VR Immersion for Interior Design Workshop at the Faculty of Engineering & Technology at Future University in Egypt
As part of its continuous commitment to innovation and
integrating cutting-edge technologies into education, the Faculty of
Engineering & Technology at Future University in Egypt is organizing a
specialized workshop titled “VR Immersion for Interior Design”, scheduled to
take place on April 22-23, 2026.
This intensive workshop is designed for interior design
students and enthusiasts, offering a hands-on learning experience that
introduces participants to the use of Virtual Reality (VR) in developing and
presenting design projects in a more immersive and professional manner.
Workshop Overview
The workshop focuses on transforming traditional 3D models
into fully interactive virtual environments. Participants will learn how to
convert their designs created using SketchUp or Rhino into navigable VR
experiences.
Objectives
The workshop aims to:
• Introducing the fundamentals of Virtual Reality and related hardware
• Explore the software ecosystem used in architectural visualization
• Prepare and optimize 3D models for real-time rendering
• Create realistic materials and lighting environments
• Develop interactive and navigable VR scenes
• Enhance design presentation and client communication
Learning Outcomes
By the end of the workshop, participants will be able to:
• Build immersive and interactive virtual environments
• Apply realistic lighting scenarios (day/night)
• Integrate interactive elements such as switches and animated assets
• Create guided virtual tours using camera paths and animations
• Generate standalone executable (.EXE) files for easy project sharing
• Produce a professional 30-second animated presentation video
Workshop Structure
The workshop is divided into two main sessions:
Session One:
Covers the fundamentals of VR, including hardware and software, model
preparation, scene building, application of PBR materials, lighting setup, and
the first VR testing experience.
Session Two:
Focuses on creating interactivity and presentation through animations, camera
paths, and guided tours, in addition to performance optimization and exporting
the final project as a standalone executable file, along with a short
presentation video.
Final Deliverables
Participants will receive:
• A portfolio showcasing their workflow and outputs
• A complete VR project for a small interior space
• A standalone (.EXE) file
• A 30-second animated video
Registration Dates
• Registration Opens: March 18, 2026
• Registration Closes: April 14, 2026
For more information and to register for the workshop: https://services.fue.edu.eg/dce/Engineering/default.aspx?cid=1507
This workshop reflects Future University in Egypt’s
dedication to equipping students with advanced practical skills that align with
evolving industry demands in design and technology.
VR Immersion for Interior Design Workshop at the Faculty of Engineering & Technology at Future University in Egypt
VR Immersion for Interior Design Workshop at the Faculty of Engineering & Technology at Future University in Egypt
As part of its continuous commitment to innovation and integrating cutting-edge technologies into education, the Faculty of Engineering & Technology at Future University in Egypt is organizing a specialized workshop titled “VR Immersion for Interior Design”, scheduled to take place on April 22-23, 2026.
As part of its continuous commitment to innovation andintegrating cutting-edge technologies into education, the Faculty ofEngineering & Technology at Future University in Egypt is organizing aspecialized workshop titled “VR Immersion for Interior Design”, scheduled totake place on April 22-23, 2026.This intensive workshop is designed for interior designstudents and enthusiasts, offering a hands-on learning experience thatintroduces participants to the use of Virtual Reality (VR) in developing andpresenting design projects in a more immersive and professional manner.Workshop OverviewThe workshop focuses on transforming traditional 3D modelsinto fully interactive virtual environments. Participants will learn how toconvert their designs created using SketchUp or Rhino into navigable VRexperiences.ObjectivesThe workshop aims to:• Introducing the fundamentals of Virtual Reality and related hardware• Explore the software ecosystem used in architectural visualization• Prepare and optimize 3D models for real-time rendering• Create realistic materials and lighting environments• Develop interactive and navigable VR scenes• Enhance design presentation and client communicationLearning OutcomesBy the end of the workshop, participants will be able to:• Build immersive and interactive virtual environments• Apply realistic lighting scenarios (day/night)• Integrate interactive elements such as switches and animated assets• Create guided virtual tours using camera paths and animations• Generate standalone executable (.EXE) files for easy project sharing• Produce a professional 30-second animated presentation videoWorkshop StructureThe workshop is divided into two main sessions:Session One:Covers the fundamentals of VR, including hardware and software, modelpreparation, scene building, application of PBR materials, lighting setup, andthe first VR testing experience.Session Two:Focuses on creating interactivity and presentation through animations, camerapaths, and guided tours, in addition to performance optimization and exportingthe final project as a standalone executable file, along with a shortpresentation video.Final DeliverablesParticipants will receive:• A portfolio showcasing their workflow and outputs• A complete VR project for a small interior space• A standalone (.EXE) file• A 30-second animated videoRegistration Dates• Registration Opens: March 18, 2026• Registration Closes: April 14, 2026For more information and to register for the workshop: https://services.fue.edu.eg/dce/Engineering/default.aspx?cid=1507This workshop reflects Future University in Egypt’sdedication to equipping students with advanced practical skills that align withevolving industry demands in design and technology.
