Modeling of Controlled Plants

Major: Architecture and Town Planning
Code of subject: 6.191.00.O.100
Credits: 3.00
Lecturer: Ph.D., As.Prof. Roman Kotiv
Semester: 5 семестр
Mode of study: денна
Learning outcomes: - To know basic principles of analytical and digital photogrammetry; - To know the features of photogrammetric processing of terrestrial images; - To know the features of terrestrial photogrammetric surveys and 3D laser scanning of constructions, buildings and structures; - To be able to apply computer image processing technology when building digital models.
Required prior and related subjects: none
Summary of the subject: General information about the basic principles of analytical and digital photogrammetry. Automated computer systems with photogrammetric image processing during preparation of digital plans, sections and facades of objects. Features of terrestrial photogrammetric surveys of engineering structures and buildings. Digital photogrammetry (hardware, types of digital photogrammetric stations, software). Fundamentals of 3D laser scanning of building constructions, buildings and structures. Application of analytical and digital photogrammetry and 3D laser scanning in construction and architecture. Computer image processing technology when building digital 3D models. Using stereoscopic models of terrestrial digital images to reproduce interiors.
Assessment methods and criteria: - Current control (40%); - Final control (60%).
Recommended books: 1. Дорожинський О.Л., Тукай Р. Фотограмметрія: Підручник. — Львів: Видавництво Національного університету «Львівська політехніка», 2008. - 332с. 2. Дорожинський О.Л. Основи фотограмметрії: Підручник. — Львів: Видавництво Національного університету «Львівська політехніка», 2003. - 214с. 3. Дорожинський О.Л. Аналітична та цифрова фотограмметрія. Л.: Вид-во НУ «ЛП», 2002.-163с 4. Катущков В., Мархідова В. Прикладна фотограмметрія.- Київ: ІСДО, 1994.-280с. Бідокриницький С.М. Фотограмметрія і дистанційне зондування Землі: навч. посібник / С. М. Білокриницький. - Чернівці: Рута, 2007. - 320 с. 5. Сучасне вітчизняне фотограмметричне обладнання та перспективи його створення. Гайда В.Б., Горбенко С.І., Данильченко П.І. та ін. // Державна картографо-геодезична служба України (1991-2006). - К.: НДІГК, 2006. - С. 228-242. 6. Kosecka М., Tokarczyk R., Propozycja ekonomicznej metody fotogrametiycznej inwentaryzacji zabytkow polskiej wsi z wykorzystaniem do rejestracji cyfrowych aparatow fotogrametrycznych, Geodezja, 11, 2, 2005, 281-289 7. Kurczynski Z., Preuss R. Podstawy fotogrametrii. Warszawa: W-wo PW, 2000. - 296s.

Modeling of Controlled Plants (курсовий проєкт)

Major: Architecture and Town Planning
Code of subject: 6.191.04.E.360
Credits: 3.00
Department: Design and Architecture Fundamentals
Lecturer: Proskuryakov O.V., associate professor; Kulchytska Kh.B., associate professor; Fedak A.Ya., senior teacher; Lvovskyi Ch.Z., senior teacher; Kisilenko M.O., assistant; Gladchuk M.Yu., assistant;
Semester: 5 семестр
Mode of study: денна
Learning outcomes: PR02. Knowledge of the basic principles and principles of architectural and urban planning activities. PR05. Ability to apply fundamental design theories, reconstruction, and restoration of architectural and urban, architectural-environmental, and landscape objects, modern methods and technologies, and international and domestic experience to solve specialized architectural and urban planning tasks. PR06. Ability to collect, analyze, and evaluate information from various sources necessary for making informed architectural and urban planning decisions. PR07. Ability to use software tools, IT technologies, and internet resources to solve specialized architectural and urban planning tasks. PR08. Knowledge of the regulatory framework for architectural and urban planning. PR10. Ability to apply modern tools and methods of engineering, artistic, and computer graphics used in architectural and urban planning. PR12. Ability to apply modern theoretical-methodological and typological approaches to solving problems of shaping and developing architectural, urban, and landscape environments. PR13. Ability to identify, analyze, and assess the needs and requirements of clients to find effective joint solutions for architectural and urban planning projects. PR14. Ability to choose rational architectural solutions based on the effectiveness of structural, engineering, building materials, and decorative-finishing materials in design analysis. PR17. Ability to apply energy-efficient and other innovative technologies in the design of architectural objects.
