Civil Infrastructure Technologies For Resilience And Safety (CITRS) Initiative
WHAT IS CITRS
An initiative by group of researchers to create an enterprise of partnership of academe, government and industry as a inter-disciplinary generator of knowledge and products through the development and application of intelligent monitoring, sensing, material and information technologies for safe and resilient civil infrastructure systems.
VISION OF CITRS
To generate new ideas and foster interdisciplinary teamwork to facilitate high impact projects addressing the current and future needs in civil infrastructure research, education and service in an integrated manner.
MISSION OF CITRS:
To be an enterprise of a partnership of academe, government and industry as an inter-disciplinary generator of knowledge and products through the development and application of smart monitoring, sensing, material, information technologies as well as management and policy concepts for safe and resilient civil infrastructure systems.
HISTORY OF CIVIL INFRASTRUCTURE TECHNOLOGIES FOR RESILIENCE AND SAFETY (CITRS) INITIATIVE:
- One of the main assets of a nation is its civil infrastructure systems. The term “infrastructure” here is inclusive of various infrastructure assets such as bridges, buildings, highway structures, pavements, roads, stadiums convention centers, airports, ports, dams, tunnel levees, and other lifelines.
- The urgent needs of the aging civil infrastructure have long been pointed out by many societies and agencies such as the American Society of Civil Engineers (ASCE), the National Academy of Engineering (NAE). There is definitely a need for addressing such national problems. In fact, the resilience of civil infrastructure systems is considered as a global grand challenge.
- To address civil infrastructure problems, there have been collective efforts at UCF. The initiation of Civil Infrastructure Technologies for Resilience and Safety (CITRS) first goes back to 2009 when a campus-wide workshop was led and organized by Dr. Catbas based on several, individual and group meetings. The 2009 workshop was to have an open forum for researchers from different departments and colleges at UCF. CITRS seeds were planted at these and many other meetings over the time. The CITRS Initiative is rejuvenated with new leadership at the College and the new, active faculty members at the Department. In addition, the recent emphasis on civil infrastructure as one of the College research focus areas along with existing strengths in transportation and coastal dynamics make CITRS a very critical research initiative at UCF.
SOME IMMEDIATE GOALS OF CITRS
- Strategize our interdisciplinary research capabilities
- Organize monthly seminars
- Annual meeting and workshop
- Guest lectures by prominent researchers from other Universities and in the US and abroad
- Development of interdisciplinary research projects and proposals
- Demonstration projects and pilot studies
- Develop new courses and/or training for students
- Networking opportunities within and outside UCF
Visitors to CITRS from Japan!
|Our research group CITRS (www.cece.ucf.edu/CITRS , https://www.facebook.com/CITRSatUCF/) hosted a large group of infrastructure engineers from Japan and we presented our recent work and activities at UCF. In addition, CITRS along with UCF Structural Engineering Student Chapter visited I-4 Ultimate Project, one of the mega projects in Florida and in the US.
Ozan Celik defending his dissertation!
CITRS Founding Director Dr. Catbas was Honored by UCF as Luminary Leader.
UCF recognized 45 faculty members from all of its Colleges on October 18, 2017 during the university’s inaugural Luminary Award presentations for making an impact on the world.
The event, themed like Oscar night, honored those who are academic leaders in their field and are making contributions to the world that are having a significant impact.
The new awards are meant to not only recognize funded research, but also the many kinds of creative works and scholarships that are just as important to the well-being of our society, said Elizabeth Klonoff, vice president of the Office of Research and dean of the College of Graduate Studies. She and Cynthia Young, a former vice provost, created the Luminary Awards.
This year’s recipient is one of College of Engineering and Computer Science professors, Dr. Necati Catbas with the following citation “People rely on the integrity of bridges to stay safe. Catbas is internationally recognized as a leading expert in civil engineering and structural integrity. He is a founding director of the Civil Infrastructure Technology for Resilience, a partnership among academia, industry and government agencies to develop and apply intelligent monitoring, sensing, material, and information technologies to create safer and more resilient civil infrastructure systems.”
