Fire rated walls are tested and certified wall assemblies that buy precious time during a fire emergency. This episode breaks down how fire rated wall assemblies actually work, from the science behind Type X gypsum board to UL assembly specifications and firestopping requirements.

You'll learn the difference between 1-hour and 2-hour fire rated walls, when building codes require each type, and the common mistakes that compromise fire rated wall construction. We also cover Type X vs Type C drywall, shaft wall assemblies, and how fire compartmentalization protects building occupants.

📝 Key topics covered:

• Fire rated walls and how compartmentalization saves lives

• Type X drywall and the calcination process

• 1-hour vs 2-hour fire rated wall assemblies

• UL assemblies and how to specify them correctly

• Fire stopping penetrations in fire rated walls

• Common fire rated wall mistakes to avoid

⏱️ Chapters:

(0:00) Introduction and Overview

(2:23) What Is a Fire Rated Wall

(3:53) Why Fire Rated Walls Matter

(5:42) Science Behind Fire Rated Walls

(8:02) Real-World Applications

(10:09) UL Assemblies and Specifications

(11:55) Common Mistakes

(14:46) Inspection and Quality Control

(15:54) National Gypsum Resources

(17:41) ARE Exam Applications

(19:38) Conclusion

📖 Read the full blog post

📝 Download the FREE 2-page Fire Rated Walls study notes

🎯 Get access to all ARE study materials with the ARE 101 Membership

🎯 Join our 10-week ARE Boot Camp

📚 Individual ARE Exam Courses:

• Building Codes 101

• PPD 101 (Project Planning and Design)

• PDD 101 (Construction Documents and Specs)

• PA 101 (Programming and Analysis)

• CE 101 (Construction and Evaluation)

• CDT 101 (Construction Documents Technologist)

• CCCA 101 (Construction Contract Administration)

• PcM 101 (Practice Management)

• PjM 101 (Project Management)

• Mechanical Systems 101

• AIA Contracts 101

Building code compliance is one of the most important skills on the PA exam, and Section 2 covers 16-22% of your total score. In this episode, Layla breaks down all three objectives in PA Section 2: identifying relevant building code requirements, understanding zoning and land use, and navigating local and site-specific regulations like historic preservation and environmental constraints.

Most candidates approach codes the wrong way. They try to memorize fire ratings, exit widths, and code tables instead of understanding how to apply the right codes to the right project. This section isn't testing whether you can recite the IBC. It's testing whether you know which codes apply to a specific project type and location, and how those requirements shape your programming decisions before design even starts.

You'll learn the Big Three codes that show up on almost every project, how floor area ratio calculations work, when variances and conditional use permits are appropriate, and what makes site-specific requirements like historic preservation and wetlands different from standard code research. Plus Layla shares the 10 most common PA Section 2 study mistakes and exactly how to avoid them.

📝 Key topics covered:

• The "Big Three" codes every architect needs to know: IBC, ADA, and local amendments

• Floor area ratio calculations and how zoning shapes your building program

• Variances vs. conditional use permits and when each applies

• Historic preservation standards and environmental site constraints

• The 10 most common PA Section 2 study mistakes

⏱️ Chapters:

(0:00) Building Code Compliance and the PA Exam

(2:51) Understanding the ARE Structure

(3:45) PA Exam Overview and Section Breakdown

(7:18) Codes and Regulations: What Section 2 Tests

(10:25) Objective 2.1: Building Code Requirements

(14:05) Objective 2.2: Zoning and Land Use Requirements

(18:05) Objective 2.3: Local and Site-Specific Requirements

(21:59) 10 Study Mistakes: PA Section 2

(25:46) Study Strategies for PA Section 2

(29:58) Conclusion and Key Takeaways

📖 Read the full blog post

📝 Download the FREE PA Section 2 study notes

🎯 Get access to all ARE study materials with the ARE 101 Membership

🎯 Join our 10-week ARE Boot Camp

📚 Individual ARE Exam Courses:

• PA 101 (Programming and Analysis)

• Building Codes 101

• PPD 101 (Project Planning and Design)

• PDD 101 (Construction Documents and Specs)

• PcM 101 (Practice Management)

• PjM 101 (Project Management)

• CE 101 (Construction and Evaluation)

• AIA Contracts 101

• Mechanical Systems 101

The best ARE 5.0 test order saves you hundreds of hours and thousands of dollars in retakes.

This episode breaks down the exact ARE exam sequence that works for 95% of candidates, why starting with the professional practice exams (PcM, PjM, CE) builds the foundation you need for everything else, and the most common bad advice that derails people right at the start.

Michael covers the two distinct phases of the ARE, the PA strategy (study hard, take it once, and save it for last if needed), why PPD and PDD are monster exams that work best as a pair, and why studying for all six exams at once is one of the worst things you can do for your licensing timeline.

