Erica Tobe is an Assistant Professor and Extension Specialist at Michigan State University's Department of Human Development and Family Studies. Her research focuses on financial health and resilience of families, unemployment impacts, and family policy. She has secured significant grant funding including a $100,000 award from the Rose Foundation for financial capability programs. Her publications examine financial education interventions, housing counseling outcomes, and financial support for vulnerable populations. She received the Social Networking Award from the National Extension Association for Family and Consumer Sciences for her collaborative work.
Jon Ensor is a Professor at the Stockholm Environment Institute at the University of York and Director of the Interdisciplinary Global Development Centre (IGDC). His research focuses on equitable human development, particularly in disaster risk reduction, environmental change, and climate justice. He co-edits the journal Climate and Development and leads the Equitable Technology Lab. His work emphasizes interdisciplinary approaches, partnering with marginalized communities to address social justice in resilience frameworks. Ensor's research spans climate adaptation, urban governance, and participatory planning, with notable projects in Mozambique, Nepal, and Vanuatu. He has received an award for resilience-building efforts in Mozambique (2019). His recent work explores equitable technology design, decolonizing research practices, and food systems resilience. Ensor actively engages in policy-relevant projects, including the Tomorrow's Cities initiative and livestock sustainability frameworks. Key areas include transformative adaptation, legal culture's role in climate action, and participatory methodologies. His projects often bridge academia and practice, emphasizing real-world impact. Ensor collaborates globally, with a focus on Global South contexts, advocating for inclusive and rights-based approaches to development challenges.
Tariq Iqbal is an Assistant Professor in the Department of Systems Engineering and Computer Science at the University of Virginia, located at Olsson Hall 263. His research focuses on developing robotic systems capable of fluent collaboration with humans in complex environments, such as factories. His work integrates robotics, artificial intelligence, computer vision, and machine learning to enhance human-robot coordination and trust. Research interests include human-robot interaction , motion prediction , multimodal learning , and assistive robotics . Notable projects involve creating systems like CoHRT for teamwork, FOLD for cloud robotic workload distribution, and VADER for motion prediction using GANs. He has secured a grant from the Air Force Office of Scientific Research to advance trust between humans and robots. His publications span topics such as gesture recognition, trust modeling via biometrics, and embodied question answering. Recent work addresses dementia care robotics and energy optimization in maritime ports. Ongoing efforts emphasize ethical design, accessibility, and safety in human-robot systems.
Dr. Theo Markettos is a Senior Research Associate at the Department of Computer Science and Technology, University of Cambridge. His research focuses on computer architecture, security, and systems & networking, with notable contributions to the CHERI capability system and FPGA-based hardware prototyping. He teaches the ECAD and Architecture Practical Classes (Part IB) for undergraduate students. His work spans secure hardware-software interfaces, memory protection mechanisms, and parallel computing architectures. He has contributed to projects like Bluehive (a FPGA-based neural network simulator) and CHERI, which enhances system security through compartmentalization and capability-based protections. Recent publications address heterogeneous accelerators, dynamic scalarization for GPGPUs, and termination detection in message-passing architectures. Markettos has collaborated extensively with researchers from academia and industry on topics such as FPGA cluster interconnect design, DMA vulnerability analysis (Thunderclap), and FPGA-based SoC prototyping. His teaching emphasizes hands-on exploration of full-stack computer design using FPGAs. He is based at the William Gates Building in Cambridge and leads efforts in secure computing systems through hardware innovation and interdisciplinary collaboration.
Jessica Clarke is a Researcher at the Department of Computer Science and Technology, University of Cambridge, specializing in hardware-enhanced security systems. Her work focuses on the CHERI (Capability Hardware Enhanced RISC Instructions) project, bridging computer architecture, programming languages, and formal verification to address memory safety and security vulnerabilities. Her research interests center on capability-based security architectures , formal semantics for low-level programming languages , and hardware-software co-design for memory safety . Key contributions include formal mechanized semantics for CHERI C, temporal memory safety mechanisms for heap management, and architectural contracts for safe speculation. Her work integrates formal methods with practical hardware implementations to mitigate vulnerabilities like buffer overflows and use-after-free errors. Clarke's scientific impact is evident through high-impact publications at premier venues including ASPLOS and IEEE Security & Privacy. Her collaborative research spans multiple institutions, with consistent contributions to the CHERI project's evolution from theoretical foundations to hardware implementation. In advising and grants, she actively participates in the CHERI research ecosystem as part of the University of Cambridge's Computer Architecture Group. Her work supports critical infrastructure security through capability-based approaches applicable to cyber-physical systems and general-purpose computing. Clarke operates within the CHERI research team, collaborating closely with the Computer Architecture Group and Security research themes. This interdisciplinary environment combines formal verification, hardware design, and systems programming to pioneer next-generation secure computing architectures.