Required prior and related subjects: Previous educational disciplines: • Architectural Form and Materials (Course Project) • Fundamentals of Urban Planning and Landscape Architecture (Course Project) • Architectural Design of Public Buildings (Course Project) Related and subsequent educational disciplines: • Architectural Photogrammetry and Object Modeling • Interior Architectural Design (Course Project) • Computer Technologies in Architectural Design
Summary of the subject: The course "Architectural Photogrammetry and Object Modeling (Course Project)" is designed for one semester of study, with a total duration of 90 hours, including laboratory sessions and independent work. The course comprises both theoretical and practical components: The theoretical part of the course aims to develop an understanding of key principles of raster graphics in the context of architectural issues and tasks. It helps students comprehend the role of design in the technological chain of creating architectural objects, identify stages of work, and appreciate the synthesis of artistic and project creativity. The main topics covered in the assignments include basic tools for working with graphics, layers, color correction, painting tools in raster editors, masks, image post-processing, 3D visualization, and perspective work, among others. The practical part of the course involves the application of acquired knowledge and the implementation of practical tasks, such as creating multi-layered and photorealistic collages, architectural sketches, various format architectural posters, and a course project. Studying this course encourages students to adopt a creative approach in presenting realized projects and guides them towards independent idea generation and problem-solving within specific laboratory assignments.
Assessment methods and criteria: During the semester, students can earn up to 50 points for completing individual graphic assignments (5 assignments worth 10 points each) and up to 50 points for the final course project. Student work is evaluated based on the following criteria: timely completion, alignment with the assigned task, a creative individual approach, and a demonstration of proficiency in the relevant computer editor tools.
Recommended books: Basic: 1. Bryukhanova G. V. Computer Design Technologies. Educational Manual / G.V. Bryukhanova. – Publisher: Center for Educational Literature, 2019. – 180 p. 2. Vasilyuk A. S., Melnikova N. I. Computer Graphics / A. S. Vasilyuk, N. I. Melnikova. – Lviv: Publisher of the National University "Lviv Polytechnic", 2016. – 308 p. 3. Idak Yu. V., Klymenyuk T. M., Lyaskovsky O.Y. Fundamentals of Spatial Composition / Yu. V. Idak, T. M. Klymenyuk, O.Y. Lyaskovsky. – Lviv: Publisher of the National University "Lviv Polytechnic", 2020. – 212 p. 4. Pichkur M. O. Theory and Practice of Composition. Educational Manual / M. O. Pichkur – Publisher: Lira-K, 2022. – 238 p. 5. Synepupova N. Composition. Total Control / N. Synepupova – Kyiv: ArtHuss, 2019. – 240 p. 6. Itten. J. The Art of Color / J. Itten – Kyiv: ArtHuss, 2021. – 136 p. 7. Ivanov S. Fundamentals of Edition Composition / S. Ivanov – Lviv: Svit, 2013. – 232 p. 8. Pryshchenko S. Color Theory / S. Pryshchenko – Kyiv: Kondor Publishing House, 2018. – 436 p. 9. Pechenyuk T. Color Theory / T. Pechenyuk – Kyiv: Hrani-T, 2009. – 192 p. 10. Itten. J. The Art of Color / J. Itten – Kyiv: ArtHuss, 2022. – 96 p. 11. Prinz F. Competition Architecture / F. Prinz – Braun Publishing, 2010 – 242 p. 12. Ang T. Photoshop For Photography. The Art Of Picture Processing / T. Ang – Aurum, 2003 – 128 p. Supplementary: 1. Adams S. How Design Makes Us Think / S. Adams – Kyiv: ArtHuss, 2022. – 256 p. 2. Lupton E., Phillips C. Graphic Design. The New Basics / E. Lupton, C. Phillips – Kyiv: ArtHuss, 2020. – 264 p. 3. Ambrose G., Harris N. Basics. Graphic Design 01. Approach and Language / G. Ambrose, N. Harris – Kyiv: ArtHuss, 2019. – 192 p. 4. Ambrose G., Leonard N. Basics. Graphic Design 02. Design Research. Finding Successful Creative Solutions / G. Ambrose, N. Leonard – Kyiv: ArtHuss, 2019. – 192 p. 5. Ambrose G., Leonard N. Basics. Graphic Design 03. Idea Generation / G. Ambrose, N. Leonard – Kyiv: ArtHuss, 2019. – 192 p. 6. Leski K. Creativity as a Storm / K. Leski – Kyiv: ArtHuss, 2022. – 144 p. 7. Sutton T. Pocket Complete Color Harmony. 1,500-Plus Color Palettes for Designers, Artists, Architects, Makers, and Educators / T. Sutton – Rockport Publishers, 2020. – 192 p. 8. Eckstut A., Eckstut J. What Is Color? 50 Questions and Answers on the Science of Color / A. Eckstut, J. Eckstut – Abrams, 2020. – 144 p. 9. Cheng K. Designing Type / Karen Cheng – Laurence King Publishing, Vol. №2, 2020. – 248 p.