📝 Key topics covered:

• ARE 5.0 test order: the sequence that works for 95% of candidates

• Why pro practice divisions come before technical exams

• The PA strategy: study hard, take once, retake last if needed

• PPD and PDD: why they work best taken 2-4 weeks apart

• Common bad advice: studying all six exams at once, taking PA first, scheduling upfront

⏱️ Chapters:

(0:00) Introduction

(4:02) Timeline Reality Check

(5:17) Understanding the Two ARE Phases

(8:07) Pro Practice Exam Strategy

(10:01) Technical Exam Strategy

(12:47) Common Bad Advice and Mistakes

(21:22) Conclusion and Next Steps

📖 Read the full blog post

📝 Download the FREE ARE Exam Order study notes

🎯 Get access to all ARE study materials with the ARE 101 Membership

🎯 Join our 10-week ARE Boot Camp

📚 Individual ARE Exam Courses:

• PcM 101 (Practice Management)

• PjM 101 (Project Management)

• CE 101 (Construction and Evaluation)

• PA 101 (Programming and Analysis)

• PPD 101 (Project Planning and Design)

• PDD 101 (Project Development and Documentation)

• AIA Contracts 101

• Building Codes 101

• Mechanical Systems 101

Construction disputes and construction claims are an unavoidable part of working in the AEC industry. Whether you're managing an active project or preparing for the ARE exam, knowing how to prevent, navigate, and resolve these situations is one of the most valuable skills you can develop.

Emily breaks down everything you need to know — from the difference between a claim and a dispute, to the Spearin doctrine, to how mediation and arbitration actually work in practice. Two case studies show how real construction disputes play out and what documentation made the difference.

📝 Key topics covered:

• What makes a construction claim valid (entitlement, causation, quantum, notice)

• The 21-day notice rule under AIA A201 and why missing it kills your claim

• Construction delay claims: excusable vs. compensable delay

• The Spearin doctrine and what it means for design professionals

• Mediation vs. arbitration: the key differences every ARE candidate needs to know

⏱️ Chapters:

(0:00) Introduction

(3:35) Claims vs. Disputes: Key Definitions

(7:44) Common Construction Claim Types

(13:22) The Real Cost of Construction Disputes

(19:48) Case Study: Design Error Claim

(22:42) How to Prevent Construction Claims

(29:14) Case Study: Construction Delay Claim

(32:40) Dispute Resolution: Negotiation to Litigation

(37:18) Spearin Doctrine and Project Delivery

(41:18) Key Takeaways

📖 Read the full blog post

📝 Download the FREE Claims and Disputes study notes

🎯 Get access to all ARE study materials with the ARE 101 Membership

🎯 Join our 10-week ARE Boot Camp

📚 Individual ARE Exam Courses:

CE 101 (Construction and Evaluation)

PjM 101 (Project Management)

PcM 101 (Practice Management)

AIA Contracts 101

CDT 101 (Construction Documents Technologist)

CCCA 101 (Construction Contract Administration)

Test taking strategies are the difference between walking out confident and walking out wondering what just happened. If you've ever studied hard, knew the content, and still felt blindsided by how ARE exam questions were worded — this episode is for you.

Michael and Layla break down the exact techniques that help you read ARE exam questions strategically. You'll learn how to strip away the noise NCARB builds into every question, catch the qualifier words that change the correct answer entirely, and use multiple choice strategies to eliminate wrong answers even when you're not 100% sure. These aren't theories — they come from real conversations with real candidates about where they were getting stuck.

The best part? These same analytical skills translate directly into practice. When you're interpreting building codes, reviewing RFIs, or working through a complex client situation, you're using the same thinking process. Mastering how to read an ARE question doesn't just help you pass exams — it makes you a sharper architect.

📝 Key topics covered:

• Why knowing the content isn't enough to pass ARE questions

• The three types of distracting information NCARB builds into questions

• Five qualifier words (MOST, LEAST, FIRST, BEST, PRIMARY) that change everything

• Strategic answer elimination and red flag phrases

• The flag-and-return time management method

⏱️ Chapters:

(0:00) Introduction

(4:24) Test-Taking Psychology

(6:44) Question Anatomy

(10:23) Key Qualifier Words That Change Everything

(13:04) Strategic Answer Elimination

(16:47) Time Management for Maximum Performance

(20:12) Practice Example Walkthrough

(24:58) Advanced Test-Taking Tactics

(26:55) Conclusion

📖 Read the full blog post

📝 Download the FREE ARE Exam Questions study notes

🎯 Get access to all ARE study materials with the ARE 101 Membership

🎯 Join our 10-week ARE Boot Camp

📚 Individual ARE Exam Courses:

ARE Boot Camp (10-week coaching program)

ARE 101 Membership (all courses)

PA 101 (Programming and Analysis)

PcM 101 (Practice Management)

PjM 101 (Project Management)

CE 101 (Construction and Evaluation)

PPD 101 (Project Planning and Design)

PDD 101 (Construction Documents and Specs)

Building Codes 101

Mechanical Systems 101

AIA Contracts 101

Types of elevators explained: hydraulic, traction, and machine room-less (MRL) systems, how each one works, when to use them, and what architects need to know for the ARE exam.

