Mary Beth Fargo, J.D.
Mary Beth Fargo received her undergraduate degree from Providence College in 1984 and her law degree from Georgetown University in 1988. She has been affiliated with Georgetown for many years and returned to Georgetown University Hospital on a full-time basis in 1989 after working in the juvenile courts of the State of Maryland for a private law firm. At the Medical Center, Ms. Fargo served in several roles, including budget analyst, contracts administrator, and Y2K Compliance Director. In May 2000, she began working for the University as the Manager of Financial Analysis and became the CFO for University Services in October 2003. She began her current role as Senior Advisor for Strategic Research Development & Operations in July, 2011.
Peter J. Luger
Chief of Staff
Peter Luger joined Georgetown in 1997, first as the office manager and later as an assistant administrator of the Center for Child & Human Development. He then served as executive assistant in Medical Center Finance, followed by executive assistant to the senior vice president & chief administrative officer. Peter left Georgetown briefly in 2004, but returned as director of special projects for the chief administrative officer, then interim director of operations of Georgetown University Medical Center. In 2007, he returned to University Services as director of university safety operations and executive director of university safety finance & administration. Finally, prior to his current role, he served as chief of staff to the senior vice president & chief administrative officer. Beginning in July 2011, Peter took responsibility for overseeing all administrative and operational functions of the Office of the Senior Vice President for Research. Additionally, he manages the University’s relationships with national labs, most notably Lawrence Livermore National Lab and Frederick National Lab for Cancer Research, facilitating research and academic collaborations.
Peter also served as President of the Georgetown University Staff and Academic & Administrative Professionals Advisory Council (Staff/AAP Advisory Council), which was created in July 2012, from 2012-2016 and 2018-present.
Marie Manguerra, MPP
Project Manager, Health Data Analytics Program
Marie R. Manguerra is the project manager for the CDC-funded PS18-1805 De-duplication of Case Pairs in the National HIV Surveillance System Using the Black Box. Marie manages all programmatic and administrative aspects of the project including coordinating enrollment of health department jurisdictions nationwide; responding to client inquiries related to the Blackbox system; and providing technical support to clients. Marie previously worked as the program coordinator for the Evaluation and Continuous Improvement and Communication programs at Emory University as part of the Georgia Clinical and Translational Science Alliance (Georgia CTSA). She received her Master of Public Policy from George Mason University.
Shin’ichiro Matsuo, PhD
Research Professor, Department of Computer Science
Cyber SMART Director and Lead Researcher, Blockchain Eco-System
Shin’ichiro Matsuo is a research professor of computer science at Georgetown University and working on maturing Blockchain technology from academia side and presents research results on Blockchain security.
At Georgetown University, he directs Cyber SMART research center and leads multi-disciplinary research among technology, economy, law, and regulation. He also leads international research collaboration on Blockchain as a co-founder of the BSafe.network, a global and neutral research test network to facilitate academic research in Blockchain technologies. He is a member of Blockchain Expert Policy Advisory Board (BEPAB) at OECD.
He is a part of many program committees on Blockchain technology and information security at IEEE S&B, ACM, W3C, CBT, SSR and others, and was a program co-chair of Scaling Bitcoin 2018 Tokyo. He serves as the leader of two standardization projects (ISO TR 23245 “Blockchain and DLT – Security, risk and vulnerability” and ISO TR 23576 “Security of Digital Asset Custodians”) on Blockchain security at ISO TC307. He was an editor of three international standard for cryptographic techniques (ISO/IEC 29128 “Verification of Cryptographic Protocols”, ISO/IEC 20009-2, “Anonymous Entity Authentication – Mechanisms based on signatures using a group public key“ and ISO/IEC 19592-1, “Secret Sharing Scheme – Fundamental mechanisms”) at ISO/IEC JTC1 SC27 and head of Japanese Delegate.
Anne Rhodes, PhD
Director, Health Data Analytics Program
Dr. Anne Rhodes is the director of the Health Data Analytics Program in the Office of the Senior Vice President for Research at Georgetown, where she leads efforts to match data across public health jurisdictions using a novel privacy-assuring data technology. She previously worked at the Virginia Department of Health and led efforts there to integrate data from HIV Surveillance, Ryan White, STI, Medicaid and other systems to improve the accuracy, timeliness, and completeness of data used for public health policy. She has her doctorate in Epidemiology from Virginia Commonwealth University (VCU) and worked at VCU, where she designed data systems for public health and provided technical assistance to public health and community-based organizations. She joined the Georgetown team in January 2021.
