Beckman’s Visualization Lab is open for office hours Monday, Tuesday, Thursday and Friday between 1-3 p.m. in 2203 Beckman, which is located just across the atrium bridge from the elevator.

Manager Juniper Cournoyer will be on hand to help users with the Vis Lab’s equipment and other resources for research. The Vis Lab offers data visualization software, high-performance computing, 3D art services, virtual reality content creation and high-speed photography. Have questions? Email itg-vl@beckman.illinois.edu.  

Beckman’s Visualization Lab is open for office hours Monday, Tuesday, Thursday and Friday between 1-3 p.m. in 2203 Beckman, which is located just across the atrium bridge from the elevator.

Manager Juniper Cournoyer will be on hand to help users with the Vis Lab’s equipment and other resources for research. The Vis Lab offers data visualization software, high-performance computing, 3D art services, virtual reality content creation and high-speed photography. Have questions? Email itg-vl@beckman.illinois.edu.  

Join members of the Beckman community for informal conversation and coffee in the Garden!

Gather in the Garden will take place every Tuesday from 10-10:30 a.m.

Beckman’s Visualization Lab is open for office hours Monday, Tuesday, Thursday and Friday between 1-3 p.m. in 2203 Beckman, which is located just across the atrium bridge from the elevator.

Manager Juniper Cournoyer will be on hand to help users with the Vis Lab’s equipment and other resources for research. The Vis Lab offers data visualization software, high-performance computing, 3D art services, virtual reality content creation and high-speed photography. Have questions? Email itg-vl@beckman.illinois.edu.  

Beckman’s Visualization Lab is open for office hours Monday, Tuesday, Thursday and Friday between 1-3 p.m. in 2203 Beckman, which is located just across the atrium bridge from the elevator.

Manager Juniper Cournoyer will be on hand to help users with the Vis Lab’s equipment and other resources for research. The Vis Lab offers data visualization software, high-performance computing, 3D art services, virtual reality content creation and high-speed photography. Have questions? Email itg-vl@beckman.illinois.edu.  

Join members of the Beckman community for coffee and cookies in the Beckman Atrium. 

The Cookie Collab date may be adjusted due to holidays. 

Beckman’s Visualization Lab is open for office hours Monday, Tuesday, Thursday and Friday between 1-3 p.m. in 2203 Beckman, which is located just across the atrium bridge from the elevator.

Manager Juniper Cournoyer will be on hand to help users with the Vis Lab’s equipment and other resources for research. The Vis Lab offers data visualization software, high-performance computing, 3D art services, virtual reality content creation and high-speed photography. Have questions? Email itg-vl@beckman.illinois.edu.  

Beckman’s Visualization Lab is open for office hours Monday, Tuesday, Thursday and Friday between 1-3 p.m. in 2203 Beckman, which is located just across the atrium bridge from the elevator.

Manager Juniper Cournoyer will be on hand to help users with the Vis Lab’s equipment and other resources for research. The Vis Lab offers data visualization software, high-performance computing, 3D art services, virtual reality content creation and high-speed photography. Have questions? Email itg-vl@beckman.illinois.edu.  

Join members of the Beckman community for informal conversation and coffee in the Garden!

Gather in the Garden will take place every Tuesday from 10-10:30 a.m.

Join us in 1005 Beckman October 20, 2026 for our second Fall Tech Talk with Wawrzyniec L Dobrucki, Neil and Carol Ruzic Faculty Scholar, Associate Professor of Bioengineering and Medicine and Goodluck Okoro, Graduate Student, Bioengineering.  

Dr. Dobrucki will cover the new scanner’s performance characteristics, including sensitivity, resolution, multimodal registration, and dynamic acquisition.  He will also highlight what the new system makes possible compared with the previous platform and include two or three selected application examples.  Goodluck Okoro will cover computational methods for extracting quantitative structural and functional measurements from molecular imaging data.

Lunch will be provided.