Architect Exam Podcast

Free, high-value ARE prep broken into digestible episodes that make studying accessible and actually enjoyable. We translate complex exam content into clear, actionable strategies based directly on NCARB's objectives—not complicated study approaches that miss the mark. Young Architect has guided thousands to licensure since 2013 by simplifying ARE prep to what truly matters and keeping it fresh. Subscribe for practical ARE insights delivered in a format that fits your busy life.

078 - Roof Membrane Types: How to Choose for Any Building 08/10/2026

077 - Study Motivation When the Exam Feels Impossible 08/03/2026

076 - What Is a Foot Candle? Lumens, Lux, and Luminance 07/27/2026

075.5 - Free CDT and CSI Certifications Presentation (Fall 2026) 07/21/2026

075 - Historic Preservation: From Rehabilitation to Reconstruction 07/20/2026

074 - Architecture Firm Finances: From Salary to Profit 07/13/2026

073 - Vapor Barriers Explained: Water, Air, and Moisture in Walls 07/06/2026

073 - Vapor Barriers Explained: Water, Air, and Moisture in Walls Vapor barriers, air barriers, and water barriers each do a completely different job inside your wall assembly, and mixing them up is one of the most common mistakes on the ARE. In this episode, we break down the three barrier types that protect your building envelope from moisture damage. You'll learn how weather resistive barriers and drainage planes keep bulk water out, and why air leakage actually carries far more moisture than vapor diffusion. We walk through perm ratings, the three classes of vapor retarders, and the warm-side rule for vapor retarder placement by climate. We also cover rainscreen systems, the perfect wall concept, thermal bridging, blower door testing, and the moisture sandwich trap that causes mold and rot inside walls. 📝 Key topics covered: Vapor barrier vs vapor retarder terminology Weather resistive barriers and house wrap Drainage planes and rainscreen assemblies Window flashing and water intrusion Air barrier material vs air barrier system Blower door testing for air leakage Perm ratings and vapor retarder classes Vapor retarder placement by climate Smart vapor retarders for mixed climates Perfect wall concept and continuous insulation Thermal bridging Moisture sandwich: why walls need to dry ⏱️ Chapters: (0:00) Introduction (1:42) Building Envelope Explained (3:53) Water Barriers and WRBs (5:12) Drainage Planes and Rainscreens (7:38) Flashing and Water Intrusion (9:29) Air Barriers Explained (12:27) Blower Door Testing (12:53) Air Barrier vs Vapor Barrier (13:44) Vapor Retarders and Perm Ratings (17:05) Vapor Retarder Placement (19:52) Smart Vapor Retarders (20:52) How Wall Assemblies Work Together (22:38) Thermal Bridging and Perfect Wall (24:41) Common Vapor Barrier Mistakes (27:08) Recap and Free Study Notes (29:39) PDD ARE Study Materials 📖 Read the full blog post and grab free study notes: 📝 Free 2-page study notes: 🎯 (all courses, one subscription) 🎯 (10-week coaching program) 📚 Individual ARE Exam Courses: /episode/index/show/bab13b25-964b-4ced-be11-af2e0ce800df/id/41484425

072 - B101 in 35 Minutes: The Owner-Architect Agreement 06/29/2026

072 - B101 in 35 Minutes: The Owner-Architect Agreement AIA B101 is the most important contract in architecture, and most people working under it have never actually read it. This episode breaks down the entire B101 owner-architect agreement in 30 minutes, covering all 13 articles in plain English. You'll learn the four lenses framework for reading any AIA contract: scope of services, standard of care, responsibility and authority, and the money question. Every article in B101 maps to one of these four ideas, and once you see the pattern, the contract stops being intimidating. We cover the five design phases and the repeating approval rhythm, the critical boundary between what the architect designs and how the contractor builds it, supplemental vs additional services and the three-step process that protects the architect's fee, copyright and licensing, dispute resolution, and the 90-day cumulative suspension threshold. 📝 Key topics covered: The four lenses framework for reading AIA B101 Five design phases and the approval gate pattern Means and methods: architect vs contractor territory Basic, supplemental, and additional services Stop, notify, wait: protecting the architect's fee Substantial completion and the 10-year claims clock ⏱️ Chapters: (0:00) The Contract Nobody Read (0:58) AIA B101 Overview in 30 Minutes (3:21) Free B101 Study Notes (4:05) What Is the Owner-Architect Agreement? (6:50) The Four Lenses Framework (10:13) B101 Initial Information and Standard of Care (13:19) Architect's Basic Services and Design Phases (18:08) Supplemental and Additional Services (20:55) Architect Compensation and Cost of the Work (22:51) Owner's Responsibilities Under B101 (24:58) Copyright, Disputes, and Termination (26:34) How Disputes Get Resolved (28:16) B101 Termination & Suspension Rules (29:57) Miscellaneous Provisions & Final Terms (31:39) B101 Recap: The Four Lenses (33:12) AIA Contracts 101 Course 📚 Individual ARE Exam Courses: /episode/index/show/bab13b25-964b-4ced-be11-af2e0ce800df/id/41812940

