top of page

Robotic, Automation, and Intelligent Sensing 
 (RAISe) in construction
@ the University of Illinois Urbana-Champaign

RAISe Lab_edited_edited.png
ABOUT

ABOUT

The Robotic, Automation, and Intelligent Sensing (RAISE) Lab at the University of Illinois Urbana-Champaign champions innovation at the intersection of construction and robotics. We conduct cutting-edge, multidisciplinary research, with a particular focus on the integration of robotics, automation, and sensing technologies in the construction industry and infrastructure systems management.

Our vision is to transform the construction sites of the future into safer, more manageable, and highly automated environments where robots are seamlessly integrated. This transformation encompasses the use of automatic data acquisition, simulation tools, and sophisticated data analysis with signal processing and machine learning algorithms.

In pursuit of this, we are dedicated to fostering a rigorous, creative, and cross-cultural educational environment that inspires our students to contribute to these technological advancements. Our goal is to empower the industry to enhance worker safety, productivity, and health, while contributing to the development of smart, connected cities and built environments.

Through this commitment to construction automation, we aim to significantly improve the health, productivity, and safety of not only construction workers but also infrastructure users and citizens within these future smart cities.

TEAM

TEAM

Director
00100dPORTRAIT_00100_BURST20190222142304
Houtan Jebelli, Ph.D.

Assistant Professor,

Civil and Environmental Engineering Department

University of Illinois at Urbana-Champaign

Director of Construction Robotics, Automation, and Intelligent Sensing Lab

  • 0x0
  • LinkedIn - Black Circle
  • google scholar
Bio:

Houtan Jebelli, Ph.D., holds a position as an Assistant Professor in the Department of Civil and Environmental Engineering at the University of Illinois at Urbana-Champaign. He earned his Ph.D. in Civil Engineering from the University of Michigan, in addition to a bachelor's degree in the same field from Tehran Polytechnic University. Further strengthening his academic portfolio, Dr. Jebelli has an MSc in Structural Engineering from the Sharif University of Technology, an MSc in Construction Engineering and Management from the University of Nebraska-Lincoln, and an additional MSc in Electrical Engineering and Computer Science, which he achieved while undertaking his Ph.D.

As the Director of the Robotic, Automation, and Intelligent Sensing (RAISE) Lab, Dr. Jebelli heads a research group that introduces innovative human physiology elements into robotic control and motion planning systems, thereby enhancing the interaction and adaptation between workers and robots. Under his leadership, the RAISE Lab focuses on pioneering advancements in the field of construction robotics, particularly in fostering enhanced human-robot interaction. The team strives to develop human-centric robotic perception and adaptation mechanisms that can be seamlessly integrated into construction sites. This involves the customization of worker-robot collaborations and co-adaptation, with a strong emphasis on safety and efficiency. Their research also extends to the use of physiological computing to automate construction processes and to implement health monitoring systems for construction workers, grounded in real-time physiological data.

Dr. Jebelli's contributions have been recognized through several awards and fellowships, including the Charles M. Eastman Top Ph.D. Paper Award, two Outstanding Thesis Awards, the Rackham Research Grant, the John L. Tishman Fellowship, and the Calvin C. Solem Foundation Fellowship. In addition to his responsibilities in research and academia, Dr. Jebelli reviews for numerous academic journals and symposia and actively engages in professional communities such as the ASCE Data Sensing and Analysis (DSA) and ASCE Visualization, Information Modelling, and Simulation (VIMS) committees."

Members
Shayan Shayesteh 2 9353.jpg
Dr. Shayan Shayesteh
Postdoctoral Research Associate

Research Topic: Applications of Immersive Technologies for Human-machine Interaction

More Info...

  • LinkedIn Social Icon
XiayuZhao_Profile.jpg
Xiayu Zhao
Ph.D. Student

Research Topic: Cyber-physical Human-robot Collaboration in Construction

More Info...

  • LinkedIn Social Icon
IMG_0997.jpg
Nilsen Karahan
Undergraduate Student

Research Topic: Automation in Off-site Modular Construction

More Info...

  • LinkedIn Social Icon
Anika.jpeg
Anika Sengul
Undergraduate Student

Research Topic: Human-robot Collaboration in Construction

More Info...

  • LinkedIn Social Icon
DSC_6109-Ojha-LowRes[39].JPG
Amit Ojha
Ph.D. Candidate

Research Topic: A Comprehensive Risk Assessment of Wearable Robot Usage in Construction Environments

More Info...

  • LinkedIn Social Icon
MicrosoftTeams-image (3).png
Yogesh Gautam
Ph.D. Student

Research Topic: Developing and Integrating Smart Technologies for Enhanced Worker Safety and Well-being in Future Construction Sites

More Info...

