Architect Exam Podcast

Michael Riscica
  • 5.0 (61)
  • Design
  • Updated Weekly

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.

  1. 2d ago

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

    Join Michael and Emily for a free CDT® certification presentation on August 6, 2026 at 7:30 PM Eastern. Learn why CDT® takes just 30 to 60 hours to pass compared to the 900 to 1,300 hours for the full architect exam, and how over 300 Boot Camp members have already earned their CDT® certification. This episode breaks down all four CSI® certifications: CDT®, CCCA®, CCS®, and CCPR®. You will learn how CDT® serves as the foundation for three advanced credentials, why CDT® is designed for everyone in the AEC industry, and how the Fall 2026 exam schedule works so you do not miss early bird pricing. Register for the free presentation and get invited to a bonus CDT® study session. Whether you are an ARE candidate, interior designer, engineer, contractor, or product rep, CDT® certification gives you a real credential while you are already in exam mode. 📝 Key Topics Covered: Why CDT® takes 30 to 60 hours vs 900 to 1,300 for the ARE CDT®, CCCA®, CCS®, and CCPR® certifications explained CCCA® has 75% overlap with the CE exam Fall 2026 CDT® exam timeline and early bird registration How to register for the free presentation on August 6 ⏱️ Chapters: (0:00) Free CDT® Presentation Invite (1:31) Why CDT® Certification Matters (3:15) CDT® Certification for the AEC Industry (3:56) CSI® Certifications Explained (5:52) CDT® Exam Schedule Fall 2026 (6:44) What We Cover at This Event (8:38) Register at YoungArchitect.com/CDTwebinar 📖 Read the full blog post 🎯 Register for the FREE CDT® Presentation 🎯 Join our 10-week ARE Boot Camp 🎯 Get access to all ARE study materials with the ARE 101 Membership 📋 CSI® Certification Courses: CDT® 101 CCCA® 101 📚 Individual ARE Exam Courses: Construction and Evaluation (CE 101) Practice Management (PcM 101) Project Management (PjM 101) Programming and Analysis (PA 101) Project Planning and Design (PPD 101) Project Development and Documentation (PDD 101) Building Codes 101 Building Systems 101 AIA Contracts 101

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

  2. 3d ago

    075 - Historic Preservation: From Rehabilitation to Reconstruction

    Historic preservation defines four distinct approaches to working on historic buildings, and mixing them up can send your project in the wrong direction. In this episode, Michael Riscica breaks down the Secretary of the Interior's Standards for the Treatment of Historic Properties and explains what preservation, rehabilitation, restoration, and reconstruction each mean, what they allow, and how to tell them apart. You'll learn why adaptive reuse falls under rehabilitation, how the 20% federal historic tax credit works, and why "renovation" is not one of the four approaches. 📝 Key topics covered: Secretary of the Interior's Standards and the regulatory framework Preservation: maintaining every layer of a building's history Rehabilitation and adaptive reuse: compatible but differentiated additions 20% federal historic tax credit and contributing vs. non-contributing structures Restoration: returning to a specific period of significance Reconstruction: rebuilding what no longer exists ⏱️ Chapters: (0:00) Four Words That Mean Different Things (1:26) Free Study Notes (2:01) Secretary of the Interior's Standards (5:05) The Intervention Spectrum (5:54) Preservation: Press Pause (7:52) Rehabilitation: Adapt and Reuse (13:43) Restoration: Turn Back the Clock (16:50) Reconstruction: Build It Again (18:56) Which Approach Applies? (20:44) Study with Young Architect 📖 Read the full blog post 📝 Download the FREE Historic Preservation 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: PPD 101 (Project Planning and Design) PDD 101 (Construction Documents and Specs) Building Codes 101 PA 101 (Programming and Analysis) PcM 101 (Practice Management) PjM 101 (Project Management) CE 101 (Construction and Evaluation) AIA Contracts 101 Mechanical Systems 101