071 - ADA Door Clearance: Why These Dimensions Exist 06/22/2026

071 - ADA Door Clearance: Why These Dimensions Exist ADA door clearance requires 32 inches minimum, but a 32-inch door won't get you there. Learn why 36-inch doors became the standard and what every ADA dimension is actually solving. In this episode, Emily spent an entire day in a wheelchair during college and came back with a completely different understanding of accessible design. She walks you through how people actually move through buildings, from doors to ramps to corridors, and explains the human problem behind every ADA requirement. You'll learn door clear width, the 5-pound opening force rule, why pull-side maneuvering clearance is larger, and how the Capitol Crawl changed everything. Beyond doors, this episode covers ADA ramp slopes and the 1:20 threshold that triggers handrail requirements, the guardrail vs handrail distinction that contractors get wrong constantly, the 60-inch turning diameter (not radius), protruding objects and cane detection, and reach ranges for operable controls. 📝 Key topics covered: ADA door clearance: 32-inch clear width and why 36-inch doors are standard Door opening force: the 5-pound rule for interior doors Guardrail vs handrail: 42 inches for falls, 34-38 inches for grip ADA ramp slope: the 1:12 rule and the 1:20 ramp trigger Protruding objects: the 27-80 inch cane detection danger zone Reach ranges: 15-48 inches for operable controls ⏱️ Chapters: (0:00) What Is ADA? (1:57) Free Study Notes (2:45) ADA Door Clear Width (6:06) ADA Door Opening Force (7:37) ADA Door Maneuvering Clearance (10:27) ADA History: The Capitol Crawl (11:59) ADA vs Building Code (13:50) When ADA Applies (15:11) ADA: Designing for Every Body (19:11) ADA Accessible Route (21:12) ADA Ramp Slope: The 1:12 Rule (23:39) Guardrail vs Handrail (26:42) ADA Turning Diameter (29:21) ADA Protruding Objects (32:09) ADA Reach Range Requirements (34:20) ADA Elevator Requirements (35:38) ADA Quick Reference (38:16) ADA Bathroom Layout Preview 📚 Individual ARE Exam Courses: /episode/index/show/bab13b25-964b-4ced-be11-af2e0ce800df/id/41604125

070 - Seismic Irregularities: Soft Story to Shear Walls 06/08/2026

070 - Seismic Irregularities: Soft Story to Shear Walls Soft story buildings are one of the most dangerous structural conditions in seismic design, and the 1994 Northridge earthquake proved why. In this episode, we break down the seismic irregularities that cause buildings to fail during earthquakes. You will learn the difference between a soft story and a weak story, how geometric and mass irregularities create dangerous force concentrations, and why a broken load path is the most dangerous irregularity of all. We also cover re-entrant corners, torsional irregularity, rigid vs flexible diaphragms, and how collectors and drag struts keep the lateral load path connected. Then we walk through the exam strategy: red flags to watch for, common fixes including moment frames, braced frames, and seismic joints, and the one principle NCARB keeps coming back to. Eliminate the irregularity entirely rather than engineering around it. 📝 Key topics covered: Soft story buildings and the 1994 Northridge earthquake Soft story vs weak story: bending vs breaking Building drift and the 70% stiffness threshold Vertical geometric irregularity and building setbacks Mass irregularity and heavy mechanical floors Continuous load path: roof to diaphragm to shear walls to foundation In-plane discontinuity vs out-of-plane offset Collectors and drag struts Rigid vs flexible diaphragms Re-entrant corners in L-shaped and T-shaped buildings Torsional irregularity: center of mass vs center of rigidity Moment frames vs braced frames ARE exam red flags for seismic irregularities ⏱️ Chapters: 0:00) Soft Story Buildings and Northridge (1:40) Study Notes (3:26) Soft Story vs Weak Story (6:36) Geometric and Mass Irregularities (8:54) Load Path and Shear Wall Discontinuities (13:17) Re-Entrant Corners and Torsion (15:50) Seismic Irregularities on the ARE (18:32) Seismic Design Key Takeaways 📖 Read the full blog post and grab free study notes: 📝 Free study notes for this episode: 🎯 🎯 📚 Individual ARE Exam Courses: /episode/index/show/bab13b25-964b-4ced-be11-af2e0ce800df/id/40926270

