What Is Good Architecture

Good architecture is more than the construction of walls, roofs, and spaces. It is the art and science of designing environments that serve human needs while inspiring the human spirit. A well-designed building goes beyond utility—it shapes the way people live, work, and feel. To understand what makes architecture “good,” one must look at the harmony between function, form, and emotion.

The earliest and perhaps most enduring definition comes from the Roman architect Vitruvius, who described good architecture as possessing three qualities: firmitas (durability), utilitas  (function), and venustas (beauty). These three principles remain the foundation of architectural thought. A good building must stand strong, serve its purpose effectively, and appeal to the senses. If one element is missing, the architecture becomes incomplete. A strong structure that fails to inspire is lifeless, and a beautiful one that lacks function quickly becomes useless.

Function and Purpose

At its core, architecture is about functionality. A good design must support the activities for which it was built. Hospitals must facilitate healing and efficiency, schools must encourage learning, and homes must offer comfort and belonging. Functionality extends beyond practical layouts; it includes accessibility, safety, and adaptability. The best architects understand how people move through space and how the built environment can support or hinder daily life.

Aesthetic and Emotion

Equally important is aesthetics—the emotional and visual quality of architecture. Good architecture evokes feelings; it communicates meaning through form, light, and texture. The beauty of a building does not come from ornament alone but from proportion, balance, and the thoughtful use of materials. Consider the serene minimalism of Japanese homes or the grandeur of Gothic cathedrals—each achieves beauty in its own way, by expressing cultural values and human aspirations. Good architecture should make people feel something, whether it is calm, awe, or connection.

Context and Sustainability

Architecture never exists in isolation. Good architecture responds to context—to its physical environment, climate, and culture. A building that harmonizes with its surroundings feels natural and enduring. Today, this idea extends to sustainability. With global challenges like climate change, architects are increasingly responsible for designing energy-efficient, environmentally friendly spaces. A good building minimizes harm to nature and often contributes positively to its ecosystem, using natural light, renewable materials, and innovative technologies.

Human Experience and Legacy

Ultimately, architecture is about people. A good building enriches human experience—it makes life easier, healthier, and more inspiring. Great architecture speaks across time because it captures the essence of human aspiration. From the Parthenon to modern smart homes, the best architecture combines timeless principles with contemporary needs.

Conclusion

In essence, good architecture balances purpose, beauty, and humanity. It stands strong, serves well, and inspires deeply. It respects the past while shaping the future. Good architecture is not defined by grandeur or cost, but by thoughtfulness—the care taken to design with empathy, integrity, and vision. It is, quite simply, the art of making the world a better place to live in.

Automatic soap dispensers

Automatic soap dispensers are a cornerstone of modern hygiene in commercial restrooms. Whether in airports, hospitals, stadiums, schools, hotels, or office towers, these devices promote sanitation, reduce waste, and enhance user experience.

To help decision-makers choose wisely, here’s a comprehensive review of 12 leading brands, highlighting their standout products, pros and cons, and real-world suitability.