Whether you're designing a 3-story office building or a 25-story residential tower, choosing the wrong elevator type can blow your budget, violate code, and create accessibility problems. Hydraulic elevators top out around 65 feet. Geared traction systems reach up to 300 feet. Gearless traction systems have no height limit. MRL systems split the difference for mid-rise projects where space efficiency matters. Each system has a different structural impact, energy profile, and maintenance story.

This episode breaks down all three main elevator systems with specs, height limits, selection criteria, ADA requirements, and fire safety code references. Elevator knowledge shows up across PA for early programming decisions, PPD for systems integration and selection, and PDD for technical coordination and code compliance.

📝 Key topics covered:

• Hydraulic vs traction vs MRL elevator systems

• Elevator hoistway, pit, and machine room requirements

• Geared vs gearless traction elevators

• ADA accessibility requirements for elevator cabs

• Five-step fire emergency protocol

⏱️ Chapters:

(0:00) Introduction

(2:27) Elevator Types and Classification

(4:46) Elevator Components: Hoistway, Pit, and Machine Room

(7:53) Hydraulic Elevator: The Low-Rise Workhorse

(10:51) Traction Elevator Systems: Geared and Gearless

(13:35) Machine Room-Less (MRL) Elevator

(15:43) Code Compliance and ADA Requirements

(18:22) Elevator Design Mistakes to Avoid

(20:50) Emerging Elevator Technologies

(22:37) ARE Exam Tips: Hydraulic, Traction, and MRL

📖 Read the full blog post

📝 Download the FREE Elevator Systems study notes

🎯 Join our 10-week ARE Boot Camp

🎯 Get access to all ARE study materials with the ARE 101 Membership

📚 Individual ARE Exam Courses:

• PPD 101 (Project Planning and Design)

• PA 101 (Programming and Analysis)

• PDD 101 (Construction Documents and Specs)

• Building Codes 101

• Mechanical Systems 101

Hard costs vs soft costs define where every dollar goes on a construction project, and understanding the difference is essential for the ARE and real-world practice.

Hard costs are the tangible expenses that create the physical building: materials, labor, equipment, and building systems. Soft costs are the intangible expenses that make the project possible: design fees, permits, insurance, financing, and project management.

This episode breaks down examples of each with typical percentages, explains how the 70/80 to 20/30 budget ratio shifts for residential, commercial, and institutional projects, and covers how architects, contractors, and owners each see these costs differently.

You'll also learn how project delays turn soft costs into budget killers and why cutting construction administration services to save money almost always backfires.

📝 Key Topics Covered:

• Hard costs vs soft costs definitions and real-world examples

• Typical budget ratios: 70-80% hard costs, 20-30% soft costs

• How soft costs shift for residential, commercial, and institutional projects

• The S-curve model for construction spending over time

• How architects, contractors, and owners manage costs differently

⏱️ Chapters:

(0:00) Introduction

(1:20) Hard Costs vs Soft Costs Defined

(3:43) Hard and Soft Cost Examples

(10:54) Budget Ratios by Project Type

(17:31) Architect, Contractor, and Owner Views

(21:18) Cost Mistakes That Kill Budgets

(23:52) Managing Hard and Soft Costs

(27:29) Key Takeaways for the ARE

📖 Read the full blog post

📝 Download the FREE Hard Costs vs Soft Costs study notes

🎯 Get access to all ARE study materials with the ARE 101 Membership

🎯 Join our 10-week ARE Boot Camp

📚 Individual ARE Exam Courses:

• PcM 101 (Practice Management)

• PjM 101 (Project Management)

• CE 101 (Construction and Evaluation)

• PA 101 (Programming and Analysis)

• PPD 101 (Project Planning and Design)

• PDD 101 (Construction Documents and Specs)

• Building Codes 101

• AIA Contracts 101

• CDT 101 (Construction Documents Technologist)

Architect standard of care doesn't mean perfect work. It means the level of skill and care a reasonably competent architect would exercise under similar circumstances.

This episode breaks down the AIA B101 definition, explains why perfection has never been the legal standard, and walks through the contract language that gets architects in trouble. Whether you're studying for the ARE or managing projects in practice, this concept protects your career.