You can get more information from http://today.ucf.edu/ucf-honors-luminary-leaders-changing-world/
Dr. Catbas Won The Technical Excellence – Academia Award
|This weekend at the Central Florida Florida Engineers Week Awards Banquet, Dr. Catbas who was nominated by the American Society of Civil Engineers (ASCE) won the Technical Excellence – Academia Award. We are very proud of Dr. Catbas. Congratulations.Central Florida Engineers’ Week is made up of representatives from a variety of professional engineering societies in the Central Florida area and provides a common link between all types of engineering. Each year during Engineers’ Week, outstanding contributions to the engineering profession by projects, organizations, and individual engineers are recognized. The highlight of the weeklong celebration is the Annual Awards Banquet where nominees and ultimately awardees of each category are announced. This year’s banquet dinner event took place at Double Tree Hotel on February 28, 2015.|
Prof Catbas Visited Turkey To Attend The International Congress On Advances In Civil Engineering
Prof Catbas visited Turkey to attend the international Congress on Advances in Civil Engineering. Dr. Catbas presented papers and attended several technical meetings. Also, Dr. Catbas visited the 3rd Bosphorus Bridge, which is a unique, mixed suspension and cable stay bridge. Once finished, the bridge will be the 8th longest bridge in the world. The bridge will have the highest towers in the world with a height of more than 322 meters (it is really high as observed by Dr. Catbas).
Citrs Members Drs Catbas And Yun Attended Iabmas 2014 In Shanghai, China.
Dr. Catbas visited once the longest (now 2nd) cable stay bridge (Sutong Bridge) with the designers before the conference. Drs Catbas and Yun made presentations, networked, visited other agencies for meetings and presentations. Overall, this was a very fruitful and enjoyable conference.
Professor Ian Smith Visit And Presentation
Prof. Ian Smith, a Professor of Structural Engineering at the L’Ecole Polytechnique Fédérale de Lausanne (EPFL) in Lausanne Switzerland and the Head of the Applied Computing and Mechanics Laboratory visited UCF on July 1, 2014. Prof. Smith presented a review of his recent research on structural engineering, structural identification, information science, infrastructure monitoring, global sustainability, data informatics applications to a number of engineering case studies.
Professor Catbas Presentation
Dr. Catbas made a presentation about the vision, mission, history, and objectives of the CITRS to an interdisciplinary group of faculty on May 15, 2014. The presentation continued with the open discussion about short and long-term goals, research directions and discussion points for future meetings and collaborative work.
Citrs To Host Chinese Delegation
A high-level delegation from Highway Planning and Design Institute visited UCF on May 2, 2014. The delegation was hosted by CITRS to exchange ideas on civil infrastructure systems, the recent major project in China. After HDPI presentation, Dr. Catbas presented made a presentation on behalf of CITRS showing its team and core research strengths with recent findings.
Dr. Catbas Elected To ASCE Fellow
F. Necati Catbas, Ph.D., P.E, F.ASCE, Professor of Civil, Environmental and Construction Engineering at the University of Central Florida, has recently been elected a Fellow of the American Society of Civil Engineers (ASCE). Dr. Catbas expertise is in the area of civil infrastructure systems with special emphasis on structural health monitoring, structural identification, bridge engineering. He has publications and research projects on the development, integration, and implementation of novel technologies and methods for structures such as bridges, buildings, aerospace structures and components, stadium structures. Founded in 1852, ASCE represents more than 144,000 members of the civil engineering profession worldwide and is America’s oldest national engineering society. Fellow status must be attained by professional accomplishments via application and election by the Review Committee. It is a prestigious honor held by fewer than 4% of ASCE members. Fellows are practitioners, educators, mentors, and most of all leaders. They have distinguished careers that have contributed significantly to the Civil Engineering profession. The accomplishments of Fellows have left their marks on their communities, society, and future engineering professionals.
New Structural Engineering Institute (SEI) Graduate Student Chapter At UCF
UCF is starting a Structural Engineering Institute Graduate Student Chapter. The purpose of SEI Graduate Student Chapter (GSCs) is to enhance the education of students who are preparing to become structural engineering professionals and engage SEI student members in SEI for a successful transition from college to career. The UCF Graduate Student Chapter, which is open to both undergraduate and graduate students, will organize and manage visiting speakers, prospective student events, field trips, participate in SEI, perform outreach activities, and more. Participation in a GSC can help members feel more connected with their peers and broaden their view of what it means to be a structural engineering professional.
