Advanced Computing, Informatics, Sensing, and Semantics
Technology for Civil and Construction
Engineering Laboratory
By enabling changes using effective interface through virtual environment during the design, construction, and operation of projects. We believe in collection, accumulation and adoption of technologies by pooling resources. Enabling the students and faculty to collaborate and explore the advancements in the field.
Appropriate, adopt, and deploy technology to enable an effective interfacing of connected groups of actors and members of the community to more intelligently reach solutions, solve problems, and reach consensus. Collaborating with faculty and students to develop and advance with greater success.
Enhance awareness of civil and construction project information through better connected teams and savvy users to increase productivity and reduce the use of natural resources for enhancing sustainability practices. The end goal is to create awareness and gather best talents for effective Collaboration, Globalization, Technical Awareness and Learning.
Advance and incorporate new and transformative technologies and theoretical approaches in informatics and civil and construction engineering. Examples are making use of recent developments in automation and augmented reality and virtual reality to find better and optimized solutions.
At iConSenSe various exciting projects are already underway to incorporate computing and sensing technologies in construction engineering and management activities
iConSenSe Lab is actively involved in UAV technology for site inspection, spatial mapping, and automation and control project managment activities.
The iConSenSe Lab is commited to host an academic research center that provides a stimulating scientific environment for Architecture, Engineering, Construction, and Facility Management researchers who strive towards advancements in effective Collaboration, Globalization, Technical Awareness and Learning.
By enabling changes through effective interface through virtual environment during the design, construction, and operation of projects.
By extending the awareness, effective communication, and opportunities to geographically global stakeholders, including potential providers.
By enhancing educational activities through the use of innovative intervention in civil, construction engineering and management courses
Engineering Design Interpretation
Mixed Reality for Engineering Design Interpretation
Machine Learning
Mixed Reality and Machine Learning
Robotics in Construction
Embodied Robotics in Construction Automation
A Deep Learning Based Approach
Autonomous Indoor Navigation
A Defense-In-Depth Approach
Securing BIM Computing Model
Thermal Imaging
Sensing through Infrared Thermography
Director
Research Assistant
RESEARCH ASSISTANT
RESEARCH ASSISTANT
Research Assistant, Fulbright Scholar
Research Assistant
Research Assistant
Research Assistant
Research Assistant
Research Assistant
Research Assistant
Collaborator
Research Assistant
Collaborator
Research Assistant
Research Assistant
MASTER OF SCIENCE IN CIVIL ENGINEERING
MASTER OF SCIENCE IN CIVIL ENGINEERING
MASTER OF SCIENCE IN COMPUTER SCIENCE
Research Assistant
Research Assistant
Master of Science in Computer Science
Doctor of Philosophy in Construction Engineering and Management
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Research Assistant
Research Assistant
MASTERS IN COMPUTER SCIENCE
MASTER OF SCIENCE IN COMPUTER SCIENCE
MASTERS ITM
MASTERS ITM
MASTERS ITM
Click Here to know about Illinois Institute of Technology
The mission of iConSenSe Lab is to incorporate computing and sensing technologies in construction engineering and management activities, there by bring construction project participants together and to perform efficient operations in the projects through the use of innovative information technologies. We recognize that communication amongst actors is irrespective of the fact that they may belong to different organizations, have different backgrounds, or be located in different parts of the globe.
3201 S Dearborn St
Chicago, IL 60616
imutissi@iit.edu
+1 (312) 567 3808