J. C. Smart, PhD
Dr. J. C. Smart (firstname.lastname@example.org) is a Research Professor at Georgetown University where he serves as Chief Scientist of its AvesTerra Initiative for the Office of the Senior Vice President for Research. In this role, Dr. Smart is responsible for the technical leadership and strategic oversight of Georgetown’s multidisciplinary, integrative science activity to build an extreme-scale knowledge representation of the planet to address issues of sustainability, global health, and global security.
Starting in 2011, Dr. Smart transitioned to Georgetown from Raytheon where he had served as the Chief Technology Officer for the Intelligence and Information Systems (IIS) business. In this prior role, Dr. Smart was responsible for managing advanced technology research, development and partnerships for the Intelligence Community and Homeland Defense/Security sector. Prior to joining Raytheon in October, 2007, Dr. Smart served as the Senior Technical Director of the National Security Operations Center (NSOC) at the National Security Agency (NSA), Fort Meade, Maryland. Among his contributions there were the computer science theory and technology for a series of significant large-scale projects stemming from his original graph theoretic approach to knowledge representation and reasoning systems. Dr. Smart began his technical career at Lawrence Livermore National Laboratory (LLNL) where in 1996 he founded the Information Operations, Warfare, and Assurance Center (IOWA), serving as both its first Director and Chief Scientist. This work subsequently led to the creation the “BAG” system that was heavily leveraged at NSA and in DARPA’s Total Information Awareness (TIA) program.
His current independent research interests include the theory, design, and implementation of an innovative, dynamic knowledge processing architecture for high analytic yield, secure computing, privacy assurance, and real-time distributed mission management and decision support, all at global scale. His specialties include advanced analytics, high-assurance cyber security, graph-theoretic knowledge representation, and high-performance computation. Dr. Smart completed his undergraduate studies at Northwestern University in 1980, earning a B.S. in Electrical Engineering with special emphasis in computer science and logic. He completed his M.S. in computer science in 1986 and his Ph.D. in computer science in 1994, both at the University of California – Davis through the Department of Applied Science.
Miranda Smith MSW
Data Analyst, Health Data Analytics Program
Miranda Smith is the data analyst for the Health Data Analytics Program in the Office of the Senior Vice President for Research at Georgetown. She works closely with Research Administration colleagues, University Information Services partners, and external clients collecting the technical and functionality requirements for the ATra Black Box projects. She has over 20 years of experience working in HIV Care and Prevention data collection. Before joining Georgetown, she worked as a database developer and program analyst at the Virginia Department of Health’s Department of Disease Prevention. Prior to that, Miranda worked as the data analyst for Virginia’s Ryan White program at Virginia Commonwealth University’s Center for Public Policy. She received her Master of Social Work from Virginia Commonwealth University in 2006.
Clare Sullivan, PH.D.
Visiting Professor, Georgetown University Law Center & Fellow, Georgetown University Center on National Security and the Law
Dr Clare Sullivan is cyber-law lawyer specializing in digital identity, privacy, and cyber security. She is a Visiting Professor at the Law Center and a Fellow at the Center on National Security and the Law at Georgetown University. Prior to joining the academy, Professor Sullivan was in academia in Australia; and in legal practice in Australia and internationally with Baker & McKenzie.
Professor Sullivan has a PhD in cyber-law and has been awarded both a Fulbright scholarship and an Australian government Endeavour Fellowship for her research in this field. She is the author of internationally published articles on digital identity, privacy, and cyber security. Professor Sullivan authored the first report on international trade-based money laundering, and ‘Digital Identity,’ the first international legal study of the legal implications of digital identity for individuals, businesses and government. In 2016, Professor Sullivan was appointed consultant to the Commonwealth Secretariat to examine the privacy and data security issues for the 54 Commonwealth countries implementing the United Nations’ Sustainable Development Goal 16.9 ‘A Legal Identity for All by 2030.’ Following this work, Professor Sullivan was engaged to develop best practice data handling guidelines for USAID for its international aid and development activities.
Professor Sullivan has recently completed a project for the U.S. Department of Defense on the implications of e-residency on U.S. national and international security. She is also doing a number of projects for the private sector including a major project for a consortium of U.S. multinationals that examines the legal implications of business-to-business sharing of cyber-threat information internationally. This research involves examination of the privacy and data protection laws of 34 OECD countries. Other private sector projects include consideration of the international privacy and data protection implications of the IoT era; and the impact of international data protection regulation and privacy law on artificial intelligence (AI) and deep learning. The latter project considers the operation of current regulation and the obligations imposed on businesses that use AI and deep learning to analyze and use big data.