Modeling of Controlled Plants (курсовий проєкт)

Major: Architecture and Town Planning
Code of subject: 6.191.01.E.229
Credits: 3.00
Department: Design and Architecture Fundamentals
Lecturer: Proskuryakov O.V., associate professor; Kulchytska Kh.B., associate professor; Fedak A.Ya., senior teacher; Lvovskyi Ch.Z., senior teacher; Kisilenko M.O., assistant; Gladchuk M.Yu., assistant;
Semester: 5 семестр
Mode of study: денна
Learning outcomes: PR02. Knowledge of the basic principles and principles of architectural and urban planning activities. PR05. Ability to apply fundamental design theories, reconstruction, and restoration of architectural and urban, architectural-environmental, and landscape objects, modern methods and technologies, and international and domestic experience to solve specialized architectural and urban planning tasks. PR06. Ability to collect, analyze, and evaluate information from various sources necessary for making informed architectural and urban planning decisions. PR07. Ability to use software tools, IT technologies, and internet resources to solve specialized architectural and urban planning tasks. PR08. Knowledge of the regulatory framework for architectural and urban planning. PR10. Ability to apply modern tools and methods of engineering, artistic, and computer graphics used in architectural and urban planning. PR12. Ability to apply modern theoretical-methodological and typological approaches to solving problems of shaping and developing architectural, urban, and landscape environments. PR13. Ability to identify, analyze, and assess the needs and requirements of clients to find effective joint solutions for architectural and urban planning projects. PR14. Ability to choose rational architectural solutions based on the effectiveness of structural, engineering, building materials, and decorative-finishing materials in design analysis. PR17. Ability to apply energy-efficient and other innovative technologies in the design of architectural objects.
Required prior and related subjects: Previous educational disciplines: • Architectural Form and Materials (Course Project) • Fundamentals of Urban Planning and Landscape Architecture (Course Project) • Architectural Design of Public Buildings (Course Project) Related and subsequent educational disciplines: • Architectural Photogrammetry and Object Modeling • Interior Architectural Design (Course Project) • Computer Technologies in Architectural Design
Summary of the subject: The course "Architectural Photogrammetry and Object Modeling (Course Project)" is designed for one semester of study, with a total duration of 90 hours, including laboratory sessions and independent work. The course comprises both theoretical and practical components: The theoretical part of the course aims to develop an understanding of key principles of raster graphics in the context of architectural issues and tasks. It helps students comprehend the role of design in the technological chain of creating architectural objects, identify stages of work, and appreciate the synthesis of artistic and project creativity. The main topics covered in the assignments include basic tools for working with graphics, layers, color correction, painting tools in raster editors, masks, image post-processing, 3D visualization, and perspective work, among others. The practical part of the course involves the application of acquired knowledge and the implementation of practical tasks, such as creating multi-layered and photorealistic collages, architectural sketches, various format architectural posters, and a course project. Studying this course encourages students to adopt a creative approach in presenting realized projects and guides them towards independent idea generation and problem-solving within specific laboratory assignments.
Assessment methods and criteria: During the semester, students can earn up to 50 points for completing individual graphic assignments (5 assignments worth 10 points each) and up to 50 points for the final course project. Student work is evaluated based on the following criteria: timely completion, alignment with the assigned task, a creative individual approach, and a demonstration of proficiency in the relevant computer editor tools.