069 - Sealant Types, Backer Rod, and Joint Design for Buildings 06/01/2026

069 - Sealant Types, Backer Rod, and Joint Design for Buildings Which sealant goes where on the building envelope? This episode covers every sealant type, backer rod, and how to design joints that actually work. We break down the five main sealant families: silicone, polyurethane, polysulfide, acrylic, and MS polymer. Each one has a personality, a best use, and a catch. You'll learn why silicone can't be painted, why polyurethane hates UV, why polysulfide smells like rotten eggs, and when MS polymer gives you the best of both worlds. Then we get into joint design, because even the best sealant fails if the joint is wrong. We cover backer rod (open cell vs. closed cell), the width-to-depth ratio that makes or breaks a sealant joint, tooling, and the number one joint design failure: three-sided adhesion. 📝 Key topics covered: Silicone sealant: acetoxy vs. neutral cure and when each one matters Polyurethane sealant for concrete expansion joints and window perimeters How backer rod controls depth and prevents three-sided adhesion The hourglass profile and why sealant joint geometry matters Adhesion failure vs. cohesion failure: two ways sealants break Sealant vs. caulk: what's the actual difference ⏱️ Chapters: (0:00) Why Sealants Matter Most (0:50) Free ARE Study Notes (1:22) Sealant vs. Caulk (2:26) Sealant Movement and Failure Modes (4:33) John Hancock Tower Sealant Failure (5:35) Silicone Sealant: The Diva (8:22) Polyurethane Sealant: The Workhorse (10:17) Polysulfide Sealant: The Hazmat Suit (11:39) Acrylic Sealant: The Weekend Warrior (12:45) MS Polymer Sealant: The Hybrid (13:48) Sealant Selection Cheat Sheet (14:26) Butyl and Acoustical Sealant (15:36) How to Design a Sealant Joint (15:57) Backer Rod (17:43) Sealant Joint Width and Depth (20:00) Three-Sided Adhesion (21:11) Sealant Speed Round (22:32) NCARB Exam Connections (23:27) Sealant Recap (24:44) Young Architect Academy 📚 Individual courses: /episode/index/show/bab13b25-964b-4ced-be11-af2e0ce800df/id/41460535

068 - Project Delivery Methods: DBB, Design-Build, CMAR, and More 05/26/2026

068 - Project Delivery Methods: DBB, Design-Build, CMAR, and More Project delivery methods define who holds the contracts, who carries the risk, and how the architect's role changes on every construction project. This episode breaks down all six major methods so you know exactly how each one works. Emily walks through Design-Bid-Build, Design-Build, Construction Manager at Risk (CMAR), Construction Manager as Agent (CMa), Multiple Prime, and Integrated Project Delivery (IPD). You'll learn why the architect works for the owner in some methods and for the contractor in others, what a GMP contract actually does, and how to match the right delivery method to a project scenario on the ARE. This topic shows up on three different ARE exams and the CDT exam. If you invest the time to learn it now, it pays off on every exam you take. 📝 Key topics covered: Design-bid-build: the traditional sequential method Design-build: one team, one contract, architect works for the contractor CMAR and GMP contracts: how the CM shifts from advisor to constructor CM at risk vs CM as agent: who holds the subcontracts Fast-tracking: a scheduling technique, not a delivery method Progressive design-build, design assist, and bridging ⏱️ Chapters: (0:00) What Are Project Delivery Methods (2:48) How Delivery Methods Hit the ARE (4:39) Design-Bid-Build Explained (6:16) DBB Pros and Cons (7:22) Who Holds the Risk in DBB (8:24) Design-Build Explained (9:36) Architect's Role in Design-Build (10:18) Fast-Tracking in Design-Build (12:33) DB Pros and Cons (13:32) Progressive Design-Build (14:11) Design Assist and Bridging (16:03) Construction Manager at Risk (16:55) What Is a GMP Contract (17:38) CMAR Phase Shift Explained (19:54) CMAR Pros and Cons (22:05) CM at Risk vs CM as Agent (23:11) Construction Manager as Agent (27:44) Multiple Prime Contracts (30:28) Integrated Project Delivery (IPD) (33:18) How to Choose a Delivery Method (36:12) ARE Study Resources 📚 Individual courses: /episode/index/show/bab13b25-964b-4ced-be11-af2e0ce800df/id/41381510

