The Architectural Technologist

In this Architectural Technologist Podcast episode, the hosts discuss why students often under-deliver on early assessment tasks—especially site analysis—without realizing those findings must support later decisions about design, materials, and detailing. Using examples like liquefaction, exposure zones near the coast, wind and sun analysis, district plan rules, flood risk, and fault lines, they explain how incomplete research leads to incorrect specifications and inconsistent drawings, such as slab edge insulation affecting framing and downstream details. They emphasize professional habits: analyze more than you think you need, use checklists, verify claims with screenshots from sources like council maps and BRANZ maps, and provide APA references rather than relying on AI. The episode also contrasts mature and younger students’ engagement with learning and the purpose of assessments.

In this thought-provoking episode, Jonathan and Ethan dive into the misconceptions surrounding home insulation and moisture control. They challenge popular myths about insulation effectiveness, particularly the common belief that merely replacing single glazed windows with double glazing solves moisture and temperature issues in homes. Instead, they stress the importance of understanding the synergy between temperature control and humidity management for creating comfortable and healthy home environments.The episode delves into the science behind condensation, highlighting how relative humidity plays a critical role in mold growth and home dryness. Jonathan explains how older homes with leaky windows often provide better air circulation than modern airtight constructions, ensuring lower relative humidity levels and improved air quality. Meanwhile, Ethan emphasizes the necessity of mechanical ventilation in kitchens, bathrooms, and laundry rooms to manage moisture, especially in well-insulated yet airtight homes.Understanding the differences between relative humidity and dew point is crucial for effective home insulation and moisture management.Double glazing windows alone do not guarantee a warm and dry home; comprehensive approaches involving insulation in walls, ceilings, and floors, as well as mechanical ventilation, are vital.Older homes with less airtight windows can naturally manage relative humidity better through air infiltration.Mechanical ventilation systems play a significant role in maintaining air quality by extracting moist air from household activities like cooking, bathing, and even breathing.Lifelong learning is essential in fields like architecture and environmental science to stay updated with evolving technologies and methodologies.

Ethan and I recently caught up with each other in Petone, Wellington. This is where we first started our podcast and so we thought we would create a very short introduction as a video so that you can see what we really look like. We wonder whether you want us to create more video podcast so you can see us talking but also we wanted to thank you for watching and listening.

Join Jonathan and Ethan as they explore the integration of design into architectural technology courses. Learn how Ethan plans to introduce design studios at his school, tackling the gap between technical expertise and creative design. Discover the importance of site analysis, iterative design processes, and the role of technology like AI in rendering. This episode also delves into the educational benefits of intertwining design with documentation and services, promising a holistic approach to architectural education. Perfect for aspiring technologists eager to merge creativity with practical skills.

Architectural professionals Jonathan and Ethan delve into the realm of transferable skills within the design industry in episode 15 of their podcast. They explore how skills acquired in architectural technology extend beyond traditional roles, such as transitioning to exhibit or set design. They also discuss non-design skills like research, presentation, and professionalism, which are applicable in diverse fields like real estate or sales. The episode underscores the value of architectural training in various career paths, highlighting how emerging technologies like AI are influencing the profession. Join Jonathan and Ethan as they illuminate the versatility of architectural expertise.

In this episode of The Architectural Podcast, guest Kirill from AMCreate explains how his company uses an on-site gantry system to 3D-print concrete houses in New Zealand, describing the process, equipment flexibility, and why printing in place reduces transport, crane, labor, and erection costs compared to factory precast approaches. He outlines typical material volumes (20–30 tons for a one-story house), weather limitations similar to masonry, and the company’s specialized mortar-like mix with additives and fiberglass for strength and shrinkage control. Kirill details seismic reinforcement using vertical and horizontal rebar with self-compacting concrete infill, waterproofing via thick concrete walls plus paint, and insulation using internal cavities filled with perlite to meet H1 requirements. The discussion also covers recyclability and life-cycle carbon claims, durability and comfort benefits (thermal mass, acoustics, fire and flood resilience), market adoption challenges, and the design freedom of curved, cost-neutral geometries in printed walls.Links: https://amcrete.co.nz/