Recommended books: Basic: 1. Bryukhanova G. V. Computer Design Technologies. Educational Manual / G.V. Bryukhanova. – Publisher: Center for Educational Literature, 2019. – 180 p. 2. Vasilyuk A. S., Melnikova N. I. Computer Graphics / A. S. Vasilyuk, N. I. Melnikova. – Lviv: Publisher of the National University "Lviv Polytechnic", 2016. – 308 p. 3. Idak Yu. V., Klymenyuk T. M., Lyaskovsky O.Y. Fundamentals of Spatial Composition / Yu. V. Idak, T. M. Klymenyuk, O.Y. Lyaskovsky. – Lviv: Publisher of the National University "Lviv Polytechnic", 2020. – 212 p. 4. Pichkur M. O. Theory and Practice of Composition. Educational Manual / M. O. Pichkur – Publisher: Lira-K, 2022. – 238 p. 5. Synepupova N. Composition. Total Control / N. Synepupova – Kyiv: ArtHuss, 2019. – 240 p. 6. Itten. J. The Art of Color / J. Itten – Kyiv: ArtHuss, 2021. – 136 p. 7. Ivanov S. Fundamentals of Edition Composition / S. Ivanov – Lviv: Svit, 2013. – 232 p. 8. Pryshchenko S. Color Theory / S. Pryshchenko – Kyiv: Kondor Publishing House, 2018. – 436 p. 9. Pechenyuk T. Color Theory / T. Pechenyuk – Kyiv: Hrani-T, 2009. – 192 p. 10. Itten. J. The Art of Color / J. Itten – Kyiv: ArtHuss, 2022. – 96 p. 11. Prinz F. Competition Architecture / F. Prinz – Braun Publishing, 2010 – 242 p. 12. Ang T. Photoshop For Photography. The Art Of Picture Processing / T. Ang – Aurum, 2003 – 128 p. Supplementary: 1. Adams S. How Design Makes Us Think / S. Adams – Kyiv: ArtHuss, 2022. – 256 p. 2. Lupton E., Phillips C. Graphic Design. The New Basics / E. Lupton, C. Phillips – Kyiv: ArtHuss, 2020. – 264 p. 3. Ambrose G., Harris N. Basics. Graphic Design 01. Approach and Language / G. Ambrose, N. Harris – Kyiv: ArtHuss, 2019. – 192 p. 4. Ambrose G., Leonard N. Basics. Graphic Design 02. Design Research. Finding Successful Creative Solutions / G. Ambrose, N. Leonard – Kyiv: ArtHuss, 2019. – 192 p. 5. Ambrose G., Leonard N. Basics. Graphic Design 03. Idea Generation / G. Ambrose, N. Leonard – Kyiv: ArtHuss, 2019. – 192 p. 6. Leski K. Creativity as a Storm / K. Leski – Kyiv: ArtHuss, 2022. – 144 p. 7. Sutton T. Pocket Complete Color Harmony. 1,500-Plus Color Palettes for Designers, Artists, Architects, Makers, and Educators / T. Sutton – Rockport Publishers, 2020. – 192 p. 8. Eckstut A., Eckstut J. What Is Color? 50 Questions and Answers on the Science of Color / A. Eckstut, J. Eckstut – Abrams, 2020. – 144 p. 9. Cheng K. Designing Type / Karen Cheng – Laurence King Publishing, Vol. №2, 2020. – 248 p.