067 - Types of Insulation: Materials, R-Values, and Assemblies 05/22/2026

066 - Types of HVAC Systems and How to Choose 05/18/2026

065 - How to Study for the Architect Exam - Trailer 05/11/2026

064 - OFCI: Owner Furnished, Contractor Installed Simply Explained 05/04/2026

064 - OFCI: Owner Furnished, Contractor Installed Simply Explained OFCI (owner furnished, contractor installed) is one of those procurement methods that sounds simple until coordination breaks down on a real project. In this episode, Emily explains what OFCI means, how it compares to CFCI and OFOI, and why splitting the furnish-and-install responsibility creates real risks for owners, contractors, and architects. We walk through the most common OFCI items you'll see on construction projects, the coordination challenges that come with owner-furnished materials including quantity estimation errors, delivery timing, trade coordination, chain of custody, and warranty disputes. Then we break down exactly how OFCI gets documented in Division 01 specifications, individual spec sections, drawings, and contracts. If you're studying for the ARE or CDT exam, this episode covers procurement scenarios you need to understand for PcM, PjM, and CE. 📝 Key topics covered: What OFCI means and how "provide" equals furnish and install in AIA contracts OFCI vs CFCI vs OFOI procurement methods Why owners choose OFCI: cost savings, schedule, quality control, and tax benefits Common OFCI items on construction projects The 5 major OFCI risks: quantity estimation, delivery timing, trade coordination, liability and chain of custody, and warranty disputes How OFCI gets documented in Division 01, specs, drawings, and contracts OFCI scenarios on the PcM, PjM, CE, and CDT exams ⏱️ Chapters: (0:00) Introduction (3:01) What Is OFCI? (5:28) Why Owners Choose OFCI (9:19) Common OFCI Items (10:39) Risks and Coordination Challenges (17:06) How OFCI Gets Documented (20:00) OFCI on the ARE and CDT Exams (22:11) Wrap Up 📖 Read the full blog post: 📝 Download the FREE 2-page OFCI study guide: 🎯 Ready to pass the ARE? Get access to all our ARE Study Materials with the 🎯 Join the coaching program 📚 Individual Courses: /episode/index/show/bab13b25-964b-4ced-be11-af2e0ce800df/id/40597170

063 - The War of Art: Lessons for Exam Success 04/27/2026

062 - Fire Sprinkler Systems: Wet, Dry, Pre-Action, Deluge 04/20/2026

062 - Fire Sprinkler Systems: Wet, Dry, Pre-Action, Deluge Fire sprinkler systems explained: wet pipe, dry pipe, pre-action, and deluge. Learn when to use each one and how to choose the right system. Architects don't design fire sprinkler systems, but you make dozens of decisions that directly affect how they get designed, installed, and coordinated. This episode breaks down all four types of fire sprinkler systems, explains what makes each one different, and gives you a simple decision framework for choosing the right system based on occupancy, climate, and what's inside the space. We cover how wet pipe sprinkler systems work as your default starting point, when to switch to a dry pipe sprinkler system for freezing conditions, why pre-action sprinkler systems exist for museums and data centers, and when a deluge sprinkler system is the only option. We also get into the design coordination that lands on your drawings, including fire department connections, riser rooms, ceiling coordination, and sprinkler head types. This topic crosses PA, PPD, and PDD on the ARE, and understanding the decision framework will help you answer any fire sprinkler question the exam throws at you. 📝 Key topics covered: Wet pipe sprinkler system: how it works and where to use it Dry pipe sprinkler system: solving the freezing problem Pre-action sprinkler system: protecting sensitive contents Deluge sprinkler system: high-hazard flood response Fire department connection (FDC) placement and coordination Fire sprinkler head types: pendant, upright, sidewall, concealed Sprinkler system decision framework for the ARE Mixed systems in a single building NFPA 13 and the architect's coordination role Common sprinkler system mistakes on the exam ⏱️ Chapters: (0:00) Introduction (2:56) Wet Pipe Sprinkler Systems (5:26) Dry Pipe Sprinkler Systems (8:10) Pre-Action Sprinkler Systems (11:22) Deluge Sprinkler Systems (13:14) Choosing the Right System (15:48) Design Coordination (18:19) Quick-Fire Scenarios (20:03) Common Mistakes (21:16) Wrap Up 📚 Individual ARE Exam Courses: /episode/index/show/bab13b25-964b-4ced-be11-af2e0ce800df/id/40250220

