Architect Exam Podcast

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: Soft Story Building: Seismic Irregularities Explained 📝 Free study notes for this episode: youngarchitect.com/seismic 🎯 ARE 101 Membership (access all courses) 🎯 ARE Boot Camp (10-week coaching program) 📚 Individual ARE Exam Courses: PPD 101 (Project Planning and Design) PDD 101 (Construction Documents and Specs) Building Codes 101 PA 101 (Programming and Analysis) CE 101 (Construction and Evaluation) Mechanical Systems 101 PcM 101 (Practice Management) PjM 101 (Project Management) AIA Contracts 101 CDT 101 (Construction Documents Technologist) CCCA 101 (Construction Contract Administration)

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 📖 Read the full blog post 📝 Download the FREE Project Delivery Methods study notes 🎯 Get access to all ARE study materials with the ARE 101 Membership 🎯 Join our 10-week ARE Boot Camp 📚 Individual courses: PcM 101 (Practice Management) PjM 101 (Project Management) CE 101 (Construction and Evaluation) AIA Contracts 101 CDT 101 (Construction Documents Technologist)

There are a lot of different types of HVAC systems, and if you're studying for the ARE or coordinating with mechanical engineers, you need to know what each one does and when to use it. In this episode, Layla breaks down every major HVAC system type into four categories: all-air, water-based, refrigerant-based, and packaged systems. She covers VAV, fan coil units, VRF, rooftop units, PTACs, radiant floor heating, chilled beams, DOAS, split systems, and more. Then she walks through how to match each system to different building types, which is exactly how the PPD and PDD exams test this material. If mechanical system questions have been tripping you up, this one's for you. 📝 Key Topics Covered: VAV systems: the workhorse of commercial office buildings Fan coil units: individual room control for hotels and apartments VRF systems: flexible refrigerant-based zoning for mid-rise and retrofit projects Rooftop units and PTACs: simple packaged systems for retail and hotels Radiant floor heating: when forced air can't reach the occupants DOAS: why ventilation gets its own dedicated system Matching HVAC systems to building types for the ARE ⏱️ Chapters: (0:00) Introduction (2:32) How to Think About HVAC (4:17) All-Air Systems (7:47) Water-Based Systems (10:32) Packaged and Refrigerant Systems (13:13) Matching Systems to Buildings (18:22) Wrap Up 📖 Read the full blog post with diagrams and a building-type matching table: Types of HVAC Systems and How to Choose 📝 Download the free HVAC study notes: Free HVAC Study Notes 🎯 Join ARE Boot Camp, our 10-week coaching program: ARE Boot Camp 📚 Get access to all ARE courses with the ARE 101 Membership: ARE 101 Membership Individual ARE and CSI Exam Courses: Mechanical Systems 101 PPD 101 (Project Planning and Design) PDD 101 (Construction Documents and Specs) 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

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: OFCI: Owner Furnished, Contractor Installed Simply Explained 📝 Download the FREE 2-page OFCI study guide: YoungArchitect.com/OFCI 🎯 Ready to pass the ARE? Get access to all our ARE Study Materials with the ARE 101 Membership 🎯 Join the ARE Boot Camp coaching program 📚 Individual Courses: PjM 101 (Project Management) CE 101 (Construction and Evaluation) PcM 101 (Practice Management) CDT 101 (Construction Documents Technologist) PDD 101 (Construction Documents and Specs) CCCA 101 (Construction Contract Administration) PA 101 (Programming and Analysis) PPD 101 (Project Planning and Design) Building Codes 101 Mechanical Systems 101 AIA Contracts 101

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 📖 Read the full blog post 📝 Download the FREE 2-page fire sprinkler systems 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: PPD 101 (Project Planning and Design) PDD 101 (Construction Documents and Specs) Building Codes 101 PA 101 (Programming and Analysis) Mechanical Systems 101 CE 101 (Construction and Evaluation) CDT 101 (Construction Documents Technologist) CCCA 101 (Construction Contract Administration) PcM 101 (Practice Management) PjM 101 (Project Management) AIA Contracts 101

How to become an architect in the US comes down to four steps: education, experience, exams, and fees. In this episode, Michael Riscica breaks down the full path to getting your architecture license, from choosing the right degree to passing all six ARE exams. Most people think architects sit at a drafting table sketching buildings all day. The reality is that design is maybe five to ten percent of the job. The rest is construction documents, code reviews, cost estimates, project management, and client meetings. We start with what architects actually do on a daily basis, then get into how long the whole process takes. We cover why architecture is a regulated profession, why not everyone who studies architecture needs to become licensed, and then walk through each of the four licensing steps in detail. 📝 Key topics covered: What architects actually do every day How long it takes to become a licensed architect Why you cannot legally call yourself an architect without a license The four requirements: education, experience, exams, and fees Why architecture degrees open doors beyond licensure The ARE exam process and what to expect ⏱️ Chapters: (0:00) Introduction (2:00) What Architects Actually Do (4:09) Is It Hard to Become an Architect (5:54) How Long Does It Take (10:41) Architecture Is a Regulated Profession (13:57) Architecture Is Bigger Than Buildings (16:34) 4 Steps to Getting Licensed (18:46) Wrap Up 📖 Read the full blog post: How to Become an Architect 📝 Download the FREE 2-page Podcast Notes: YoungArchitect.com/Architect 🎯 Get access to all our ARE Study Materials with the ARE 101 Membership 🎯 Join the ARE Boot Camp - Our 10-week coaching program with ongoing support until you pass all your exams. 📚 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) Building Codes 101 Mechanical Systems 101 AIA Contracts 101

