Online Continuing Education Classes for Architects
PDHhub helps architects and landscape architects complete continuing education requirements through flexible, online learning. Courses cover a wide range of topics including building systems, codes, safety, accessibility, sustainability, materials, and professional practice.
Complete AIA Learning Units (LU), including Health, Safety, and Welfare (HSW) credits, through self-paced courses designed for busy licensed professionals — no classroom, no schedule conflicts, no per-course fees.
 AIA Continuing Education Requirements
 AIA Architect and International Associate members are required to complete 18 Learning Units (LUs) annually. Of those, 12 must be Health, Safety, and Welfare (HSW) credits.
PDHhub makes it easier to meet these requirements by giving you access to multiple eligible courses under one annual membership — no need to purchase each course individually.
Note: Requirements vary by state. Always confirm your specific state board requirements for license renewal.
Annual Benefits:
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Unlimited access to ALL Architecture CEU courses
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Courses covering design, codes, materials, safety, and emerging trends
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Study on your schedule
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Automatic CE credit tracking in your dashboard
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Downloadable certificates for each completed class
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One subscription, unlimited learning for a full year
BROWSE OUR CLASSES
A Firm Foundation
 (2 CE HOURS)
 A Firm Foundation covers key concepts of foundation design, soil assessment, and structural stability needed to create safe, durable architectural groundwork
 A Paper Trail Through Risk
 (2 CE HOURS)
Architectural Risk Management: Master documentation, legal duties, and construction records for project protection, start to finish.Â
For Expedition and Ease
(2 CE HOURS)
This course explores the rise of prefabrication in construction, its history, components, benefits, and challenges, from small assemblies to full building kits delivered on‑site.
Communicating with Seniors
(1 CE HOUR)
Explore how age, culture, and health shape the meaning of “senior.” Understand eligibility, benefits, and why both biological and chronological age matter.
 Considerations In Railing Design
(3 CE Hours)
Learn how balcony railings blend safety, design, and tech. Explore materials, regulations, and tools like BIM and CAD that shape modern skyscraper aesthetics and protect lives.
Construction Conflict Resolution
(1 CE HOUR)
Conflicts in construction are inevitable, but preventive measures and careful detail reduce them. Architects, as decision makers, resolve issues effectively, turning burden into valuable asset.
Diverting Radon
( 2 CE HOURS)
This course focuses on the health and safety challenges posed by radon gas in buildings and the architectural strategies used to mitigate its risks
Holding to Our HeritageÂ
(3 CE HOURS)
Repurposing older buildings offers value beyond restoration. This course explores options, criteria, and collaboration to adapt structures for new uses, benefiting owners, buyers, and communities
Keeping Out the Wetter- Designing to Exclude Water
(4 CE HOURS)
This course explores moisture resistance in design, construction, and upkeep, teaching methods to prevent water damage and protect buildings and occupants from costly infiltration.
Accessibility – Its Ins and Outs
 (2 CE HOURS)
ADA ensures accessibility from parking to interior paths. This course focuses on enabling safe entry and exit for physically challenged occupants
Dealing with the Danger of MoldÂ
(3 CE HOURS)
Learn methods to identify, prevent, and remediate mold in buildings. This 3‑hour CEU course covers causes, risks, and solutions to protect structures and occupants from damage and health hazards.
Renovations Needed Due to Aging
(4 CE HOURS)
As people age, homes can feel like prisons—stairs and bathing become obstacles. Communal living offers care, yet most prefer aging at home. With research and modifications, independence is possible.
Site Design Constraints
(2 CE HOURS)
Early client talks spark design ideas, but site choice dictates outcomes. Codes, context, and constraints narrow options, guiding practical, feasible solutions aligned with surroundings.
Sustainability Through Adaptive Reuse
(1 CE HOUR)
Aging structures with “good bones” can be reused, repaired, or repurposed. Smart renovation adapts them to new markets, offering value to owners, buyers, and communities while preserving assets
Underfoot But Still On The Mind Choices In Deck Surfaces
(3 CE HOURS)
Humans seek refuge from harsh elements yet yearn for nature. Outdoor spaces—decks, patios, balconies—blend home and environment, offering comfort, connection, and design choices for lasting enjoyment.