061 - Owner’s Consultants: Know Where Your Liability Ends 04/13/2026

060 - How to Become an Architect: What You Need to Know 04/06/2026

059 - PA, PPD, and PDD: Know the Difference Before You Study 03/23/2026

058 - Division 01 General Requirements: Running Your Project 03/16/2026

057 - Plumbing Valves: Every Type You Need to Know 03/09/2026

057 - Plumbing Valves: Every Type You Need to Know Plumbing valves explained - every type you need to know for the ARE exam and real-world practice. This episode covers gate valves, ball valves, butterfly valves, globe valves, check valves, backflow preventers, PRVs, pressure relief valves, angle valves, and float valves, organized by function so you understand what each one does. We break down the four categories every plumbing valve falls into: stop valves, regulating valves, one-way valves, and specialty valves. Each valve gets its own custom diagram showing how it works open and closed, plus a simple analogy to make it stick. Visit youngarchitect.com/valves to see all the diagrams and grab free study notes. 📝 Key topics covered: - Gate valve vs ball valve and when to use each - Butterfly valves for large-diameter piping - Globe valves and angle valves for flow control - Check valves vs backflow preventers - Pressure reducing valve (PRV) vs pressure relief valve - Float valves for automatic water level control - How plumbing valves appear on the PPD and PDD exams ⏱️ Chapters: 0:00 - Introduction 1:54 - Stop Valves 2:11 - Gate Valve 3:08 - Ball Valve 3:45 - Butterfly Valve 6:00 - Regulating Valves 6:35 - Globe Valve 7:37 - Angle Valve 8:31 - Pressure Reducing Valve (PRV) 9:53 - One-Way Valves 10:24 - Check Valve 11:01 - Backflow Preventer 12:31 - Specialty Valves 13:01 - Pressure Relief Valve 14:01 - Float Valve 14:51 - Come Study With Us 15:48 - ARE Study Tip 📖 Full Blog Post With Valve Diagrams: 📝 Free Plumbing Valves Study Notes: 🎯 ARE Boot Camp - 10-week coaching program: 📚 ARE 101 Membership - All ARE study materials: Individual Courses: PPD 101 (Project Planning and Design): PDD 101 (Construction Documents and Specs): Mechanical Systems 101: Building Codes 101: CDT 101 (Construction Documents Technologist): CCCA 101 (Construction Contract Administration): PcM 101 (Practice Management): PjM 101 (Project Management): CE 101 (Construction and Evaluation): PA 101 (Programming and Analysis): AIA Contracts 101: /episode/index/show/bab13b25-964b-4ced-be11-af2e0ce800df/id/40346015

