Department Mission

• To foster academic excellence through the integration of innovative design and cutting-edge technology.
• To generate new knowledge and solutions that address contemporary challenges in architecture.
• To equip graduates with the skills and creativity required to tackle future architectural and societal challenges.
• To instill high ethical standards and social responsibility in students, preparing them to contribute positively to the built environment.

Department Objectives

• Provide a strong foundation in architectural design, theory, and sustainability.
• Encourage innovation and critical thinking to develop creative solutions.
• Equip students with practical skills and ethical values for professional practice.
• Foster lifelong learning and engagement with emerging trends in architecture.

MoU's

Ar. Senthil Kumar SR
COA number CA/2007/40197
Space Edge
Tumkur

Program Educational Objectives (PEOS)

1. Professional Competence:
Equip students with a strong foundation in architectural theory, design principles, and construction technologies to excel as professionals in diverse architectural and urban design fields.

2. Sustainable Design Focus:
Foster a deep understanding of sustainable and environmentally responsible design practices, enabling graduates to address climate-specific challenges, particularly in hot and dry regions.

3. Lifelong Learning and Research:
Encourage continuous learning, critical thinking, and research-based approaches to problem-solving, preparing students to adapt to evolving industry trends and contribute to academic and professional knowledge.

4. Ethical Leadership and Collaboration:
Instill ethical values, leadership skills, and the ability to work collaboratively across interdisciplinary teams, promoting social responsibility and cultural sensitivity in architectural practice.

5. Innovation and Technology Integration:
Develop graduates’ proficiency in emerging technologies, digital tools, and innovative construction methods, fostering creativity and efficiency in designing built environments.

6. Community Engagement:
Prepare students to engage with communities and stakeholders effectively, promoting inclusive, user-centric design solutions that enhance social and cultural well-being.

Program Specific Outcomes (PSOS)

1. Design Mastery:
Demonstrate the ability to conceptualize, design, and execute innovative architectural projects that integrate functionality, aesthetics, and sustainability.

2. Sustainability Application:
Apply principles of sustainable design and passive techniques to create energy-efficient and climate-responsive buildings, particularly in hot and dry regions.

3. Technical Proficiency:
Utilize advanced architectural tools, software (such as AutoCAD, Revit, and SketchUp), and construction technologies to develop precise and effective design solutions.

4. Contextual Understanding:
Analyze and respond to social, cultural, historical, and environmental contexts to design spaces that reflect and respect local heritage and community needs.

5. Structural Integration:
Demonstrate the ability to integrate structural, environmental, and building service systems seamlessly into architectural designs.

6. Research and Innovation:
Conduct independent research to explore emerging trends and technologies, applying innovative solutions to complex architectural and urban design challenges.

7. Ethical and Professional Responsibility:
Uphold ethical standards and demonstrate professional responsibility in architectural practice, ensuring social relevance and environmental stewardship.

8. Effective Communication:
Develop and present design concepts effectively through verbal, written, and graphical communication, fostering clear collaboration with clients, stakeholders, and multidisciplinary teams.

9. Project Management Skills:
Apply project management principles, including budgeting, scheduling, and resource allocation, to execute architectural projects efficiently.

10. Community-Centric Design:
Engage with communities to design inclusive, user-centric spaces that enhance social well-being and promote cultural continuity.

Department Facilities

1. Design Studios:
Fully equipped studios with advanced software (AutoCAD, Revit, SketchUp) and tools for architectural design, modeling, and drafting.

2. Library and Resource Center:
A comprehensive collection of books, journals, research papers, and digital resources related to architecture, urban planning, and sustainable design.

3. Computer Labs:
Modern computer labs with high-performance workstations and design software to support digital rendering, 3D modeling, and other architectural tasks.

4. Workshop and Fabrication Lab:
Hands-on workshop with tools for model making, material testing, and construction techniques, along with 3D printing and other fabrication technologies.

5. Project Presentation Rooms:
Dedicated spaces for students to present their projects, equipped with multimedia facilities for professional presentations.

6. Sustainable Design Labs:
Labs for experimenting with sustainable materials, energy-efficient designs, and renewable energy systems for environmentally conscious architecture.

7. Lecture Halls and Seminar Rooms:
Well-equipped spaces for interactive learning, guest lectures, seminars, and workshops with the latest audio-visual aids.

8. Outdoor Design Spaces and Green Areas:
Areas for landscape design, environmental simulations, and urban design projects, offering a real-world context for architectural solutions.

9. Collaborative Spaces:
Open collaborative areas encouraging group work, peer interaction, and interdisciplinary projects.