Understanding the PRBOA Syllabus: A Complete Breakdown
A detailed look at what topics to expect in each subject area of the Architect Licensure Examination.
The Professional Regulatory Board of Architecture sets the ALE syllabus, and it is long enough that most reviewees never read it end to end. That is how people arrive over-prepared on design and thin on professional practice. Below is the structure of the exam, then the topic areas under each subject and how the questions are actually scored.
ALE (Architecture Licensure Examination) Structure
Professional Regulation Commission (PRC) • PRBOA Administered
1. History & Theory of Architecture, Principles of Planning & Architectural Practice
Philippine architectural heritage, Filipino architects, RA 9266 & professional practice
2. Utilities, Structural Conceptualization, Building Materials & Technology
NBC (PD 1096), BP 344, structural loads, typhoon/seismic-resistant design
3. Architectural Design and Site Planning
Full-day design problem, OMR-scored multiple-problem format
Passing rule: a 70% weighted general average, with no subject rated below 50% (RA 9266 IRR, Sec. 15). The exam tests Philippine laws (RA 9266, PD 1096, BP 344), local climate considerations (typhoons, tropical heat), and Filipino architectural heritage.
How the ALE Is Structured
The ALE is divided into three official subjects taken over two examination days, weighted as follows in your final rating:
- History & Theory of Architecture, Principles of Planning & Architectural Practice: 30% (Day 1, 8:00 AM to 1:00 PM)
- Utilities, Structural Conceptualization, Building Materials & Technology: 30% (Day 1, 2:00 PM to 7:00 PM)
- Architectural Design and Site Planning: 40% (Day 2, 8:00 AM to 6:00 PM, a full-day design problem)
- To pass, you need a 70% general weighted average, with no subject rated below 50% (RA 9266 IRR, Sec. 15).
Architectural Design and Site Planning
Design is the subject most people find hardest, and it carries the largest weight:
- Site analysis and environmental factors
- Space programming and functional relationships
- Building orientation and climate responsiveness
- Zoning regulations and setback requirements
- Accessibility compliance (BP 344)
- Sustainable design principles
- Presentation techniques and architectural graphics
Building Technology and Utilities
Heavy emphasis on National Building Code and technical systems:
- NBC requirements and interpretations
- Fire safety systems and egress planning
- Plumbing and sanitary systems
- Electrical systems and lighting design
- HVAC and mechanical systems
- Building materials and specifications
- Construction methods and assemblies
- Energy efficiency and green building
History and Theory of Architecture
Covers both Philippine and Western architectural history:
- Philippine architectural heritage and vernacular architecture
- Notable Filipino architects (Juan Nakpil, Leandro Locsin, etc.)
- Western architectural history (Classical to Modern)
- Architectural theories and design philosophies
- Contemporary movements and trends
- Indigenous building traditions
- Urban planning history in the Philippines
Professional Practice
Legal, ethical, and business aspects of architectural practice:
- RA 9266: Architecture Act of 2004
- Code of Ethical Conduct for architects
- Contract documents (AIA forms adaptation)
- Project delivery methods
- Professional fees and billing
- Liability and professional insurance
- Client relations and project management
- Construction administration
Structural and Construction Systems
Engineering fundamentals for architectural applications:
- Structural analysis basics
- Load calculations (dead, live, wind, seismic)
- Material properties (concrete, steel, timber)
- Foundation types and soil considerations
- Lateral force resisting systems
- Construction sequencing
- Detailing and connections
- Construction safety practices
Exam Format and Question Types
The format matters as much as the content here:
- Multiple choice / situational questions: The dominant format, machine-scored (OMR) across all three subjects. Even Architectural Design and Site Planning is graded as a multiple-problem OMR format, not freehand drafting
- Problem-solving questions: Calculations and technical applications
- Scenario-based questions: Real-world application of concepts
- Time management: Pace yourself against each session's length. History & Theory and Utilities/Structural each run a 5-hour session, while Design and Site Planning runs a full 10-hour day
High-Yield Topics (Most Frequently Tested)
Focus extra attention on these areas:
- NBC occupancy classifications and requirements
- Fire safety and means of egress
- Accessibility standards (BP 344)
- Professional fees computation
- Load calculations and structural member sizing
- Philippine architectural heritage
- Contract administration procedures
Key Takeaways
Not every topic on the syllabus carries the same weight, but the 50% floor per subject means you can't trade one away entirely. Cover everything to a working level first, then spend your remaining hours on the high-yield list above. Arkitekto's quizzes are organized by topic, so you can work through the syllabus in roughly this order and watch where your scores drop off.
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