    075 - Historic Preservation: From Rehabilitation to Reconstruction

  3. Jul 13

    074 - Architecture Firm Finances: From Salary to Profit

    Architecture Firm Finances: From Salary to Profit The overhead rate, utilization rate, and net multiplier are the financial concepts that keep architecture firms alive. In this episode, Emily breaks down how architecture firm finances actually work, starting with the gap between what an architect earns ($50/hr) and what the client gets billed ($125/hr). You'll learn where that $75 difference goes, why it has to exist, and how to calculate every number in between. Emily walks through each formula using one running example so you can follow the math from start to finish. You'll see how direct labor and indirect labor create the need for overhead, how the overhead rate and break-even rate determine the minimum a firm needs to charge, and how the net multiplier ties it all together. She also covers a real $50K project staffing scenario and explains the markup vs margin trap that trips up ARE candidates on exam day. 📝 Key topics covered: Overhead rate formula and how to calculate it Direct labor vs indirect labor in an architecture firm Utilization rate targets for architects and principals Break-even rate: the minimum billing rate to survive Net multiplier and net operating revenue (NOR) Markup vs profit margin: the ARE exam trap ⏱️ Chapters:  (0:00) Salary vs. Billing Rate  (0:30) Welcome and Episode Overview (1:32) Free Study Notes (2:07) What Is a Staff Work Plan? (4:24) Direct vs. Indirect Labor (5:56) Utilization Rate Explained (8:44) Overhead Rate Formula (12:04) Break-Even Rate Formula (14:18) Net Multiplier and NOR (16:59) Staffing a $50K Project (20:43) Overhead vs. Profit (22:24) Markup vs. Profit Margin (25:04) PcM and PjM Exam Connections (26:16) Recap (27:04) Check Out PCM 101 📖 Read the full blog post 📝 Download the FREE Architecture Firm Finances 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

    074 - Architecture Firm Finances: From Salary to Profit

  4. Jul 6

    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: Vapor Barriers Explained: Water, Air, and Moisture in Walls 📝 Free 2-page study notes: Download free study notes 🎯 ARE 101 Membership (all courses, one subscription) 🎯 ARE Boot Camp (10-week coaching program) 📚 Individual ARE Exam Courses: PDD 101 (Construction Documents and Specs) PPD 101 (Project Planning and Design) Building Codes 101 Mechanical Systems 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

    073 - Vapor Barriers Explained: Water, Air, and Moisture in Walls

  5. Jun 29

    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 📖 Read the full blog post 📝 Download the FREE B101 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: AIA Contracts 101 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 Mechanical Systems 101 CDT 101 (Construction Documents Technologist)

    072 - B101 in 35 Minutes: The Owner-Architect Agreement

  6. Jun 22

    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 📖 Read the full blog post 📝 Download the FREE ADA Door Clearance 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 PA 101 (Programming and Analysis) PPD 101 (Project Planning and Design) PDD 101 (Construction Documents and Specs) CE 101 (Construction and Evaluation) PcM 101 (Practice Management) PjM 101 (Project Management) AIA Contracts 101 Mechanical Systems 101

    071 - ADA Door Clearance: Why These Dimensions Exist

  7. Jun 8

    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: 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)

    070 - Seismic Irregularities: Soft Story to Shear Walls

  8. Jun 1

    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 📖 Read the full blog post 📝 Download the FREE Sealant study notes 🎯 Get access to all ARE study materials with the ARE 101 Membership 🎯 Join our 10-week ARE Boot Camp 📚 Individual courses: PDD 101 (Construction Documents and Specs) PPD 101 (Project Planning and Design) Building Codes 101 CDT 101 (Construction Documents Technologist)

    069 - Sealant Types, Backer Rod, and Joint Design for Buildings
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About

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.

Information

  • Creator
    Michael Riscica
  • Years Active
    2025 - 2026
  • Episodes
    77
  • Rating
    Explicit
  • Copyright
    ©2025
  • Show Website
    Architect Exam Podcast

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