Video Gallery (listing)
Aerospace—Stewardship of space from the beginning of the space race to the information age.
Resilience of transportation networks: estimation and control
Recent advances in Environmental Monitoring
Harnessing the Transportation Revolutions of New
Mobility Services, Vehicle Automation, and Vehicle
Electrification for the Public Interest
School of Environment
Urbanization, motorization and air environmental impacts in China
Senior Scientist and Lead Climate Scientist
U.S. Army Corps of Engineers
Bridging the Gap Between Climate Science and Water-resource Applications
Development Resilience: Theory, Measurement, and Implications
Recent Results and Open Problems in Evolutionary Multi-Objective Optimization
Counterintuitive Cows: Why Systems Modeling is Important for the Global Dairy Industry
Commercial wireless communication system as an opportunistic sensors network for environmental monitoring
Nature’s Niche in Multi-Criterion Design and Optimization
Maintenance and Safety of Deteriorating Infrastructure Systems: A Life-Cycle Perspective
Climate, Air Quality and Health Implications of China’s Energy Future
Measuring the Health Benefits of Fine Particle Air Pollution Controls
An Integrated Infrastructure-Systems Approach for Developing Environmentally Sustainable and Healthy Cities in China, India & U.S.A.
Perspectives from Space
Bringing atmospheric chemical transport modeling into societal decision-making
Complex System of Systems: Challenges and Opportunities for Systems Engineering
Digital Manufacturing Commons
Taming Diabetes with Systems Thinking
View a portion of a lecture from David Schneider's Model Based Systems Engineering lecture, Sept. 6, 2012.
Environmental Markets - Systems Approach to Environmental Challenges and Opportunities
Complex Systems Science and Global Crises: From the Global Food Crisis to the Ebola Epidemic
Global Technology Outlook 2014: Transforming Industries with Systems of Insight
Systems Engineering of a Sample Return Campaign: The intersection of science, stakeholders, and systems engineering
The Water, Food, Energy, Nexus:
Does it make Sense?
Getting Energy Prices Right: From Principle to Practice
Dynamic Adaptive Policymaking: An Approach to Planning Under Deep Uncertainty
Impact of High-End Computation on Industry
and the Workforce
Hard Limits on Chinese Soft Power: Beijing won’t develop attractive power any time soon, and it doesn’t seem to mind
Multidisciplinary Value Driven Design Optimization
Cornell students discuss their experiences with the online masters degree in Systems Engineering.
The U.S. Transportation System and Economic Performance: Governance Considerations
Achieving food security and nutrition for all by 2025 through sustainable agriculture and food systems
Water Sustainability and Climate Change
Embers of War: Reconsidering Vietnam
NewSpace: A Great Innovation Economy Emerges
Challenges and Success on the Way to Transforming Design and Planning Decisions
How to Increase Transports Role in Climate Policies and How to Install it in Public Decision Making
Public-Private Partnerships in Ireland – A Policy for All Seasons
Modeling Competition in the Natural Disaster Catastrophe Loss Insurance Market
Systems-level Approaches to Complex Decision-making
Simulation Models at GE
The New Locks at the Panama Canal: A Modern Marvel of Engineering
The System of Rice Intensification (SRI) in Systems Perspective: Nested and Convergent Systems
The Power of And: Transforming Energy and Mobility Systems
Transitioning Motor Vehicles to Sustainable Energy: New Challenges for Public Policy and Engineering
Many Objective Visual Analytics: The Power and Pitfalls of Putting Humans “Back in the Loop” during the Design of Complex Engineered Systems
Many-Objective Visual Analytics: Rethinking the Design of Complex Engineered Systems
Cornell University may be the host of the Cornell Cup USA presented by Intel competition, but that doesn't mean it can't bring its own robots to join in on the fun.
System Dynamics Applications with Impact
Progression to Multi-Scale Models and the Application to Food System Intervention Strategies
Stakeholder Alignment in Complex Systems: First Principles for Robust 21st Century Institutions.
Our students talk about the projects they get to work on as part of their Systems Engineering curriculum.
Models in Systems Engineering
Engineering for the 21st Century: The Challenge of Sustainability
What I Wish I Had Known About Systems Engineering
Gasworld? Is Unconventional Natural Gas a Short-term Diversion, or a Paradigm Shift
Violet is the name of a 50 kg spacecraft--a nanosatellite--that is being designed and built at Cornell University. This video includes clips from interviews with members of Violet's systems engineering team.