Sustainable and Eco-Friendly Building Materials
The construction industry is transforming as urbanization grows. Sustainable, eco‑friendly materials now shape responsible choices with lasting environmental, social, and economic impact
Electric Power Delivery-Underground Installation
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Energy Codes and Standards
Energy codes guide building efficiency, sustainability, and carbon reduction. They set standards for insulation, HVAC, lighting, and materials, driving innovation while shaping a sustainable future.
FloodproofingÂ
Floodproofing and retrofitting strengthen buildings, save lives, cut losses, preserve communities, and support sustainable development in flood‑prone areas
Alternative EnergyÂ
Climate change drives a shift to alternative energy. Solar, wind, geothermal, and marine sources cut emissions, reduce pollution, and support sustainability, unlike coal and other traditional fuels.
Critical Facilities- Harzadous High Winds Â
Critical facilities sustain society, delivering vital services during crises. Safety, preparedness, and cooperation are essential to protect them from high winds and disasters, ensuring resilience
Underpinning Techniques and their Application
Underpinning strengthens weak or damaged foundations by deepening and reinforcing them, ensuring stability, preventing collapse, and supporting structures on more reliable soil bases.
Urban Island Heat EffectÂ
The Urban Heat Island effect creates hotter city microclimates, impacting health and environment, highlighting the need for sustainable urban planning and engineering solutions.
Accessibility For BusinessesÂ
The ADA ensures equal access for 50M+ Americans with disabilities and aging boomers, requiring businesses to provide accessible services, benefiting society and driving customer loyalty.
Accessibility for The Deaf and The BlindÂ
The ADA requires accessible communication. Tools like ALDs, interpreters, signage, and tech aid people with hearing or vision loss, ensuring inclusion and equal access.
Accessibility in General and in Parking
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Addressing The Envelope Â
This course explores building envelope components and materials that prevent water intrusion, from face‑seal walls to multi‑layer rainscreen systems, ensuring durable protection
Codes and Guidelines for Worship FacilitiesÂ
This course explores the many practical decisions, codes, site limits, and stakeholder needs involved in designing worship facilities, ensuring compliance and meeting community expectations.
Codices and God Lines for Worship Facilities
This course explores worship facility design focused on spiritual needs, client guidance, and cultural sensitivity to create spaces that support faith practices and meaningful interaction with God.
Guidelines For Ethical Decisions
This course explores ethics in construction, guiding architects, engineers, and contractors with principles, standards, and rules to ensure integrity, compliance, and sound professional decisions.
Harassment In Construction Trades
This course examines gender‑based discrimination in construction, urging cultural change and legal accountability to ensure safe, respectful workplaces and protect future professionals.
Residential Storm Shelters
Residential storm shelters protect families from hurricanes and tornadoes by withstanding extreme winds and debris, offering safe refuge during severe weather emergencies.
Endangered Species Act- Effect on Land Development ProjectsÂ
Land development projects can be delayed if they threaten endangered species or habitats protected under the ESA. Developers must assess environmental impacts and comply with EPA regulations.
Terrorism Mitigation Against Buildings
Terrorism mitigation in buildings focuses on protecting occupants through strategic site planning, controlled access, physical barriers, blast-resistant materials, and advanced security technologies.
Seismic Soil Structure Interaction & Earthquakes
Soil-Structure Interaction (SSI) examines how soil and structures influence each other during loads or earthquakes, helping engineers design safer, more resilient structures.
The 2023 NEC Updates and Changes
The 2023 NEC updates introduce new electrical safety standards, technologies, and installation requirements, helping professionals maintain compliance and improve system reliability.
Accessibility for Businesses
The ADA requires businesses to provide accessible services and environments for people with disabilities, promoting inclusion while reducing legal and financial risks.
High Wind Considerations
High wind design focuses on protecting buildings from hurricanes, tornadoes, and severe storms through careful analysis, resilient construction methods, and wind-load mitigation strategies.
Impervious Work Surfaces
Impervious work surfaces use durable, low-permeability materials for floors, walls, and countertops, helping designers choose safe, functional, and suitable finishes for various applications.
In The Light of The Day
Sunlight in building design offers health and energy benefits but can also cause heat gain, material damage, and UV exposure, making balanced daylight management essential.