Division 01 General Requirements is the most skipped section in the project manual. Here's what's actually inside and why every division depends on it. Division 01 is the rulebook that governs every trade on a construction project, and almost nobody reads it. We start by clearing up the number one confusion in specifications: the difference between General Conditions and General Requirements. They're both Contract Documents, but they do very different things. Then we walk through every major section from Summary (01 10 00) to Commissioning (01 91 00). Whether you're studying for the ARE, preparing for the CDT or CCCA, or just trying to write better specs, this episode gives you the full picture of why Division 01 is the global settings for your entire project. 📝 Key topics covered: General conditions vs general requirements: rights vs rules Price and payment procedures vs the actual agreement Submittal processes and administrative requirements Quality requirements, testing, and who pays for what Substitution procedures during bidding vs construction Execution, closeout, and commissioning in construction ⏱️ Chapters: (0:00) Introduction (1:22) Free Study Notes (2:20) What Are General Requirements? (4:38) General Conditions vs General Requirements (8:41) What's Inside Division 01? (18:56) Why Division 01 Matters (20:55) Wrap Up 📖 Read the full blog post 📝 Download the FREE 2-page Division 01 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: PDD 101 (Construction Documents and Specs) CDT 101 (Construction Documents Technologist) CCCA 101 (Construction Contract Administration) CE 101 (Construction and Evaluation) PjM 101 (Project Management) PcM 101 (Practice Management) PA 101 (Programming and Analysis) PPD 101 (Project Planning and Design) Building Codes 101 Mechanical Systems 101 AIA Contracts 101

Building acoustics explained: STC, IIC, and NRC are the three rating systems every architect needs to know. This episode breaks down how sound actually works in buildings and what each rating measures. STC rates how well walls and floors block airborne sound. IIC rates how well floor assemblies block impact sounds. NRC measures how much sound a material absorbs within a room. We explain why a material can be great at absorbing sound but terrible at blocking it. You'll also learn why the IBC requires both STC 50 and IIC 50 between dwelling units, how to upgrade a basic wall assembly step by step, and the flanking paths and spec mistakes that compromise acoustic performance. 📝 Key topics covered: STC ratings: blocking airborne sound through walls IIC ratings: blocking impact sound through floors NRC ratings: absorbing sound within a room IBC Section 1207 requirements for dwelling units Wall assembly upgrades: mass, insulation, decoupling, and sealing Flanking paths and common acoustic spec mistakes ⏱️ Chapters: (0:00) Introduction (1:28) Free Study Guide (2:34) Why Sound Matters in Buildings (4:17) Decibels: Measuring Loudness (6:58) Hertz: Measuring Pitch (8:17) STC: Sound Transmission Class (16:07) IIC: Impact Insulation Class (20:34) NRC: Noise Reduction Coefficient (24:09) Bringing It All Together (26:31) Practical Tips and Scenarios (29:33) Acoustics Recap 📖 Read the full blog post 📝 Download the FREE 2-page Building Acoustics 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: PPD 101 (Project Planning and Design) PDD 101 (Construction Documents and Specs) Building Codes 101 Mechanical Systems 101 CE 101 (Construction and Evaluation) PcM 101 (Practice Management) PjM 101 (Project Management) PA 101 (Programming and Analysis) AIA Contracts 101

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: https://youngarchitect.com/understandingpropractice 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: https://academy2.youngarchitect.com/understanding-pcm-pjm-and-ce 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): https://youngarchitect.com/PcM101 - Project Management (PjM 101): https://youngarchitect.com/PjM101 - Construction & Evaluation (CE 101): https://youngarchitect.com/CE101 - Programming & Analysis (PA 101): https://academy2.youngarchitect.com/programming-analysis-101-are-5-0-exam-prep/ - Project Planning & Design (PPD 101): https://academy2.youngarchitect.com/are-project-planning-and-design/ - Project Development & Documentation (PDD 101): https://academy2.youngarchitect.com/are-project-development-and-documentation/ - Building Codes 101: https://academy2.youngarchitect.com/are-building-codes-101/ - Mechanical Systems 101: https://academy2.youngarchitect.com/are-mechanical-systems-101/ - AIA Contracts 101: https://academy2.youngarchitect.com/are-aia-contracts-101/ - Join our 10-week ARE Boot Camp: https://youngarchitect.com/arebootcamp/ - Explore our CDT 101 course: https://academy2.youngarchitect.com/cdt-exam-prep/ - Pass the CCCA Certification with our course: https://academy2.youngarchitect.com/ccca-exam-prep/ Subscribe for weekly ARE exam prep content and join thousands of successful architects who've passed their exams with Young Architect!