Modeling of Controlled Plants (курсовий проєкт)

Major: Architecture and Town Planning
Code of subject: 6.191.02.E.284
Credits: 3.00
Department: Design and Architecture Fundamentals
Lecturer: Proskuryakov O.V., associate professor; Kulchytska Kh.B., associate professor; Fedak A.Ya., senior teacher; Lvovskyi Ch.Z., senior teacher; Kisilenko M.O., assistant; Gladchuk M.Yu., assistant;
Semester: 5 семестр
Mode of study: денна
Learning outcomes: PR02. Knowledge of the basic principles and principles of architectural and urban planning activities. PR05. Ability to apply fundamental design theories, reconstruction, and restoration of architectural and urban, architectural-environmental, and landscape objects, modern methods and technologies, and international and domestic experience to solve specialized architectural and urban planning tasks. PR06. Ability to collect, analyze, and evaluate information from various sources necessary for making informed architectural and urban planning decisions. PR07. Ability to use software tools, IT technologies, and internet resources to solve specialized architectural and urban planning tasks. PR08. Knowledge of the regulatory framework for architectural and urban planning. PR10. Ability to apply modern tools and methods of engineering, artistic, and computer graphics used in architectural and urban planning. PR12. Ability to apply modern theoretical-methodological and typological approaches to solving problems of shaping and developing architectural, urban, and landscape environments. PR13. Ability to identify, analyze, and assess the needs and requirements of clients to find effective joint solutions for architectural and urban planning projects. PR14. Ability to choose rational architectural solutions based on the effectiveness of structural, engineering, building materials, and decorative-finishing materials in design analysis. PR17. Ability to apply energy-efficient and other innovative technologies in the design of architectural objects.
Required prior and related subjects: Previous educational disciplines: • Architectural Form and Materials (Course Project) • Fundamentals of Urban Planning and Landscape Architecture (Course Project) • Architectural Design of Public Buildings (Course Project) Related and subsequent educational disciplines: • Architectural Photogrammetry and Object Modeling • Interior Architectural Design (Course Project) • Computer Technologies in Architectural Design
Summary of the subject: The course "Architectural Photogrammetry and Object Modeling (Course Project)" is designed for one semester of study, with a total duration of 90 hours, including laboratory sessions and independent work. The course comprises both theoretical and practical components: The theoretical part of the course aims to develop an understanding of key principles of raster graphics in the context of architectural issues and tasks. It helps students comprehend the role of design in the technological chain of creating architectural objects, identify stages of work, and appreciate the synthesis of artistic and project creativity. The main topics covered in the assignments include basic tools for working with graphics, layers, color correction, painting tools in raster editors, masks, image post-processing, 3D visualization, and perspective work, among others. The practical part of the course involves the application of acquired knowledge and the implementation of practical tasks, such as creating multi-layered and photorealistic collages, architectural sketches, various format architectural posters, and a course project. Studying this course encourages students to adopt a creative approach in presenting realized projects and guides them towards independent idea generation and problem-solving within specific laboratory assignments.
Assessment methods and criteria: During the semester, students can earn up to 50 points for completing individual graphic assignments (5 assignments worth 10 points each) and up to 50 points for the final course project. Student work is evaluated based on the following criteria: timely completion, alignment with the assigned task, a creative individual approach, and a demonstration of proficiency in the relevant computer editor tools.
Recommended books: Basic: 1. Bryukhanova G. V. Computer Design Technologies. Educational Manual / G.V. Bryukhanova. – Publisher: Center for Educational Literature, 2019. – 180 p. 2. Vasilyuk A. S., Melnikova N. I. Computer Graphics / A. S. Vasilyuk, N. I. Melnikova. – Lviv: Publisher of the National University "Lviv Polytechnic", 2016. – 308 p. 3. Idak Yu. V., Klymenyuk T. M., Lyaskovsky O.Y. Fundamentals of Spatial Composition / Yu. V. Idak, T. M. Klymenyuk, O.Y. Lyaskovsky. – Lviv: Publisher of the National University "Lviv Polytechnic", 2020. – 212 p. 4. Pichkur M. O. Theory and Practice of Composition. Educational Manual / M. O. Pichkur – Publisher: Lira-K, 2022. – 238 p. 5. Synepupova N. Composition. Total Control / N. Synepupova – Kyiv: ArtHuss, 2019. – 240 p. 6. Itten. J. The Art of Color / J. Itten – Kyiv: ArtHuss, 2021. – 136 p. 7. Ivanov S. Fundamentals of Edition Composition / S. Ivanov – Lviv: Svit, 2013. – 232 p. 8. Pryshchenko S. Color Theory / S. Pryshchenko – Kyiv: Kondor Publishing House, 