Brooks Davis is a Visiting Industrial Fellow in the Department of Computer Science and Technology at the University of Cambridge and Principal Computer Scientist at SRI International. He leads engineering efforts on CheriBSD, a version of FreeBSD adapted to support CHERI (Capability Hardware Enhanced RISC Instructions) architecture. Research develops capability-based security models for modern operating systems, with focus on implementing least-privilege principles. Contributions include the initial implementation of CheriABI, a pure-capability application binary interface designed to enhance security while maintaining compatibility. Work spans hardware-software co-design, formal verification, and operating system security. Professional activities bridge academic research and industrial application, advancing capability systems for real-world security challenges. Collaborations involve ARM Research, Microsoft Research, and academic partners in the CHERI project consortium.
Eric Heginbotham is a Principal Research Scientist at MIT’s Security Studies Program (SSP) and Co-Director of SSP’s Wargaming Lab. He holds a PhD in Political Science from MIT and previously served as a Senior Political Scientist at the RAND Corporation and Senior Fellow at the Council on Foreign Relations. His expertise centers on Asian security, particularly China’s military strategy and U.S.-China relations. Heginbotham has authored/co-authored influential works including China Steps Out (2018) and China’s Evolving Nuclear Deterrent (2017). He has advised U.S. policymakers on defense strategy and contributed to war games analyzing Taiwan contingency scenarios. His research spans Japan’s military modernization, China’s defense spending, and the strategic implications of emerging technologies. Education: PhD in Political Science (MIT), BA from Swarthmore College. Languages: Fluent in Chinese and Japanese. Military service: Captain in U.S. Army Reserve. Key contributions include assessing China’s military capabilities, evaluating U.S. policy options in the Indo-Pacific, and analyzing China’s engagement with the Global South. His work often intersects with operational planning, such as CSIS studies on cruise missile effectiveness in Taiwan scenarios. Current projects include a book on Japanese military strategy. Awards and recognition: None explicitly listed, but his publications are widely cited in policy and academic circles. Grants and fellowships: Not detailed in provided texts.
Garrick Blalock is an Associate Professor at Cornell University's Department of Economics within the College of Arts and Sciences. He joined the Department of Applied Economics and Management in 2002. His research focuses on management of technology, firm strategy, and emerging markets, with notable work on sustainable technology adoption in rural regions. He holds a Ph.D. from the University of California, Haas School of Business (2002). Blalock’s research emphasizes practical solutions for development challenges, such as fuel-efficient cookstoves in Uganda and indigenous bone fertilizer in Ethiopia. He employs randomized trials and sensor data to evaluate technology adoption barriers and environmental impacts. His work bridges theoretical economics with field experiments to address real-world issues like air pollution, food security, and supply chain sustainability. Key research areas include the intersection of technology adoption, behavioral economics, and climate-smart innovations. His publications highlight methodological innovations, such as minimizing Hawthorne effects in cookstove studies, and analyzing the economic drivers behind farmer and household decisions in resource-constrained environments. Blalock’s contributions extend to understanding foreign direct investment impacts on firm capabilities and productivity in emerging economies. His work on financial constraints during crises and post-9/11 transportation safety underscores his interdisciplinary approach to economic challenges.
Janet K. Allen is a Professor and John and Mary Moore Chair in the Department of Industrial & Systems Engineering at the University of Oklahoma. She co-directs the Systems Realization Laboratory @ OU (SRL@OU) with Professor Farrokh Mistree, focusing on educating strategic engineers capable of designing complex engineered systems within evolving Cyber-Physical-Social (CPS) systems. Her research addresses computational platforms for CPS systems, sustainable development, hydrogen economy strategies, and education frameworks for Industry 4.0. Allen holds a PhD from UC Berkeley and an S.B. from MIT. Research Interests: Platformization for decision support, predictive analytics with limited data, knowledge-based management of complexity, disruptive innovation in CPS, supply network sustainment, rural development through the food-energy-water nexus, and hydrogen economy monetization. She emphasizes education in strategic engineering competencies and has contributed to curricula for digitally transforming enterprises. Awards: Norman Campus-Wide Research and Creativity Award (2021) ASME Ruth and Joel Spiro Outstanding Design Educator Award (2019) ASME Fellow (2005) AIAA Senior Member (2003) Grants & Labs: Leads the SRL@OU, which emphasizes multidisciplinary approaches to CPS systems. Her work includes funded projects on hydrogen hub analysis, defense supply networks, and public policy modeling. Recent efforts focus on AI-driven systems for self-organizing control and surrogate model applications. Education Focus: Develops courses and reflective learning assessments using sentiment analysis and text similarity metrics to evaluate student growth. Pioneered methods like contextual assessment through reflection-on-doing essays and self-tutoring systems for engineering education.