  • LinkedIn Social Icon
Zainab Memon.jpg
Zainab Memon
Undergraduate Student

Research Topic: Human-robot/ machine Interaction and Sensors

More Info...

  • LinkedIn Social Icon
MicrosoftTeams-image_edited.jpg
Yuming Zhang
Ph.D. Student

Research Topic: Developing Advanced Platforms, Incorporating Virtual Reality, for Enhanced Training in Human-robot Interaction in Construction

More Info...

  • LinkedIn Social Icon
photo_Tianyu.jpg
Tianyu Ren
Ph.D. Student

Research Topic: Integration of Robotic Automation Solutions into Complex and Hazardous Construction Operations

More Info...

  • LinkedIn Social Icon
IMG_7538.jpg
Jerome Jackson
Undergraduate Student

Research Topic: Wearable Sensors for Workers Health Monitoring

More Info...

  • LinkedIn Social Icon
Carolina.jpg
Carolina Manrique Paez
Undergraduate Student

Research Topic: Human-robot Collaboration in Construction

More Info...

  • LinkedIn Social Icon
K12 Teachers and Students
MichaelLowry_edited.jpg
Michael Lowry
Visiting K12 Teacher

Research Topic: Immersive Technologies​

More Info...

  • LinkedIn Social Icon
pwood.JPG
Philip Wood
Visiting K12 Teacher

Research Topic: Virtual Reality and Robotics​

More Info...

  • LinkedIn Social Icon
deborah.armstrong.jpg
Deborah Armstrong
Visiting K12 Teacher

Research Topic: Robotics​

More Info...

Ken Yosh.jpg
Ken Yoshida
Visiting K12 Student

Research Topic: Robotics

More Info...

Alumni
Yizhi Photo_edited_edited.jpg
Dr. Yizhi Liu
Ph.D.

Research Topic: Worker-Centric Human-Robot Co-Adaptation in Construction

Current Position: Assistant Professor at Syracuse University

More Info...

  • LinkedIn Social Icon
mahmoud habibnezhad.jpg
Dr. Mahmoud Habibnezhad
Postdoctoral Scholar
  • LinkedIn Social Icon

Research Topic: Construction Automation and Robotics; Virtual and Augmented Reality for Construction Safety Training

Current Position: Assistant Professor at Louisiana State University (LSU)

More Info...

Milad Sadat Mohammadi.jpg
Dr. Milad Sadat Mohammadi
Ph.D.
Research Topic: Human-Centric Digital Twin Model of Electric System Maintenance Technicians for Near Real-Time Health and Ergonomic Postural Risk Monitoring
Current Position:
Data Scientist at NRG Energy


More Inf
o...
  • LinkedIn Social Icon
professional-photo-Yumna-Kurdi.jpg
Dr. Yumna Kurdi
Ph.D.
Research Topic: Co-simulation and Optimization of PV System Design, Building Geometry, and Layout at the Urban Scale
Current Position: Assistant Professor at University of Idaho

More Info...
  • LinkedIn Social Icon
photo_2022-06-05_01-51-13.jpg
Dr. Shahrad Shakerian
Ph.D.

Research Topic: Digital Twin Enabled Facilities Maintenance Management through the Integration of Artificial Intelligence and Sensory-Level Data

Current Position: 

Data Scientist at Lowe's

 

More Info...

  • LinkedIn Social Icon
Jon.JPG
Jonathan Seagers
Master's Student

Research Topic: Immersive Technologies in the Construction Industry; Human-robot Collaboration for the Construction Industry

Current Position: Project Engineer at Southland Industries

More Info...

  • LinkedIn Social Icon
Lorena Ribeiro
Lorena Ribeiro
Master's Student

Research Topic: Application of Artificial Intelligence and Robotics in the Construction Industry

Current Position: Management Consulting Associate at BCG

More Info...

  • LinkedIn Social Icon
IMG_0484....PNG
Madeline Breneman
Schreyer Honors Master Student

Research Topic: Construction Robotics

Current Position: Operations Intern at Southland Industries

More Info...

  • LinkedIn Social Icon

15

12

111

21

8

Team Memebrs
Ongoing Projects
Publications
Awards Won
Alumni
PROJECTS

PROJECTS

Sponsors & Partners

Sponsors

CONTACT

Inquiries

For any inquiries, questions or commendations, please send an email to Dr. Jebelli or fill out the following form

Thanks for submitting!

Address

205 N Mathews Ave
The University of Illinois at Urbana-Champaign
Urbana, IL 61801


hjebelli@illinois.edu

Tel: 217-333-8038

Prospective Students

If you are interested in joining RAISE Lab, please send a cover letter together with your C.V. to Dr. Jebelli

 
  • 0x0
  • google scholar
  • LinkedIn - Grey Circle
CONTACT
bottom of page