2018. – 436 p. 9. Pechenyuk T. Color Theory / T. Pechenyuk – Kyiv: Hrani-T, 2009. – 192 p. 10. Itten. J. The Art of Color / J. Itten – Kyiv: ArtHuss, 2022. – 96 p. 11. Prinz F. Competition Architecture / F. Prinz – Braun Publishing, 2010 – 242 p. 12. Ang T. Photoshop For Photography. The Art Of Picture Processing / T. Ang – Aurum, 2003 – 128 p. Supplementary: 1. Adams S. How Design Makes Us Think / S. Adams – Kyiv: ArtHuss, 2022. – 256 p. 2. Lupton E., Phillips C. Graphic Design. The New Basics / E. Lupton, C. Phillips – Kyiv: ArtHuss, 2020. – 264 p. 3. Ambrose G., Harris N. Basics. Graphic Design 01. Approach and Language / G. Ambrose, N. Harris – Kyiv: ArtHuss, 2019. – 192 p. 4. Ambrose G., Leonard N. Basics. Graphic Design 02. Design Research. Finding Successful Creative Solutions / G. Ambrose, N. Leonard – Kyiv: ArtHuss, 2019. – 192 p. 5. Ambrose G., Leonard N. Basics. Graphic Design 03. Idea Generation / G. Ambrose, N. Leonard – Kyiv: ArtHuss, 2019. – 192 p. 6. Leski K. Creativity as a Storm / K. Leski – Kyiv: ArtHuss, 2022. – 144 p. 7. Sutton T. Pocket Complete Color Harmony. 1,500-Plus Color Palettes for Designers, Artists, Architects, Makers, and Educators / T. Sutton – Rockport Publishers, 2020. – 192 p. 8. Eckstut A., Eckstut J. What Is Color? 50 Questions and Answers on the Science of Color / A. Eckstut, J. Eckstut – Abrams, 2020. – 144 p. 9. Cheng K. Designing Type / Karen Cheng – Laurence King Publishing, Vol. №2, 2020. – 248 p.

Modeling of Controlled Plants (курсовий проєкт)

Major: Architecture and Town Planning
Code of subject: 6.191.03.E.322
Credits: 3.00
Department: Design and Architecture Fundamentals
Lecturer: Proskuryakov O.V., associate professor; Kulchytska Kh.B., associate professor; Fedak A.Ya., senior teacher; Lvovskyi Ch.Z., senior teacher; Kisilenko M.O., assistant; Gladchuk M.Yu., assistant;
Semester: 5 семестр
Mode of study: денна
Learning outcomes: PR02. Knowledge of the basic principles and principles of architectural and urban planning activities. PR05. Ability to apply fundamental design theories, reconstruction, and restoration of architectural and urban, architectural-environmental, and landscape objects, modern methods and technologies, and international and domestic experience to solve specialized architectural and urban planning tasks. PR06. Ability to collect, analyze, and evaluate information from various sources necessary for making informed architectural and urban planning decisions. PR07. Ability to use software tools, IT technologies, and internet resources to solve specialized architectural and urban planning tasks. PR08. Knowledge of the regulatory framework for architectural and urban planning. PR10. Ability to apply modern tools and methods of engineering, artistic, and computer graphics used in architectural and urban planning. PR12. Ability to apply modern theoretical-methodological and typological approaches to solving problems of shaping and developing architectural, urban, and landscape environments. PR13. Ability to identify, analyze, and assess the needs and requirements of clients to find effective joint solutions for architectural and urban planning projects. PR14. Ability to choose rational architectural solutions based on the effectiveness of structural, engineering, building materials, and decorative-finishing materials in design analysis. PR17. Ability to apply energy-efficient and other innovative technologies in the design of architectural objects.
Required prior and related subjects: Previous educational disciplines: • Architectural Form and Materials (Course Project) • Fundamentals of Urban Planning and Landscape Architecture (Course Project) • Architectural Design of Public Buildings (Course Project) Related and subsequent educational disciplines: • Architectural Photogrammetry and Object Modeling • Interior Architectural Design (Course Project) • Computer Technologies in Architectural Design
Summary of the subject: The course "Architectural Photogrammetry and Object Modeling (Course Project)" is designed for one semester of study, with a total duration of 90 hours, including laboratory sessions and independent work. The course comprises both theoretical and practical components: The theoretical part of the course aims to develop an understanding of key principles of raster graphics in the context of architectural issues and tasks. It helps students comprehend the role of design in the technological chain of creating architectural objects, identify stages of work, and appreciate the synthesis of artistic and project creativity. The main topics covered in the assignments include basic tools for working with graphics, layers, color correction, painting tools in raster editors, masks, image post-processing, 3D visualization, and perspective work, among others. The practical part of the course involves the application of acquired knowledge and the implementation of practical tasks, such as creating multi-layered and photorealistic collages, architectural sketches, various format architectural posters, and a course project. Studying this course encourages students to adopt a creative approach in presenting realized projects and guides them towards independent idea generation and problem-solving within specific laboratory assignments.