Professor Lina Markauskaite is a leading academic in Learning Sciences at the University of Sydney, Australia. She holds a PhD in Informatics from the Institute of Mathematics and Informatics (Lithuania, 2000). Her research focuses on digital capabilities, professional learning, and ICT-enhanced interdisciplinary methods. She has supervised 5 Postdocs, 25 PhD students, and 17 Masters students, and secured grants totaling $4.52M, including ARC, OLT, and Norwegian Research Council funding. Key affiliations include the University of Sydney Nano Institute and Charles Perkins Centre. Her awards include ARC College of Experts membership (2023), Vice-Chancellor Research Award (2023), and multiple teaching/supervisor accolades. Current projects include interdisciplinary education (Norway, 2022-2026) and biophilic design (2022-2025). Editor roles include Journal of the Learning Sciences and Australasian Journal of Educational Technologies . Research interests span epistemic fluency, knowledge co-creation, and AI’s role in education. International collaborations include Denmark’s University of Southern Denmark and Finland’s University of Helsinki. Her work bridges psychology, design, and organizational studies to address complex knowledge work challenges.
Dr. Michael Copeland is a Researcher at The Australian National University (ANU), affiliated with the Advanced Instrumentation and Technology Centre and the Research School of Astronomy & Astrophysics. His work focuses on advanced optical communication systems, adaptive optics, and space debris mitigation. He leads and collaborates on projects like the ANU Optical Communications Ground Station and the Australian Deep Space Optical Ground Station Network. His research addresses challenges in deep space communication, lunar communication, and quantum key distribution over free-space channels. Roles: Researcher, Project Lead, and Supervisor of research students. Affiliations: ANU's Research School of Astronomy & Astrophysics and Advanced Instrumentation and Technology Centre. Key research interests include developing robust optical communication systems for deep space missions, mitigating atmospheric turbulence effects using adaptive optics, and enhancing situational awareness for space debris. His work integrates cutting-edge instrumentation with theoretical advancements, supported by ANU's state-of-the-art facilities. Recent projects emphasize hybrid optical/RF systems (e.g., Project CHORUS), turbulence profiling for communication reliability, and lunar communication protocols. His contributions bridge academic research with practical applications in space technology and defense. Collaborations involve institutions like NASA and Dstg, focusing on satellite communication, laser guide star technology, and space situational awareness. He actively participates in international conferences, publishing on topics ranging from quantum communication to ground-based debris mitigation strategies.
Associate Professor Kamaljit K Sangha is based at Charles Darwin University’s Research Institute for the Environment and Livelihoods. Her work focuses on transdisciplinary ecological economics, emphasizing Indigenous perspectives in ecosystem valuation, sustainable resource management, and policy development. She has collaborated extensively with Indigenous communities in northern Australia, developing frameworks that integrate ecological, economic, and social dimensions of well-being. Her research highlights the importance of Indigenous knowledge systems in conservation and disaster risk management. Key research areas include ecosystem service valuation, Payments for Ecosystem Services (PES) mechanisms, and the socio-ecological impacts of mining and climate change. Sangha has authored books such as Ways to Live in Harmony with Nature and co-edited Sustainable Land Sector Development in Northern Australia , advocating for local and sustainable economies. She has published over 100 peer-reviewed articles and contributed to policy submissions on natural disaster resilience and Indigenous land management. Her recent work explores Indigenous fire management’s role in achieving UN Sustainable Development Goals and the challenges of environmental liability assessments in mining regions. Sangha’s methodologies emphasize two-way relationships between land and people, applying the capability approach to evaluate intangible cultural benefits of nature. Her research also addresses global issues like conservation policy inequities in Tanzania and biodiversity hotspots in India. She advocates for Indigenous-led solutions to environmental challenges, emphasizing the need for policies that recognize Indigenous stewardship as central to sustainability.