- Structural health monitoring and identification with novel sensing, analysis, and predictive analysis approaches
- Non-destructive evaluation technologies
- Advanced modeling and analysis, multiple hazard assessment
- Reliability and probabilistic assessment
- Novel and nanotech-based materials for civil infrastructure
- Material-, component-, and large-scale testing
- Life-cycle assessment, life-cycle cost, decision making criteria
- Sustainable and green structures
- Statistical signal processing. Signal and information processing, wireless communications
- Data Mining, Machine Learning, Network Analysis and Data Processing
- Disaster resiliency including vulnerabilities of civil infrastructure systems, the importance of asset mapping, and the differences between rural and urban locations.
- Employing a variety of statistical techniques and applying these to disasters in the United States and worldwide,
- Public management and policy, community planning and development, and, on the individual level, the ways in which culture, socio-economic status, and social networks contribute to resiliency.
CITRS group is interested in all civil infrastructure systems and components such as:
- bridges, buildings, highways
- geo structures, pavements, roads
- stadiums, convention centers
- ports, dams, tunnels, lifelines
CITRS is a group of people with
- complementary skills,
- a shared purpose,
- performance goals, and
- an approach to work
- to which they are mutually committed.
NECATI CATBAS, PHD, PE, F.ASCE, F.SEI
NICOS MAKRIS, PHD
KEVIN MACKIE, PHD, PE
ANDREW YUN, PHD
OMER TATARI, PHD
BOOHYUN NAM, PHD
NAIM KAPUCU, PHD
GEORGE ATIA, PHD
PETROS XANTHOPOULOS, PHD
Our educational objective is to provide a high-quality learning experience for students to educate the next generation of academic and industry leaders who can address current and future global engineering challenges.
- The learning experience is grounded in our ability to provide a broad engineering education that will prepare our graduates with lifelong skills.
- High quality is exemplified by attaining international prominence in the areas of civil infrastructure sustainability and resilience under natural and man-made effects, smart materials for resource use and energy sustainability.
- Our overall efforts will foster a spirit of innovation and excellence by positioning our graduates to develop new technologies in our profession and promote a commitment to continued scholarship and service.
We will strive to maintain a culture that promotes excellence and that allows students, staff, and faculty to excel in their endeavors with the highest ethical standards in all our endeavors
SOME IDEAS ABOUT EDUCATION, ENGINEERING, AND FUTURE
- Rising Above The Gathering Storm: Energizing and Employing America for a Brighter Economic Future (Executive Summary from a National Academy of Sciences, Engineering and Institute of Medicine)
- Civil Engineering Body of Knowledge for the 21st Century: Preparing the Civil Engineer for the Future (American Society of Civil Engineers)
- Developing the Next Generation of Structural Engineers: (Glenn R. Bell, P.E., S.E., SECB, CEO of Simpson Gumpertz & Heger in Waltham, MA)
- Reengineering Engineering (by Norman Augustine, former CEO of Lockheed Martin Corp.)
- Rehumanizing Engineering (by Mete Sozen, Kettelhut Distinguished Professor of Structural Engineering at Purdue University)
- Rennaisance Engineer (by Dr. Adnan Akay, NSF Director of Director of Civil, Mechanical and Manufacturing Innovation Division)
- Mentoring Graduate Students (Dr. Catbas’ article published on Faculty Focus)
- Role of Virtual Laboratories (Dr. Catbas’ presentation at the CEE’06 International Workshop on Reforming Civil and Environmental Engineering)
SOME REPRESENTATIVE COURSES OFFERED BY CITRS FACULTY
- EGN 3310 – Engineering Mechanics –STATICS
- CES 4100 – Structural Analysis I
- CES 5144 -Matrix Analysis of Structures
- CES 6116 -Finite Element Analysis
- CES 6209 -Dynamics of Structures
- CES 6010 – Structural Reliability
- CES 6230 – Advanced Structural Mechanics
- CES 6527 – Nonlinear Structural Analysis
- CES 5325 Bridge Engineering
- CES 6220 – Wind and Earthquake Engineering
- CES 5606 – Advanced Steel
- CES 5706 – Advanced Concrete
- CES 6715 – Prestressed Concrete StructuresCEG 6065 Soil Dynamics
- CEG 6115 -Foundation Engineering
- CEG 6317 -Advanced Geotechnical Engineering
- TTE 5835 – Pavement Design
- CGN 3501 – Civil Engineering Materials
- CCE 6045 – Cost Analysis of Sustainable Infrastructure Systems