📝 Key topics covered:

• The AIA standard of care definition and what "ordinarily" actually means

• The four elements of architect negligence (and why all four must be proven)

• Red flag contract language that elevates your standard beyond what's insurable

• Errors and omissions (E&O) insurance and what it does and doesn't cover

• How to document your process to demonstrate professional competence

• Standard of care on the ARE exam across PcM, PjM, CE, PPD, and PDD

⏱️ Chapters:

(0:00) Introduction

(1:02) Architect Standard of Care Defined

(3:26) Standard of Care vs. Perfection

(7:11) Standard of Care in AIA Contracts

(9:16) Elevated Standard of Care: Red Flags to Avoid

(12:20) Daily Practice and Documentation Strategies

(14:46) Conclusion

📖 Read the full blog post

🎯 Get access to all ARE study materials with the ARE 101 Membership

🎯 Join our 10-week ARE Boot Camp

📚 Individual ARE Exam Courses:

• PcM 101 (Practice Management)

• PjM 101 (Project Management)

• CE 101 (Construction and Evaluation)

• AIA Contracts 101

• PA 101 (Programming and Analysis)

• PPD 101 (Project Planning and Design)

• PDD 101 (Project Development and Documentation)

• Building Codes 101

• Mechanical Systems 101

📋 CSI Certification Courses:

• CDT 101 (Construction Documents Technologist)

• CCCA 101 (Construction Contract Administration)

Substantial completion is the most important milestone in construction, and it triggers everything that happens during project closeout. This episode breaks down what substantial completion actually means, how it differs from final completion, and walks through the full closeout process.

We cover the AIA G704 certificate, building commissioning, closeout documents, record drawings, the punch list process, and how to evaluate building performance after the owner moves in. If you're studying for the CE exam, project closeout is the smallest section but it completes the entire CE picture.

📝 Key topics covered:

• Substantial completion vs final completion

• AIA G704 Certificate of Substantial Completion

• Closeout documents and record drawings

• Final payment and retainage release

• The punch list process

• Building commissioning and seasonal testing

⏱️ Chapters:

(0:00) Introduction

(2:21) How the CE Exam Is Organized

(5:13) What Is Project Closeout?

(9:30) Substantial Completion and Closeout

(14:56) Commissioning and POE

(22:35) Project Closeout Study Mistakes

(26:33) How to Study Project Closeout

(33:12) Conclusion

📖 Read the full blog post

📝 Download the FREE 2-page CE study guide

🎯 Get access to all ARE study materials with the ARE 101 Membership

🎯 Join our 10-week ARE Boot Camp

📚 Individual ARE Exam Courses:

• CE 101 (Construction and Evaluation)

• AIA Contracts 101

• CCCA 101 (Construction Contract Administration)

• CDT 101 (Construction Documents Technologist)

• PjM 101 (Project Management)

• PcM 101 (Practice Management)

• PA 101 (Programming and Analysis)

• PPD 101 (Project Planning and Design)

• PDD 101 (Construction Documents and Specs)

• Building Codes 101

• Mechanical Systems 101

Business entity types for architects explained. This episode breaks down sole proprietorships, LLCs, LLPs, S-Corps, and C-Corps so you know which structure protects your practice.

We start with a real story about two architects who partnered on a project without forming a business entity and accidentally created a general partnership by default. That mistake cost one of them $45,000. From there, we walk through each entity type covering liability protection, tax implications, and management structure.

Then we put it all into practice with real scenarios: starting a solo firm, forming a small partnership, and scaling for growth. This is essential PcM exam content that most architecture schools never teach.

📝 Key topics covered:

• Sole proprietorship: easy to form but zero liability protection

• LLC: the most popular structure for small architecture firms

• LLP: designed for professional partnerships with separate projects

• S-Corp vs C-Corp: pass-through taxation vs double taxation

• How to choose the right entity for different scenarios

• Where business entity questions show up on the PcM exam

⏱️ Chapters:

(0:00) Introduction and Partnership Dilemma

(3:55) The Business Entity Types

(4:10) Sole Proprietorship

(6:06) LLC

(7:54) LLP

(9:27) Corporations (S-Corp and C-Corp)

(11:35) Choosing the Right Entity

(14:11) Business Entities on the ARE

(16:02) Practical Considerations

(17:10) Conclusion

📖 Read the full blog post

📝 Download the FREE 2-page Business Entities study notes

🎯 Get access to all ARE study materials with the ARE 101 Membership

🎯 Join our 10-week ARE Boot Camp

📚 Individual ARE Exam Courses:

• PcM 101 (Practice Management)

• PjM 101 (Project Management)

• AIA Contracts 101

• CE 101 (Construction and Evaluation)

• PA 101 (Programming and Analysis)

• PPD 101 (Project Planning and Design)

• PDD 101 (Construction Documents and Specs)

• Building Codes 101

• Mechanical Systems 101