Initial Project Decisions
Successful projects begin with proper planning, code compliance, soil testing, and foundation design to ensure structures are stable, safe, and capable of supporting building loads.
Keeping It All Together
Construction components are joined using fasteners like nails, screws, bolts, rivets, adhesives, and welds, each selected based on strength, permanence, and application needs.
Layered Control of Slab Moisture
Layered slab moisture control protects commercial flooring by managing concrete moisture, improving durability, performance, and long-term flooring installation success.
Mind Your Own Business on Job Sites
Construction projects succeed when owners, architects, and contractors clearly understand their roles, responsibilities, and boundaries under AIA contract guidelines.
Minimizing Carbon Use
Minimizing carbon use focuses on designing energy-efficient, sustainable buildings that reduce emissions, conserve energy, and support net-zero environmental goals.
Leading A Design Firm
Leading a design firm requires strong leadership, industry expertise, teamwork, and self-awareness to build balanced teams and deliver successful projects and business growth.
Residential Project Management
Residential project management involves coordinating trades, suppliers, schedules, and project delivery methods to successfully guide construction projects from planning to completion.
Sounds About Right-Advice For Acoustic Design
Acoustic design controls unwanted noise through sound absorption, blocking, and transmission strategies, improving comfort and meeting growing acoustic standards and codes.
The Low Down On Dirt
Soil analysis and testing help determine whether a site can safely support a structure, guiding foundation design, soil improvement, and construction cost decisions.
Three Ways To Murder Fire
Fire safety relies on removing heat, oxygen, or fuel from the fire triangle, using building codes and prevention strategies to protect lives and property.
Too Hard To Ignore
Concrete remains a widely used construction material due to its durability, versatility, fire resistance, cost-effectiveness, and adaptability in many building applications.
Unstable Sites
Building on unstable sites requires analyzing risks like earthquakes, sinkholes, and soil movement, then applying engineering solutions to reduce damage and improve safety.
Accessibility For Voters
The ADA requires polling places to be accessible, removing barriers in parking, entrances, walkways, and voting areas so people with disabilities can vote independently.
Sustainable Design and Green Engineering Practices
This course teaches sustainable design and green engineering practices that reduce environmental impact through energy efficiency, renewable resources, waste reduction, and eco-friendly systems.
Building Information Modelling Software Training
This BIM course teaches practical tools and workflows for digital building design, collaboration, scheduling, cost estimation, and lifecycle management in AEC projects.
Net Zero Carbon In California
This course explores California net-zero carbon design through energy-efficient buildings, renewable energy use, and emission reduction strategies that support sustainable construction goals.
Design of Tall and Complex Structures
This course teaches practical strategies for designing tall and complex structures, improving collaboration, decision-making, efficiency, and structural engineering expertise.
Simplifying The ADA In California
This course simplifies California ADA requirements by explaining the 2010 ADA Standards and accessibility guidelines for designing compliant, inclusive public facilities.
Ergonomics and Workplace Design
This ergonomics course teaches how to design safer, more comfortable workplaces by reducing ergonomic risks, improving productivity, and enhancing employee well-being.
Pavement Design and Maintenance
This course covers pavement engineering, design, materials, maintenance, and Pavement Management Systems to create durable, safe, and cost-effective roadways.
Project Management and Leadership Skills
This course develops project management and leadership skills for engineers, focusing on team leadership, decision-making, resource management, and successful project delivery.
Remediation and Rehabilitation of Existing Structures
This course covers assessing, repairing, and upgrading aging structures using modern rehabilitation techniques, sustainable practices, and safety-focused engineering solutions.
Renewable Energy Technology
This course explores renewable energy technologies, including solar, wind, hydropower, geothermal, and smart grids, with a focus on sustainability and clean energy innovation.
Continuing Education for Landscape Architects
Landscape architects also require continuing education to maintain licensure across most U.S. states. While requirements vary, they typically include professional development hours related to design, environmental considerations, site planning, sustainability, and safety.
PDHhub provides access to online courses that support continuing education needs for landscape architects — flexible, self-paced, and available under one annual membership.
Explore More Continuing Education Options
Frequently Asked Questions:
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Can I complete architecture continuing education online?
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Will I get a Certificate Upon Completion?
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