Schedule

Schedule

Phase 1: Site Analysis, Historical Context & BIM Setup

WEEKLY SCHEDULE, M/TH 2:00-5:50pm

Note: schedule below is subject to revision through the duration of the semester.

 

W1

Mon 08.31: Advanced Studio lottery in Rm 107, followed by first studio meeting –Assignment 1:Site Model and Team assignemnts.Project brief overview, team formatting, and historical context of the 1912 Audubon Ballroom.  

Spitzer School Convocation @ 5:00pm – all students and faculty expected to attend

 

Thu Sep 03: BIM Workspace Setup. Initialize Revit Cloud/Worksharing environments. Establish Shared Coordinates, levels, and project true north. (Note: Today is the last day to drop a course without a ‘WD’ grade.)

 

W2

Mon, Sep 07: NO CLASS – College Closed (Labor Day). 

Thu, Sep 10 (revised): Adaptive Reuse Strategy lecture at 2PM. Field trip after 3:20PM. Review strict NYC zoning regulations, setbacks, and FAR limits. Model initial In-Place Massing boundaries in Revit. Forma is introduced.

-Lecture#2 Adaptive Reuse Strategy

Site Visit –Reading 1 Discussion 

 

W3

Mon, Sep 14(Revised): Programming and Developing conceptual proposals for blending new interventions with the historic façade. Set up Revit Phasing (Existing vs. New Construction). Zoning analysis and Programming deadline. Present zoning analysis and programming (assignment#1 postpone from Sep. 10th)

Thu, Sep 17: Pin-Up. , Massing strategies, and historical response. (Note: Census date and last day to drop a course without a ‘W’ grade.) 

–Assignment 2A Pin-up

-Introduce Assignment 2B

 

Phase 2: Schematic Design & Spatial Programming

W4

Mon, Sep 21: NO CLASS – No classes scheduled. All school event during studio time/don’t include any studio activities on this day

Thu, Sep 24: Programmatic Layout. Model space allocations for the memorial hall and community spaces using Revit Rooms and Area Schemes.

–Assignment 2B Pin-up

-Introduce Assignment 3: Chimeras

 

W5

Mon, Sep 28: Circulation & Systems. Focus on the main podium entryways and vertical circulation. 

Thu, Oct 01: Structural Integration. Establish structural grids, columns, and assign element ownership through Revit Worksets. 

–Assignment 3: Chimeras Pin-up

-Introduce Assignment 4: Preliminary Design

 

W6

Mon, Oct 05: Building Envelope. Develop curtain wall profiles, custom mullions, and exterior

Thu, Oct 08: Model Coordination. Audit multi-user team models and cross-reference geometric imports (e.g., Rhino vs Revit). 

 

W7

Mon, Oct 12: NO CLASS – College Closed (Columbus Day / Indigenous Peoples’ Day). 

Tue, Oct 13 (Follows Monday Schedule): Mid-Review Preparation. Standardize drawing sheets and view templates in Revit. 

Thu, Oct 15: –Assignment 4: Preliminary Design Pin-up

-Introduce Assignment Assignment 5

Phase 3: Design Development & Technical Coordination

W8

Mon, Oct 19: Interior Architecture. Focus on interior materials and custom exhibition spaces. 

Thu, Oct 22: Parametric Elements. Revit Family Editor; author custom millwork and spatial components. 

 

W9

Mon, Oct 26: MEP Integration. Plan basic HVAC duct pathways, ceiling grids, and core plumbing chases. 

Thu, Oct 29: Clash Detection. Conduct model coordination to resolve geometric overlaps between structure and services. 

 

W10

Mon, Nov 02: Wall Sections. Detail the envelope interface where new components meet the historic 1912 façade. 

Thu, Nov 05: Callouts & Drafting. Create 1:20 detail calls within Revit utilizing detail components. (Note: Today is the 60% date of the term.)

–Assignment 4: Preliminary Design Pin-up

-Introduce Assignment Assignment 5

-Introduce Midterm Presentation

 

W11

Mon, Nov 09: Data & Schedules. Generate schedules for finishes, doors, and occupancy compliance calculations. 

Thu, Nov 12: Material Applications. Audit material takeaways and finalize parameter properties within the team model. 

–Assignment 5 Pin-up

MID-SEMESTER REVIEW (Assignment 5). Juried presentation of schematic layouts, historical preservation strategies, and primary spatial volumes directly from coordinated sheets. 