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: https://academy2.youngarchitect.com/cast-in-place-concrete/ 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: https://academy2.youngarchitect.com/are-study-materials/ 📚 Individual ARE Exam Courses: - Practice Management (PcM 101) https://academy2.youngarchitect.com/are-practice-management/ - Project Management (PjM 101) https://academy2.youngarchitect.com/are-project-management/ - Construction & Evaluation (CE 101) https://academy2.youngarchitect.com/are-construction-and-evaluation/ - Programming & Analysis (PA 101) https://academy2.youngarchitect.com/programming-analysis-101-are-5-0-exam-prep/ - Project Planning & Design (PPD 101) https://academy2.youngarchitect.com/are-project-planning-and-design/ - Project Development & Documentation (PDD 101) https://academy2.youngarchitect.com/are-project-development-and-documentation/ - Building Codes 101 https://academy2.youngarchitect.com/are-building-codes-101/ - Mechanical Systems 101 https://academy2.youngarchitect.com/are-mechanical-systems-101/ - AIA Contracts 101 https://academy2.youngarchitect.com/are-aia-contracts-101/ - Join our 10-week ARE Boot Camp: https://youngarchitect.com/arebootcamp/ - Explore our CDT 101 course: https://academy2.youngarchitect.com/join/cdt-101/ 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!

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 📖 Read the full blog post 📝 Download FREE RFI 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) AIA Contracts 101 PjM 101 (Project Management) PDD 101 (Construction Documents and Specs) PcM 101 (Practice Management) PPD 101 (Project Planning and Design) PA 101 (Programming and Analysis) Building Codes 101 Mechanical Systems 101 📋 CSI Certification Courses: CDT 101 (Construction Documents Technologist) CCCA 101 (Construction Contract Administration)

Foundation types explained: 7 systems from spread footings to pile foundations. Learn when to use each based on soil conditions and building loads. Every building you'll ever design depends on something you'll never see: the foundation. And on the ARE, understanding that invisible piece is what helps you make the right decisions early in design. This episode breaks down the 7 most popular foundation types, organized from simple to complex. We start with shallow foundations like spread footings, continuous footings, combined footings, and mat foundations. Then we move into deep foundations for when surface soil can't support your building: pile foundations, caissons, and grade beams. For each foundation type, you'll learn what it is, when to use it, real-world examples, and specific exam tips for the ARE. We also cover how foundation choice affects your structural system, construction costs, and project schedule. Whether you're studying for the PA, PPD, or PDD exam, or just want to understand foundation selection better, this episode gives you the foundation knowledge (pun intended) you need. Chapters: 0:00 - Introduction 2:22 - Foundation Type #1: Spread Footings (Isolated Footings) 4:39 - Foundation Type #2: Continuous Footings (Wall Footings) 6:49 - Foundation Type #3: Combined Footings 8:46 - Foundation Type #4: Mat Foundations (Raft Foundations) 11:25 - Transition: Moving from Shallow to Deep Foundations 12:31- Foundation Type #5: Pile Foundations 15:08 - Foundation Type #6: Caissons (Drilled Piers) 18:29 - Foundation Type #7: Grade Beams 20:59 - Wrap-Up: How Foundation Choice Affects Design Episode Resources: - Read the full blog post: https://academy2.youngarchitect.com/foundation-types/ Ready to pass the ARE and become a licensed architect? Get access to all our ARE Study Materials with the ARE 101 Membership: https://youngarchitect.com/ARE101 Individual ARE Exam Courses: - Practice Management (PcM 101): https://youngarchitect.com/PcM101 - Project Management (PjM 101): https://youngarchitect.com/PjM101 - Construction & Evaluation (CE 101): https://youngarchitect.com/CE101 - Programming & Analysis (PA 101): https://academy2.youngarchitect.com/programming-analysis-101-are-5-0-exam-prep/ - Project Planning & Design (PPD 101): https://academy2.youngarchitect.com/are-project-planning-and-design/ - Project Development & Documentation (PDD 101): https://academy2.youngarchitect.com/are-project-development-and-documentation/ - Building Codes 101: https://academy2.youngarchitect.com/are-building-codes-101/ - Mechanical Systems 101: https://academy2.youngarchitect.com/are-mechanical-systems-101/ - AIA Contracts 101: https://academy2.youngarchitect.com/are-aia-contracts-101/ - Join our 10-week ARE Boot Camp: https://youngarchitect.com/arebootcamp/ - Explore our CDT 101 course: https://academy2.youngarchitect.com/join/cdt-101/ Subscribe for weekly ARE exam prep content and join thousands of successful architects who've passed their exams with Young Architect!