LOGO MANUAL ABCDEFGHIJKLMNOPQRSTUVWXYZ ...
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Program Impacts The Laboratory for Systems Integrity and Reliability (LASIR) is a proving grounds for creating and scaling up technologies for application in the energy, security, and manufacturing sectors. Our goal is to create intelligent infrastructure of the future that is more safe, resilient, and sustainable. For example, our measurement and analytical methods are used by manufacturers across the automobile and aerospace industry to reduce costs and improve the reliability of their products. In addition, the sensing systems we have invented have been deployed to support the nation’s key military platforms including the Stryker combat vehicle and CH53 heavylift helicopter. And graduate and undergraduate students are at the center of the LASIR learning community leading to unique career opportunities. From our work to develop more efficient hybrid vehicles to the monitoring systems we are developing for U.S. nuclear power plants, our research aims to optimize the performance and reliability of the systems we all rely on in our daily lives. Modeling & Simulation Sensing & Control Risk & Reliability Analytics Technical Approach LASIR researchers from across the School of Engineering collaborate to perform and understand oneofakind experiments on fullscale test beds. For example, by combining sensing and simulation tools, we are discovering why and how advanced composite materials fail. Technology Showcase LASIR reaches out to K12, industry, and the community through an interactive exhibit with handson demonstrations. Program Statistics 150 programs completed for ~$50M Over 500 technical papers published 130 graduate students trained 35 undergraduate interns mentored 30 industry short courses taught A dozen graduate student fellowships awarded 16 invention disclosures/patents filed National level research awards received State of the Art Instrumentation LASIR houses over $10M in highend instrumentation including 3D highspeed scanning velocimeter and digital image correlation systems, an electrohydraulic vehicle simulator, material and environmental test machines, a high velocity impact tower, a wind tunnel, and 100’s of channels of sensing and data acquisition hardware.
Transcript of LOGO MANUAL ABCDEFGHIJKLMNOPQRSTUVWXYZ ...
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LABORATORY FOR SYSTEMS INTEGRITY AND RELIABILITY: LOGO MANUAL
VERSION 1 - JUNE - 2014
DO NOT INCLUDE ANY TEXT OR OTHER DESIGN ELEMENTS INSIDE THIS MARGIN
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ALTERNATE LOGO WITH VANDERBILT SCHOOL OF ENGINEERING
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ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz 0123456789 !?#$%&():;.,’”/@_+-=
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Program Impacts
The Laboratory for Systems Integrity and Reliability (LASIR) is a proving grounds for creating and scaling up technologies for application in the energy, security, and manufacturing sectors. Our goal is to create intelligent infrastructure of the future that is more safe, resilient, and sustainable. For example, our measurement and analytical methods are used by manufacturers across the automobile and aerospace industry to reduce costs and improve the reliability of their products. In addition, the sensing systems we have invented have been deployed to support the nation’s key military platforms including the Stryker combat vehicle and CH-‐53 heavy-‐lift helicopter. And graduate and undergraduate students are at the center of the LASIR learning community leading to unique career opportunities. From our work to develop more efficient hybrid vehicles to the monitoring systems we are developing for U.S. nuclear power plants, our research aims to optimize the performance and reliability of the systems we all rely on in our daily
lives.
COLOR SCHEME
TYPOGRAPHY
RECOMMENDED DISPLAY SPACE
PMS 131C PMS COOL GRAY 11C
LABORATORY FOR SYSTEMS INTEGRITY AND RELIABILITY: LOGO MANUAL
VERSION 1 - JUNE - 2014
DO NOT INCLUDE ANY TEXT OR OTHER DESIGN ELEMENTS INSIDE THIS MARGIN
HORIZONTAL
SINGLE COLOR
ALTERNATE LOGO WITH VANDERBILT SCHOOL OF ENGINEERING
VERTICAL
ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz 0123456789 !?#$%&():;.,’”/@_+-=
InterstateRegular
Modeling &
Simulation
Sensing &
Control
Risk &
Reliability Analytics
Technical Approach
LASIR researchers from across the School of Engineering collaborate to perform and understand one-‐of-‐a-‐kind experiments on full-‐scale test beds. For example, by combining sensing and simulation tools, we are discovering why and how advanced composite materials fail.
Technology Showcase
LASIR reaches out to K-‐12, industry, and the community through an interactive exhibit with hands-‐on demonstrations.
Program Statistics
� 150 programs completed for ~$50M � Over 500 technical papers published � 130 graduate students trained � 35 undergraduate interns mentored � 30 industry short courses taught � A dozen graduate student fellowships awarded � 16 invention disclosures/patents filed � National level research awards received
State of the Art Instrumentation
LASIR houses over $10M in high-‐end instrumentation including 3D high-‐speed scanning velocimeter and digital image correlation systems, an electrohydraulic vehicle simulator, material and environmental test machines, a high velocity impact tower, a wind tunnel, and 100’s of channels of sensing and data acquisition hardware.
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