Assessment methods and criteria: During the semester, students can earn up to 50 points for completing individual graphic assignments (5 assignments worth 10 points each) and up to 50 points for the final course project. Student work is evaluated based on the following criteria: timely completion, alignment with the assigned task, a creative individual approach, and a demonstration of proficiency in the relevant computer editor tools.
Recommended books: Basic: 1. Bryukhanova G. V. Computer Design Technologies. Educational Manual / G.V. Bryukhanova. – Publisher: Center for Educational Literature, 2019. – 180 p. 2. Vasilyuk A. S., Melnikova N. I. Computer Graphics / A. S. Vasilyuk, N. I. Melnikova. – Lviv: Publisher of the National University "Lviv Polytechnic", 2016. – 308 p. 3. Idak Yu. V., Klymenyuk T. M., Lyaskovsky O.Y. Fundamentals of Spatial Composition / Yu. V. Idak, T. M. Klymenyuk, O.Y. Lyaskovsky. – Lviv: Publisher of the National University "Lviv Polytechnic", 2020. – 212 p. 4. Pichkur M. O. Theory and Practice of Composition. Educational Manual / M. O. Pichkur – Publisher: Lira-K, 2022. – 238 p. 5. Synepupova N. Composition. Total Control / N. Synepupova – Kyiv: ArtHuss, 2019. – 240 p. 6. Itten. J. The Art of Color / J. Itten – Kyiv: ArtHuss, 2021. – 136 p. 7. Ivanov S. Fundamentals of Edition Composition / S. Ivanov – Lviv: Svit, 2013. – 232 p. 8. Pryshchenko S. Color Theory / S. Pryshchenko – Kyiv: Kondor Publishing House, 2018. – 436 p. 9. Pechenyuk T. Color Theory / T. Pechenyuk – Kyiv: Hrani-T, 2009. – 192 p. 10. Itten. J. The Art of Color / J. Itten – Kyiv: ArtHuss, 2022. – 96 p. 11. Prinz F. Competition Architecture / F. Prinz – Braun Publishing, 2010 – 242 p. 12. Ang T. Photoshop For Photography. The Art Of Picture Processing / T. Ang – Aurum, 2003 – 128 p. Supplementary: 1. Adams S. How Design Makes Us Think / S. Adams – Kyiv: ArtHuss, 2022. – 256 p. 2. Lupton E., Phillips C. Graphic Design. The New Basics / E. Lupton, C. Phillips – Kyiv: ArtHuss, 2020. – 264 p. 3. Ambrose G., Harris N. Basics. Graphic Design 01. Approach and Language / G. Ambrose, N. Harris – Kyiv: ArtHuss, 2019. – 192 p. 4. Ambrose G., Leonard N. Basics. Graphic Design 02. Design Research. Finding Successful Creative Solutions / G. Ambrose, N. Leonard – Kyiv: ArtHuss, 2019. – 192 p. 5. Ambrose G., Leonard N. Basics. Graphic Design 03. Idea Generation / G. Ambrose, N. Leonard – Kyiv: ArtHuss, 2019. – 192 p. 6. Leski K. Creativity as a Storm / K. Leski – Kyiv: ArtHuss, 2022. – 144 p. 7. Sutton T. Pocket Complete Color Harmony. 1,500-Plus Color Palettes for Designers, Artists, Architects, Makers, and Educators / T. Sutton – Rockport Publishers, 2020. – 192 p. 8. Eckstut A., Eckstut J. What Is Color? 50 Questions and Answers on the Science of Color / A. Eckstut, J. Eckstut – Abrams, 2020. – 144 p. 9. Cheng K. Designing Type / Karen Cheng – Laurence King Publishing, Vol. №2, 2020. – 248 p.