2026-09-07 3DM Lecture - Issue Presentation Assignment
Quick recap
This was a lecture class for a 3D modeling and rendering module, where Brian Williams introduced the course structure and major projects to students. Brian explained that the module would cover four main areas: sketch-to-3D modeling, lighting and rendering techniques, modeling fundamentals, and theory components. He outlined the major project which involves designing and rendering a cabin building over the semester, with students working through multiple checkpoints and using Revit as the primary software. The class included a group presentation activity where students were assigned to research different topics using Miro board, with each group having two weeks to prepare presentations on specific topics related to 3D modeling and architecture.
Next steps
Brian
Update the timeline on the class website with any changes to the schedule.
Manually assign absent students to presentation groups.
Reveal topics for Groups 3 and 4 in the next lecture class.
Collaboration
Group 1 (Topic 1): Research and prepare a presentation on "Types of 3D Modeling Techniques and their Application in Architecture" for September 21st.
Group 2 (Topic 2): Research and prepare a presentation on "Advantages and Disadvantages of Real-time vs Offline Rendering" for September 21st.
All Groups: Have at least one representative ask a question during each weekly presentation to earn the 5% participation grade.
All Students: Attend the practical class at 2 PM to discuss the major project.
All Students: Render a single interior view of their housing studio project for submission in the computing module.
Summary
Audio Sharing Session Meeting
The meeting transcript appears to contain primarily audio from Brian Williams's screen-sharing session, including what sounds like music or audio clips, along with brief chat messages from Ashauni and Brian. No substantive discussion or decisions were captured in the transcript, as it primarily consists of audio sharing and informal greetings. The content does not contain the type of business discussion that would typically warrant a meeting summary.
3D Modeling and Rendering Class
Brian welcomed students to the 3D modeling and rendering class, which started at 8 AM with 8 participants. He explained that the main objective was to introduce 3D rendering using Twinmotion as the teaching reference, though students would continue using Rivet for the module. The class discussed students' experience with rendering software, with some mentioning using Twinmotion and D5, though most were not regular users. Brian noted that this was the first session for some students who had not attended the previous class where the overall module structure was covered.
Course Structure and Schedule Overview
Brian outlined the four main components of the course, which include learning to go from sketches to 3D models, understanding lighting and rendering, foundations of modeling, and theory components. He explained the course schedule, which includes three assignments, a major project involving a cabin design, and a group presentation. The class schedule was updated, with lecture classes from 8 AM to 10 AM and practical classes at 2 PM. Brian announced that group presentations will take place every week starting next class, with 2 weeks for preparation.
Course Structure and Project Requirements
Brian outlined the course structure and project requirements for the semester. Students will have two weeks to complete their presentations, with the major project accounting for 50% of the grade, followed by class presentations (20%), studio design projects (20%), and class participation (10%). The major project will be broken into five parts with checkpoints along the way, focusing on designing a cabin using 3D modeling and BIM techniques. Brian explained that while students can choose their own topics for research, the work will remain under the umbrella of BIM modeling, with this semester focusing on 3D modeling and next year covering construction drawings.
BIM Course Planning Overview
Brian discussed the course's focus on BIM software, particularly using Revit as the primary tool while noting that similar principles apply to Archicad. He outlined plans to cover rendering and animation, including photorealistic renderings and alternative visualization methods, with a major project component involving kitchen design renderings based on students' floor plans. Brian introduced a timeline on the course website that will be used to track weekly schedules and due dates for checkpoints and practical sessions throughout the course.
Research Project Icon Guessing Activity
Brian led a class activity where students were asked to guess the topics of different icons on a Miro board, with each topic representing a potential research project. Students discussed possible meanings for topics including 3D printing, virtual reality, software types like Lumion, and design tools like AutoCAD and ChatGPT. The class was organized into groups of four students, with 38 total students in the class, and students were asked to write their names on the Miro board to form groups.
Presentation Project Structure Overview
Brian explained the structure for an upcoming presentation project where students will be divided into groups to research and present on different topics over the course of several weeks. Each group will have two weeks to research their assigned topic before presenting, with presentations scheduled every two weeks. For the actual presentations, two groups will present each week, with the remaining eight groups in the class required to submit one question each for the presenting groups. Brian outlined that presentations will be evaluated on depth of research, relevance to architecture, visual quality, understanding of the material, and delivery.
Presentation Grading Criteria and Schedule
Brian explained the grading criteria for presentations, which consists of 15% based on presentation delivery and 5% based on group participation by asking questions during other groups' presentations. He announced that presentations will begin on the 21st, with groups 1 and 2 presenting first, and emphasized that all group members must attend each presentation to earn the participation points. The class then revealed the first presentation topic: "What are the types of 3D rendering techniques and their application in architecture?"
3D Modeling and Rendering Techniques
Brian discussed 3D modeling techniques in architecture with Group 1, emphasizing the importance of understanding different modeling approaches rather than just memorizing names. He explained that students should research and explain the advantages and disadvantages of various techniques, including parametric modeling, CAD modeling, and BIM modeling, along with the software that supports them. For Group 2, Brian introduced their topic on real-time versus offline rendering, explaining that rendering is the process of converting mathematical data into visual images and asking the group to investigate the benefits and drawbacks of each method for architectural practice. Both groups will present their findings on the 21st, with Brian planning to reveal topics for Groups 3 and 4 in the next class.
Attendees: Brian Williams (Organizer), Christina Lawrence (External), Nyema Gordon (External), Carla Boxill (External), Destiny Wallace (External), Gabrielle Morgan (External), Rhayann La Rosa (External), Kyshaun nembhard (External), Kyshaun Nembhard (External), Gabrielle Morgan (External), Khalliyah Powell (External), Kyshaun Nembhard (External), Gabrielle Morgan (External), raheem williams (External), Kyshaun Nembhard (External), Kyshaun Nembhard (External), Katherine Daye (External), Onaje Skeene (External), Katherine Daye (External), k. carby (External), and 24 others.