056 - Building Acoustics: How Sound Actually Works in Buildings 03/02/2026

055 - Control Joint vs Expansion Joint: Where the Cracks At? 02/23/2026

054 - PcM, PjM, and CE: Understanding the Difference Before You Study 02/16/2026

054 - PcM, PjM, and CE: Understanding the Difference Before You Study PcM, PjM, and CE are three different exams, but most people study them without understanding what makes each one unique. This episode breaks down exactly what NCARB is testing on Practice Management, Project Management, and Construction and Evaluation so you can study smarter, not harder. Too many ARE candidates jump into prep materials without ever looking at what each exam actually focuses on, and that leads to wasted time and confusion. PcM zooms out to the firm level. It's about business operations, finances, risk, and how an architecture practice stays profitable. PjM zooms into one project. You've got a signed contract, a team, and a schedule to manage through the design phases. CE picks up after the documents are done and construction begins. It's about administering the construction contract and making sure what gets built matches what was designed. We also cover where these exams overlap (contracts, risk, insurance, quality control, and project delivery methods all show up on all three), and why that overlap is actually good news for your study plan. Plus, there's a free homework assignment that ties it all together. Download the free study notes and homework assignment: Chapters: 0:00 - Introduction 4:18 - Study Notes and We Need Your Help 5:21 - Why Start with the Pro Practice Exams? 6:30 - The Big Picture: What Ties These Three Exams Together 8:17 - PcM: Practice Management - Running the Firm 9:57 - PjM: Project Management - Managing the Project 12:13 - CE: Construction and Evaluation - On the Job Site 16:53 - How They Flow Together 18:06 - Study Strategy for the Pro Practice Exams 20:24 - Homework Assignment 21:41 - Conclusion Episode Resources: - Read the full blog post: Ready to pass the ARE and become a licensed architect? Get access to all our ARE Study Materials with the ARE 101 Membership: https://academy2.youngarchitect.com/are-study-materials/ Individual ARE Exam Courses: - Practice Management (PcM 101): - Project Management (PjM 101): - Construction & Evaluation (CE 101): - Programming & Analysis (PA 101): - Project Planning & Design (PPD 101): - Project Development & Documentation (PDD 101): - Building Codes 101: - Mechanical Systems 101: - AIA Contracts 101: - Join our 10-week ARE Boot Camp: - Explore our CDT 101 course: - Pass the CCCA Certification with our course: Subscribe for weekly ARE exam prep content and join thousands of successful architects who've passed their exams with Young Architect! /episode/index/show/bab13b25-964b-4ced-be11-af2e0ce800df/id/40070270

053 - Concrete Slab Types: A Guide to Structural Systems 02/09/2026

053 - Concrete Slab Types: A Guide to Structural Systems Six concrete slab types explained with span ranges, load capacities, and the decision framework you need to pick the right system every single time. Every concrete slab question on the ARE comes down to two things: the shape of your bay and the loads it needs to carry. But with six different systems to choose from, it's easy to second-guess yourself when the clock is ticking. In this episode, we break down all six structural slab systems from one-way solid slabs to waffle slabs. You'll learn the span ranges for each, the load conditions that drive your selection, and the visual cues that show up in exam questions. We cover why bay geometry matters more than anything else, how to tell the difference between a one-way joist and a waffle slab, and what punching shear has to do with flat plates vs flat slabs. Key topics covered: - One-way vs two-way classification using the aspect ratio test - One-way solid slabs (6-18 ft) and one-way joist slabs (20-30 ft) - Two-way slab with beams for square bays (15-40 ft) - Flat plate vs flat slab: when drop panels matter - Waffle slabs for long spans and architectural expression (24-54 ft) - Formwork cost comparison across all six systems - A quick decision framework for exam day This content is especially relevant for the PPD and PDD divisions of the ARE 5.0. Chapters: 0:00 - Introduction 2:10 - One-Way vs Two-Way: The Shape Test 4:45 - One-Way Slab 6:02 - One-Way Joist Slab 7:56 - Two-Way Slab With Beams 9:28 - Two-Way Flat Plate 12:04 - Flat Slab With Drop Panels 14:56 - Waffle Slab 17:46 - Putting It All Together 19:26 - Wrap-Up Episode Resources: - Download the free 2-page study guide: Ready to pass the ARE and become a licensed architect? Get access to all our ARE Study Materials with the ARE 101 Membership: Individual ARE Exam Courses: - Practice Management (PcM 101): - Project Management (PjM 101): - Construction & Evaluation (CE 101): - Programming & Analysis (PA 101): - Project Planning & Design (PPD 101): - Project Development & Documentation (PDD 101): - Building Codes 101: - Mechanical Systems 101: - AIA Contracts 101: - Join our 10-week ARE Boot Camp: - Explore our CDT 101 course: Subscribe for weekly ARE exam prep content and join thousands of successful architects who've passed their exams with Young Architect! /episode/index/show/bab13b25-964b-4ced-be11-af2e0ce800df/id/40022750

