To excel in the Nepal Engineering Council Registration Examination for Architecture (AArc) Click here to download syllabus, it's essential to have a structured and focused study plan. Below is a 10-week study plan that covers all the major topics, allowing you to grasp key concepts, practice problem-solving, and review thoroughly before the exam.
Week 1: Understanding Nepalese Architectural Context
- Day 1-2: Study the architecture of Nepal during the Licchavi, Malla, Shah, and Rana periods, focusing on materials, technology, and architectural elements.
- Day 3-4: Explore traditional Nepalese architectural typologies, including residential, religious, and urban structures.
- Day 5: Study vernacular architecture across different physiographic regions of Nepal, focusing on functional, technological, and aesthetic aspects.
- Day 6-7: Review Nepalese world heritage sites, conservation criteria, and prevailing zoning ordinances and building regulations.
Week 2: Building Materials and Construction Technology
- Day 1-2: Study traditional and modern materials, including stone, brick, timber, metals, and alloys, focusing on their properties and uses.
- Day 3-4: Explore the use of lime, cement, and concrete in construction, including testing and application methods.
- Day 5: Study walls, openings, and finishing materials like paints, varnishes, and cladding.
- Day 6-7: Review foundation works, including different types of foundations and temporary works like shoring and scaffolding.
Week 3: Architectural History and Theories
- Day 1-2: Study ancient architecture from Egypt, Greece, and Rome, and medieval architecture, focusing on materials, technology, and examples.
- Day 3: Explore Eastern architecture, including Buddhist and Hindu temple typologies, and Vaastu Shastra.
- Day 4-5: Study doctrinal theories of modern and post-modern architecture, focusing on key movements and examples.
- Day 6-7: Review the philosophies, design theories, and works of master architects like Mies Van Der Rohe, Frank Lloyd Wright, and Le Corbusier.
Week 4: Architecture Design I (Basic Studio Works)
- Day 1-2: Study principles of composition, including axis, symmetry, balance, harmony, and rhythm.
- Day 3-4: Learn the theory and principles of projection, including orthographic and perspective projections.
- Day 5: Explore basic architectural drawings, including master plans, site plans, floor plans, and elevations.
- Day 6-7: Review the basics of architectural design processes, including literature/case studies, concept formulation, and basic computer graphics (CAD).
Week 5: Architecture Design II (Advanced Studio Works)
- Day 1-2: Study advanced architectural drawings, including detailed master plans, sections, and elevations.
- Day 3-4: Explore advanced architectural design processes, focusing on tangible and intangible aspects of design.
- Day 5-6: Learn advanced computer graphics techniques using software like SketchUp, Photoshop, and Lumion.
- Day 7: Review the creation of municipal sets of architectural drawings, including structural and sanitation details.
Week 6: Basic Engineering Aspects & Building Science in Architecture
- Day 1-2: Study fundamentals of structural analysis, including center of gravity, stresses, and strains.
- Day 3-4: Explore basic design and calculations for steel structures and R.C.C. components.
- Day 5: Learn about survey techniques, area and volume calculations, and methods of estimating quantities.
- Day 6-7: Review climatology, lighting, acoustics, and energy conservation techniques in architecture.
Week 7: Settlement Planning and Architecture
- Day 1-2: Study planning concepts and theoretical models, including the work of Patric Geddes and Ebenezer Howard.
- Day 3-4: Explore urbanization, development plans, and planning practices in Nepal.
- Day 5: Study demography/population studies, focusing on statistical analysis and its relevance in planning.
- Day 6-7: Review land development methods, urban design principles, and regulatory frameworks in Nepal.
Week 8: Site Works and Landscaping
- Day 1-2: Study site analysis and natural systems components, including climate, ecology, and soils.
- Day 3-4: Learn about soil’s bearing capacity, topography, and landforms.
- Day 5: Explore the synthesis and interpretation of site data, including site planning and grading.
- Day 6-7: Review hard and soft landscape elements, open spaces, and contemporary landscape typologies.
Week 9: Architects, Society, and Policies
- Day 1-2: Study the relationship between architecture, society, and culture, focusing on the built environment.
- Day 3-4: Explore the role and responsibility of architects in society, including professional ethics and potential conflicts.
- Day 5: Review sociological and anthropological aspects in architecture, focusing on social philosophy and its impact on design.
- Day 6-7: Study regulatory controls, including the National Building Codes, Town Planning Act, and Housing and Apartment Act in Nepal.
Week 10: Project Planning, Design, and Implementation
- Day 1-2: Study engineering drawings, including orthographic and isometric projections.
- Day 3: Learn about engineering economics, focusing on project cash flow, interest, and time value of money.
- Day 4-5: Explore project planning, scheduling, and management techniques, including CPM and PERT.
- Day 6: Review engineering professional practice, focusing on environmental and societal considerations, professional ethics, and occupational health and safety.
- Day 7: Final revision and mock tests to evaluate your preparation.
This study plan provides a balanced approach to covering the entire syllabus, ensuring you're well-prepared for each section of the exam. Stick to the schedule, stay consistent, and you'll be on your way to success in the Nepal Engineering Council Registration Examination for Architecture. Good luck!
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