Phase 4: Refinement, Visualization & Final Deliverables

W12

Mon, Nov 16: Lighting & Rendering. Configure interior cameras, physical lights, and environment maps in Revit/Vray or Twinmotion.

Thu, Nov 19: Atmospheric Assets. Export model views for post-production and programmatic narrative refinement. 

 

W13

Mon, Nov 23: Sheet Set Assembly. Organize final presentation sheet titles, keynotes, scales, and graphical legends in Revit. 

Thu, Nov 26: NO CLASS – College Closed (Thanksgiving). 

 

W14

Mon, Nov 30: Drawing Finalization. Synchronize all final worksets, remove architectural warnings, and freeze structural sheets. 

Thu, Dec 03: Dry-Run Presentation. Team presentations with internal critiques to ensure conceptual and technical continuity. 

 

W15

Mon, Dec 07: Final Board Production. Generate final graphic assets, exploded 3D axons, and print-ready files. 

Thu, Dec 10: FINAL REVIEW(TBA). Reimagining the Shabazz Center final presentation to Prof. Mi-T. Chang and the invited jury panel. 

 

W16

Mon, Dec 14: Last Day of Classes. Final BIM model file archiving and submission of coordinated document sets. 

FINAL SEMESTER END: Last day to submit grades December 28th

 

FINAL REVIEW, TBA

 

End of Semester Assessment (faculty only) Studio Clean Up day (students & faculty) Final Meeting, Exit interviews

Student Portfolios due for: Spitzer School Archive, etc. as directed by instructor

 

Fri 12.28 Final Grade Submission Deadline

 

Assignments Due Dates

Assignment 1: Site Model (whole class) due Mon, Sep 07

Assignment 2A: Site Research (individual) due Thu, Sep 17

Assignment 2B: Case Study (individual) due Thu, Sep 24

Assignment 3: Chimeras (individual or in groups of 2 to 3) Thu, Sep 24

Assignment 4: Preliminary Design due Mon, Nov 02

Midterm Presentation Assignment 5: Schematic Design due Mon, Nov 16: 

Midterm Presentation (in groups of 2 to 3)Thu, Nov 12

Final Presentation TBA

📅 ARCH 51000: Studio Presentation & Milestone Schedule

Class Meetings: M/TH 2:00–5:20pm

Please check this page often for any updates.

Date Presentation Milestone Pedagogical Focus & Core Revit Deliverables
Thu, Sep 17

📢 Presentation 1: Predesign Site Analysis & Site Model

Focus: Urban context, historical framing, and zoning limitations.

 

Deliverables: Documented digital site model (Shared Coordinates, True North, topography/context lines, and a verified 1912 existing building envelope via Revit Phasing).

Thu, Sep 24

📢 Presentation 2: Preliminary Design Conceptual Mass Model

Focus: Spatial programming, FAR compliance, and initial building volumes.

 

Deliverables: Revit In-Place Massing models, Gross Building Area schemes, and programmatic color-coded Room Diagrams mapping out the “living cultural hub”.

Mon, Oct 05

📢 Presentation 3: Design Concept & Structural Proposal

Focus: Architectural narrative meets structural reality.

 

Deliverables: Integrated structural grid, foundation/column layouts in Revit, workset allocation across team members, and primary vertical circulation cores (stairs/elevators).

Thu, Oct 15

📢 Presentation 4: Midterm Presentation

Focus: Comprehensive schematic design and spatial validation.

 

Deliverables: Formal juried package generated from standardized Revit sheet sets: coordinated floor plans, site-integrated building sections, schematic curtain wall assemblies, and initial 3D perspectives.

Mon, Nov 09

📢 Presentation 5: Design Development Review (Penultimate)

Focus: Technical coordination, material performance, and code compliance.

 

Deliverables: Cross-disciplinary model coordination (clash detection check), 1:20 wall sections detailing the historic masonry-to-new assembly interface, door/occupancy schedules, and basic MEP plenum allowances.

Thu, Dec 10

📢 Presentation 6: Final Presentation

Focus: The ultimate juried review of “Reimagining the Shabazz Center”.

 

Deliverables: A complete, highly polished presentation set: high-resolution Vray or Twinmotion/Revit renderings, post-processed atmospheric visuals (Photoshop), exploded 3D axonometrics showing adaptive reuse complexity, and the fully synchronized central BIM model. Please look at the presentation criteria for a detail explanation.