052 - Cast-in-Place Concrete: From Spans to Slump Tests 01/26/2026

052 - Cast-in-Place Concrete: From Spans to Slump Tests Cast in place concrete spans, rebar sizing, slump tests, and when to reject a pour. Everything you need for PPD, PDD, CE, and PA exam questions. Understanding cast in place concrete is essential for multiple ARE divisions. This episode breaks down how concrete and rebar work together as a structural system, why span limitations matter for your architectural design, and what you need to know for construction observation questions. We cover the key concepts that show up on PPD when selecting structural systems, PDD when detailing and sizing components, CE when identifying non-conforming work, and PA when evaluating existing buildings. You'll learn typical span ranges for standard cast in place concrete (20-25 feet), how rebar sizing works in 1/8 inch increments, and why concrete excels in hurricane zones but presents challenges in seismic areas. Key topics covered: Concrete vs. rebar responsibilities (compression vs. tension) One-way slabs versus two-way slabs Honeycombing, spalling, and 45-degree shear cracks Slump tests and Kelly Ball tests CMU block versus cast in place concrete Pre-tensioned vs. post-tensioned systems Chapters: 0:00 - Introduction 4:26 - When to Choose Concrete 7:26 - How Concrete Works 11:19 - Common Mistakes with Concrete 13:49 - Construction Observation 17:39 - Identifying Structural Failures 19:27 - CMU Block vs Cast-In-Place 21:57 - Pre-Tensioned and Post-Tensioned 26:14 - How to Use This on Exam Day 28:43 - Wrap Up Episode Resources: Full blogpost and free 2-page study notes: Want to cast in place concrete and other challenging technical concepts for your ARE preparation? Get access to all our ARE Study Materials with the ARE 101 Membership: 📚 Individual ARE Exam Courses: - Practice Management (PcM 101) - Project Management (PjM 101) - Construction & Evaluation (CE 101) - Programming & Analysis (PA 101) - Project Planning & Design (PPD 101) - Project Development & Documentation (PDD 101) - Building Codes 101 - Mechanical Systems 101 - AIA Contracts 101 - Join our 10-week ARE Boot Camp: - Explore our CDT 101 course: As Emily mentions, understanding technical concepts like cast in place concrete becomes much clearer when you can discuss them with other candidates and get expert guidance. 👍 Like this episode? Subscribe for weekly architecture and ARE exam prep! /episode/index/show/bab13b25-964b-4ced-be11-af2e0ce800df/id/39860795

051 - What is an RFI in Construction? Everything You Need to Know 01/12/2026

051 - What is an RFI in Construction? Everything You Need to Know An RFI in construction is the formal way to get answers when something in the contract documents is unclear, missing, or conflicting. In this episode, we break down the full RFI meaning, the RFI process, when to use them, when NOT to use them, and the critical differences between RFIs and every other construction administration document. On a large project, you might see 500 to 1,000 RFIs before construction wraps up. That's 500 to 1,000 opportunities for miscommunication, delays, and finger-pointing if they're not handled properly. You'll learn why an RFI should be the "nuclear option" for getting answers, not your first step. We cover what makes a good RFI versus what I call a "Zombie RFI" that creates more problems than it solves, how the architect should respond, what happens when RFIs go unanswered, and how all of this shows up on the ARE exam. Whether you're preparing for the Construction and Evaluation exam or just trying to understand how construction administration actually works in practice, this episode gives you everything you need to know about RFIs in one place. 📝 Key topics covered: RFI meaning and definition (Request for Information) The complete RFI process from start to finish When to use an RFI vs when NOT to use one RFI vs submittal vs ASI vs change order vs CCD What makes a good RFI vs a "Zombie RFI" The architect's responsibilities, response times, and liability How RFIs show up on the ARE exam ⏱️ Chapters: (0:00) Introduction (1:46) What is an RFI? (3:23) When DO You Use an RFI? (5:32) When DON'T You Use an RFI? (7:40) RFI vs Other Documents (11:23) What Makes a Good RFI? (14:59) Timing and Architect's Responsibilities (17:03) How This Shows Up on the ARE (18:56) Conclusion 📚 Individual ARE Exam Courses: 📋 CSI Certification Courses: /episode/index/show/bab13b25-964b-4ced-be11-af2e0ce800df/id/39680540

050 - AIA C401: Protecting Your Practice from Consultant Chaos 01/05/2026

Architect Exam Podcast

TOPICS