MİM350

Architectural Design, Presentation and Research Methods and Techniques V

Faculty \ Department
School of Architecture and Design \ Architecture
Course Credit
ECTS Credit
Course Type
Instructional Language
3
6
Compulsory
English
Prerequisites
MİM 206
Programs that can take the course
Architecture
Course Description
This course is designed as a complementary course to MIM 205 and MIM 206, focusing on both the theory and practice of Building Information Modeling (BIM). After establishing a foundation for BIM implementation using Revit, MIM 350 introduces current technologies in architecture to foster a holistic understanding of design, manufacturing, and documentation processes. The course specifically emphasizes documentation, analysis processes, and their applications within a BIM environment.
Textbook and / or References
Online platforms
Course Objectives
To foster an integrated approach to design, manufacturing, and architectural annotation and documentation processes within a BIM environment.
Course Outcomes
1. Understand annotation and documentation processes in Revit, applying them to architectural workflows.
2. Analyze environmental conditions using a simulation-based approach to inform sustainable design decisions.
3. Utilize an integrated design environment to enhance coordination between modeling, analysis, and documentation.
4. Develop advanced drafting and modeling techniques in Revit and Dynamo to improve parametric design capabilities.
5. Integrate information technologies into design and manufacturing processes to optimize efficiency and innovation.
Tentative Course Plan
Week 1: Introduction: Course Structure, Syllabus, Participation, Expected Final Results, Overall Expectancies, Term Project, Design Options, Creating and Modifying Groups
Week 2: Creating Ceilings / On Ceiling Coordination
Week 3: Roofing Systems
Week 4: Roof Toppings / Modifying Roof Slopes
Week 5: Creating Schedules / Material Take-Off
Week 6: Midterm Presentation/Submission: Shall include schedules/material take-offs and proper roofing system with required details along with the first assignment subjects
Week 7: Creating Simple Structural / Mechanical / Electrical Elements
Week 8: Linking Revit Models / Copy Monitoring
Week 9: Above Ceiling Coordination
Week 10: Enabling Worksharing / Creating Central Files
Week 11: Creating and Working with Worksets
Week 12: Final Presentation/Submission: Models shall be submitted to include the topics covered during this course
Tentative Assesment Methods
• Homework 30 %
• Project 20 %
• Final 40 %
Program Outcome *
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Course Outcome
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