Yanan Xu serves as Assistant Professor in the Department of Mathematical Sciences within Delaware State University's Division of Physics, Engineering, Mathematics, and Computer Science since 2022, following her Visiting Assistant Professor appointment from 2017-2022. Her academic foundation includes a Ph.D. (2017) and M.Sc. (2014) in Applied Mathematics from Delaware State University, complemented by an earlier M.Sc. from Inner Mongolia University (2012). Her research program centers on computational modeling of advanced materials, with three primary thrusts: ferroelectric thin film behaviors (particularly lead titanate systems), microbolometer thermal-electric simulation for infrared detection, and semiconductor material studies involving AlN compounds. This work bridges materials science, electrical engineering, and applied mathematics through sophisticated numerical analysis techniques. Publication trends since 2013 reveal an evolving focus from fundamental optical solitons in metamaterials (2013-2016) toward applied device engineering (2020-present), with recent efforts concentrating on pyroelectric thin films and microbolometer optimization. Her interdisciplinary approach consistently integrates physics-based modeling with practical engineering constraints. Dr. Xu has secured significant research funding including a $199,873 Air Force Research Lab grant for rare earth-doped HfO 2 ferroelectrics and a $236,000 DoD award for ellipsometer acquisition supporting thin film characterization. She serves as committee member for doctoral defenses (2023-2024) while coordinating undergraduate statistics and algebra courses. Her service portfolio includes Faculty Senate membership, Mathematical Sciences graduate/undergraduate committee roles, and judging FIRST Tech Challenges. Though no dedicated lab is documented, her instrumentation grants indicate active thin film characterization capabilities supporting student research training.
Christopher Twomey, Ph.D. is a tenured Associate Professor of National Security Affairs at the Naval Postgraduate School (NPS), specializing in Chinese foreign policy and East Asian security. He currently serves on public service leave in the National Capital Region. Twomey holds a BA and MA from UC San Diego, a Ph.D. in Political Science from MIT, and postdoctoral experience at Harvard. His expertise spans strategic deterrence, nuclear doctrine analysis, and Indo-Pacific security dynamics. Key research focuses include Sino-American military doctrinal differences, Chinese strategic force development, and regional power competition. Twomey has contributed to over 50 publications including his 2010 monograph The Military Lens: Doctrinal Differences and Deterrence Failure in Sino-American Relations , and edited works on China's strategic arsenal. Professional activities include advising the U.S. Department of Defense, State Department, and INDOPACOM, as well as leading a 15-year Track II dialogue with Chinese counterparts on strategic issues. His recent scholarship addresses Russia-Ukraine impacts on small state alignments, Indo-Pacific naval power dynamics, and China's evolving nuclear posture. Twomey's work integrates cultural analysis with institutional drivers, emphasizing doctrinal misperceptions between great powers. He has testified before Congress on North Korean missile programs and authored widely cited analyses on cross-Strait deterrence, nuclear stability, and PLA modernization trends.
Christian Janke is an Assistant Professor in the Department of Aeronautics at Embry-Riddle Aeronautical University's College of Aviation, concurrently serving as Program Coordinator for the A.S. and B.S. programs in Uncrewed and Autonomous Systems. His roles include instructor for Unmanned Systems courses and advisor to the European Aviation Safety Agency (EASA) and German Federal Government on UAV policy. He holds an M.S. in Aeronautics: Aviation Aerospace Management and Unmanned Aerospace Systems from Embry-Riddle. Education: M.S. in Aeronautics (Embry-Riddle Aeronautical University) Research focuses on Unmanned Aircraft Systems (UAS) capabilities, security, business models, and regulatory challenges. As a Research Fellow at the European Aviation Security Center, he addresses UAS misuse prevention and multi-domain applications. His professional experience includes 14 years in military aviation as a helicopter pilot and operations officer, with roles in quality management auditing, Human Factors training, and Safety Management instruction. Publications span aviation data modeling, UAS educational tools, and rotor system innovation. He contributes to industry standardization efforts through DIN, EUROCAE, and UAV DACH associations. Advisory roles include the National Advisory Council on Unmanned Aerial Vehicles (Germany) and European Aviation Safety Agency technical advisory functions. Teaching emphasizes multi-domain UAS applications, while professional activities include strategic communication in multinational deployments and crew resource management training.
