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Introduction--David S. Sholl and Armin Sorooshian (3-4)
Overview of Climate Engineering--Eli Kintisch (5-12)
Removing Carbon Dioxide from the Atmosphere: Possibilities and Challenges of Air Capture--Christopher W. Jones (13-18)
Offsetting Climate Change by Engineering Air Pollution to Brighten Clouds--Lynn M. Russell (19-28)
Climate Engineering with Stratospheric Aerosols and Associated Engineering Parameters--Ben Kravitz (29-36)
Introduction--Michael W. Degner and Sanjeev Naik (39-40)
Keeping Up with Increasing Demands for Electrochemical Energy Storage--Jeff Sakamoto (41-56)
Stronger, Lighter, and More Energy Efficient: Challenges of Magnetic Material Development for Vehicle Electrification--Matthew A. Willard (57-64)
Analysis of Projected Impact of Plug-in Electric Vehicles on the Distribution Grid--Arindam Maitra (65-76)
The Car and the Cloud: Automotive Architectures for 2020--Rahul Mangharam (77-92)
Introduction--Li-Te Cheng and Ben Sawyer (95-96)
Moving Innovative Game Technology from the Lab to the Living Room--Richard Marks (97-104)
Playing to Win: Serious Games for Business--Phaedra Boinodiris (105-112)
ENGINEERING MATERIALS FOR THE BIOLOGICAL INTERFACE (113-114)
Engineering Materials for the Biological Interface--Karen J. L. Burg and Ali Khademhosseini (115-116)
Engineering Tissue-to-Tissue Interfaces and the Formation of Complex Tissues--Helen H. Lu (117-128)
Identification and Modulation of Biophysical Signals That Control Stem Cell Function and Fate--David V. Schaffer (129-136)
Engineering 3D Tissue Systems to Better Mimic Human Biology--Matthew Gevaert (137-148)