IAED 2106 - Lighting Design
Basic Information
Course Name:
Lighting Design
Language of Instruction:
English
Instructor:
Öğr. Gör. Parla ÖZKUL
Course Objectives
The course builds upon the basic knowledge related to the theoretical and application aspects of lighting design. Course main aim is to improve students' knowledge about psychological and physiological effects of light on user. Students will have an opportunity to explore the process of lighting design and how it affects the perception of space with color, texture and materials. Moreover, visual comforts and visual concepts for various functions will be covered.
Course Content
This course introduces the basic concepts and terminology of lighting. Within this content, the relationship between lighting and space will be taught by focusing on visual comfort, lighting control and level of the lighting. In addition, reflection and transmission of light, artificial light, light sources, calculation of average lighting for a quality environment will be examined. Students will be able to apply their knowledge to their design projects by using non-commercial lighting software.
Prerequisites / Corequisites
None
Course Books / Materials / Recommended Resources
1.Architectural Lighting, Egan, M.D. and Olgyay, V., 2002/2, McGraw-Hill2.The Design of Lighting, Peter Tregenza & David Loe3.Ganslandt, R. and Hofman H., (1992), “Handbook of Lighting Design”, Erco Edition, Germany.4.Cuttle C., (2008), “Lighting by Design”, Routledge Press Publishing. (2009), “Light+Design A Guide to Designing Quality Lighting for People and Buildings, Illuminating Engineers Society”, Illuminating Engineering Society. 1. Karleen M. and Benya J. M., (2012), “Lighting Design Basics”, Wiley Press2. Human Factors in Lighting, Peter Boyce3. Cuttle C., (2008), “Lighting by Design”, Routledge Press Publishing. (2009), “Light+Design A Guide to 4. Designing Quality Lighting for People and Buildings, Illuminating Engineers Society”,Illuminating Engineering Society."
Course Books / Materials / Recommended Resources
1.Architectural Lighting, Egan, M.D. and Olgyay, V., 2002/2, McGraw-Hill2.The Design of Lighting, Peter Tregenza & David Loe3.Ganslandt, R. and Hofman H., (1992), “Handbook of Lighting Design”, Erco Edition, Germany.4.Cuttle C., (2008), “Lighting by Design”, Routledge Press Publishing. (2009), “Light+Design A Guide to Designing Quality Lighting for People and Buildings, Illuminating Engineers Society”, Illuminating Engineering Society. 1. Karleen M. and Benya J. M., (2012), “Lighting Design Basics”, Wiley Press2. Human Factors in Lighting, Peter Boyce3. Cuttle C., (2008), “Lighting by Design”, Routledge Press Publishing. (2009), “Light+Design A Guide to 4. Designing Quality Lighting for People and Buildings, Illuminating Engineers Society”,Illuminating Engineering Society."
Learning Outcomes
| Code |
Description |
|
LO1 |
Be aware of the environmental impacts of lighting strategies and decisions. |
|
LO2 |
Have knowledge of natural and artificial lighting design principles. |
|
LO3 |
Have knowledge about using natural light and proportion strategies. |
|
LO4 |
Select the fixtures and light sources appropriately and applies them in the space. |
|
LO5 |
Become aware of the impact of lighting used in a space on human health, safety and happiness. |
Weekly Course Content
| Week |
Content |
|
1 |
Introduction to the Course Physics of Light (wavelength, color spectrum) and definitions, Vision and Perception Sources of Light and Characteristics, Modes Interfaces |
|
2 |
Overview sources of light and Characteristics, Modes Interfaces In class studio work |
|
3 |
Eyes and Vision Lighting Terms, Objectives and Parameters |
|
4 |
Lighting Design (Function, dimensions, layout, style, ambience…) Applications Lighting Systems (Primary, Secondary) Illumination Level Calculation |
|
5 |
Presentations Artifical Light Sources Lighting Design Drawing Principles Midterm Project Description |
|
6 |
NATIONAL HOLIDAY |
|
7 |
Midterm Project Critiques |
|
8 |
Midterm |
|
9 |
Natural Light |
|
10 |
Quiz Final Project Description |
|
11 |
Critiques on Lighting Design, Concept, Scenario |
|
12 |
NATIONAL HOLIDAY |
|
13 |
Critiques on Plans, Sections, 3D, Model, Material Board and Mood Board |
|
14 |
Critiques on Final Project |
|
15 |
Critiques on Final Project |
Workload Calculation
| Activity |
Count |
Duration (Hours) |
Total |
| Attendance |
13 |
2.00 |
26.00 |
| Practice |
13 |
2.00 |
26.00 |
| Final Exam/Preparation |
1 |
16.00 |
16.00 |
| Total Workload (Hours) |
68 |
| ECTS Credit (Workload / 25) |
3 |
Assessment
| # |
Assessment Type |
Contribution (%) |
|
1 |
|
%30
|
|
2 |
Midterm Exam |
%30
|
|
3 |
Final Exam |
%40
|
|
TOTAL |
%100
|
PO - LO Matrix
| PO \ LO |
LO1
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LO2
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LO3
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LO4
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LO5
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PO-1 |
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PO-2 |
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PO-3 |
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PO-4 |
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PO-5 |
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PO-6 |
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PO-7 |
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PO-8 |
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PO-9 |
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PO-10 |
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PO-11 |
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PO-12 |
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PO-13 |
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Academic Integrity and Artificial Intelligence
Violations of scholastic honesty include, but are not limited to cheating, plagiarizing, fabricating information or citations, facilitating acts of dishonesty by others, having unauthorized possession of examinations, submitting work of another person or work previously used without informing the instructor, or tampering with the academic work of other students. Any for of scholastic dishonesty is a serious academic violation and will result in a disciplinary action.Use of Artificial Intelligence (AI):Students are permitted to use artificial intelligence (AI) tools (such as ChatGPT, Grammarly, etc.) for grammar correction and academic writing improvement throughout their work. However, AI-generated original content (e.g., analysis, paragraph writing, conceptual description, etc.) must not exceed 20% of the submitted material.In any case where AI tools are used, students are required to include a clear declaration within the assignment/report/submission. This declaration must include the name of the AI tool/model used, the specific purpose, and a brief explanation of how it contributed to the work.Example declaration:"I used ChatGPT-4 for proofreading and restructuring the introductory paragraph."Failure to declare the use of AI tools when applied will be treated as a violation of academic integrity and plagiarism policies and may result in disciplinary action.