In this Architectural Technology podcast episode, Jonathan and Ethan explain retention money as a percentage withheld (often around 5%, with examples up to 10%) to ensure subcontractors and contractors return to remedy defects, with retentions commonly released 50% at practical completion and the remainder after the defects liability period. They outline how New Zealand’s Construction Contracts Act 2002 was introduced after a major company withheld retentions without setting them aside, then liquidated, leaving subcontractors as unsecured creditors; the Act now requires retentions to be held in trust, supports industry cashflow, outlaws “pay if paid/pay when paid,” and imposes payment timeframes and penalties. They discuss administration and reporting obligations on main contractors, contrast retentions with bonds, and clarify that the Act applies where none of the parties is a “residential occupier,” affecting some domestic-building scenarios, and they invite listeners to compare approaches in other countries such as England’s JCT contracts.Ethans's Youtube: https://youtu.be/fgsWdyekHBI?si=MGwf10l4Q4WGxBp7

Meeting discussion clarified software proficiency timelines and distinguished technical mastery from foundational workplace competence.Defining Mastery Versus ProficiencyParticipants debated the distinction between software proficiency and mastery. Mastery requires managing complex functions, while proficiency involves understanding basics.Estimating Software Learning TimelinesFull-time study for 1 year is estimated for software mastery. Proficiency can be achieved within 1 week of focused effort.Contextualizing Professional Skill AcquisitionIndustry standards suggest long-term development is necessary for true expertise. The team decided that proficiency is the primary goal for employment readiness.

Participants evaluated various AI models for text and design workflows while debating architectural curriculum requirements.Comparing AI Model CapabilitiesDeepseek and Gemini offer distinct advantages for text and image tasks, necessitating a multi-tool approach for professional workflows. Participants decided to use different models for specific purposes, such as Deepseek for technical writing and Gemini for imagery.AI in Architectural RenderingAI tools effectively accelerate rendering and design, yet traditional software remains essential for high-quality, large-scale output. Professionals must provide specific prompts and references to achieve desired outcomes.Curriculum Needs for TechnologistsArchitectural education should integrate both coding and prompting to ensure graduates understand structural problem-solving and industry-specific app development. Mastery of code is critical for correcting errors in AI-generated scripts.

This episode of the Architectural Technologist podcast features a conversation between Jonathan and Ethan regarding their experiences with various AI tools, specifically comparing Google Gemini and DeepSeek.The following is a summary of the key takeaways from their discussion:Technical Writing & Analysis: Jonathan found DeepSeek to be a superior tool for technical writing, noting its ability to analyze text for errors and provide multiple rewriting options.Voice and Tone: DeepSeek offers unique "voices" for rewriting, such as "Kiwi Practical" or "Professional," which Jonathan found helpful for matching his natural speaking style.Multimodal Capabilities: Gemini stands out for its ability to generate and read images, listen to music, and process audio files—features that DeepSeek currently lacks.Privacy and Business Use: Jonathan prefers Gemini for business because it does not share user information or use it to train its large language models.Open Source and Efficiency: Ethan highlighted that DeepSeek is an open-source, energy-efficient "thinking AI" that is currently free to use.Newsletter Creation: Jonathan used both tools to organize course transcripts into newsletters. While Gemini suggested splitting the content, DeepSeek recommended keeping it as one cohesive topic, which Jonathan found more accurate for his needs.Architectural Rendering: Ethan shared how he teaches students to use Gemini to render 3D models. By providing an address, the AI can use Google Maps data to create realistic day and night renders of buildings.High-Fidelity Media: Jonathan described an architect friend using advanced Gemini models (referred to as Nano Banana) to generate incredibly detailed videos, such as a dog walking through a kitchen with realistic lighting and textures.The speakers concluded that there is no single "perfect" AI. Instead, they recommend a multi-tool approach: using DeepSeek for technical drafting and logic, while leveraging Gemini for creative tasks like image generation and audio analysis.DeepSeek vs. Google GeminiPractical AI ApplicationsFinal Conclusion