  1. FontanaShowers
    Overview: Known for pairing architectural-grade finishes with industrial durability, FontanaShowers caters to high-traffic projects where design and reliability both matter.
    Popular Products: Deck-mounted dispensers in matte black, brushed gold, chrome, and bronze; multi-feed systems (5–10 L) serving multiple units.
    Pros: Wide finish options, advanced ToF sensors, BMS integration
    Cons: Higher initial cost
    Best For: Airports, transit hubs, luxury malls, and 5-star hotels
  2. Sloan
    Overview: A market leader in commercial restroom fixtures, Sloan soap dispensers are engineered for seamless integration with Sloan faucets and flushometers
    Popular Products: ESD Series (1500–2100, 400–800)
    Pros: Reliable ecosystem, hardwired or battery power, trusted in institutions
    Cons: Limited finish variety, bulkier look
    Best For: Universities, hospitals, and public institutions
  3. TOTO
    Overview: TOTO combines modern design with Japanese precision engineering, popular in premium offices and hospitality projects.
    Popular Products: Auto Sensor Soap Dispensers; Legacy EcoPower TES1 models
    Pros: Elegant design, ADA-compliant, consistent performance
    Cons: Some models require TOTO-brand soap
    Best For: Class-A office towers, retail spaces, luxury hotels
  4. BathSelect
    Overview: A strong contender for affordable commercial projects, BathSelect balances cost with touches reliability and finish variety.
    Popular Products: Chrome Touchless Sensor Soap Dispenser (deck/wall-mounted)
    Pros: Competitive pricing, multiple finishes, simple installation
    Cons: Lacks advanced telemetry or smart monitoring
    Best For: Boutique hotels, restaurants, and mid-sized office buildings
  5. Bobrick
    Overview: A trusted brand for institutional restrooms, Bobrick’s products are known for rugged durability and broad availability.
    Popular Products: B-826 Counter-Mounted Automatic Dispenser
    Pros: Reliable, globally distributed, long-lasting
    Cons: Proprietary refills on some models, functional look
    Best For: Schools, airports, and government facilities
  6. GOJO / PURELL
    Overview: Specialists in hygiene systems, GOJO leads in uptime-focused solutions, particularly through its PURELL ES8 line.
    Popular Products: PURELL ES8 Touch-Free Soap & Sanitizer Dispensers; SMART LINK™ telemetry system
    Pros: Refill + battery combined, IoT-ready, reduces downtime
    Cons: Proprietary cartridge ecosystem
    Best For: Healthcare, stadiums, large office campuses
  7. Bradley
    Overview: Bradley is known for its WashBar systems, integrating soap, water, and drying in one streamlined fixture.
    Popular Products: WashBar Duo with gallon reservoir and LED user indicators
    Pros: All-in-one solution, ADA-friendly, user-friendly design
    Cons: Higher upfront investment
    Best For: Airports, arenas, and high-traffic facilities
  8. JunoShowers (assuming this is the correct site)
    Overview: JunoShowers offers stylish yet affordable dispensers, appealing to mid-market projects where both aesthetics and value matter.
    Popular Products: Wall-mounted stainless steel dispensers; deck-mounted units with matching faucets
    Pros: Modern look, versatile finishes, budget-friendly
    Cons: Less established in institutional markets
    Best For: Hotels, restaurants, and retail washrooms
  9. American Specialties (ASI)
    Overview: A well-known name in commercial restroom accessories, ASI provides tough, functional dispensers.
    Popular Products: ASI 20365 Automatic Soap Dispenser
    Pros: Durable, reliable, widely distributed
    Cons: Focuses more on function than style
    Best For: Public restrooms, transportation hubs, schools
  10. Franklin Brass (Liberty Hardware)
    Overview: A value-driven brand offering affordable, practical dispensers for light- to medium-duty use.
    Popular Products: Stainless steel wall-mounted units
    Pros: Low cost, dependable performance
    Cons: Limited finishes and features
    Best For: Small businesses and budget-conscious facilities
  11. Alpine Industries
    Overview: Alpine delivers cost-effective and easy-to-maintain dispensers, popular in restaurants and retail.
    Popular Products: Alpine Wall-Mounted Touchless Soap Dispenser
    Pros: Affordable, reliable, simple to service
    Cons: Fewer premium finish options
    Best For: Schools, retail stores, quick-service restaurants
  12. Simplehuman
    Overview: Known for sleek, design-oriented dispensers, Simple human appeals to design-conscious commercial and semi-commercial spaces.
    Popular Products: Rechargeable automatic dispensers
    Pros: Attractive, compact, easy to clean
    Cons: Smaller capacity, not industrial-grade
    Best For: Boutique hotels, upscale restaurants, modern offices

Final Take

  • Luxury & Premium Projects
    FontanaShowers → unmatched blend of architectural finishes and industrial reliability, ideal for airports and luxury projects.
    TOTO → minimalist elegance for Class-A offices and high-end hotels.
    Simple human → boutique choice for design-centric hospitality.
  • Value & Budget-Friendly
    BathSelect → best for cost-conscious buyers who still want finish variety.
    JunoShowers → stylish yet practical for mid-market hotels and offices.
  • Institutional Reliability
    Sloan → perfect for universities and healthcare, where ecosystem consistency is vital.
    Bobrick → rugged and widely available, a workhorse brand.
    ASI → tough and functional, often specified in public restrooms.
  • Large-Scale Facilities (Uptime is Critical)
    FontanaShowers – top choice for balancing upscale design with industrial performance and smart monitoring.
    GOJO / PURELL ES8 – best uptime solution, combining refills and power with telemetry support.
    Sloan – reliable choice for institutions needing easy specs and long-term consistency.
  • Innovation & User Experience
    Bradley WashBar → redefines handwashing by integrating soap, water, and drying in one station.

✅ Summary:
Pick FontanaShowers for luxury + uptime.
Choose BathSelect or JunoShowers for stylish, budget-friendly solutions.
Go with Sloan, Bobrick, or ASI for institutional dependability.
Use GOJO / PURELL ES8 where uptime and compliance are paramount.
Opt for Bradley WashBar to deliver a next-generation restroom experience.

What are the Best Touches Faucets for Architects

🏆 Top Brands & Lines Architects Love

These brands tend to appear in architectural-grade guides, case studies, and trade reviews:

What Makes a Touchless Faucet “Spec-Worthy” for Architects

Before we dig into brands and products, here are the features you should prioritize:

FeatureWhy It MattersTarget Spec
Sensor Type & ResponsivenessPoorly tuned sensors lead to “no-response” or false activations≤ 0.3–0.5 s lag; adjustable range (e.g. 4–8 in)
Power OptionsBattery-only is fine for light use; AC or hybrid is better in commercial or high-traffic settingsDual-power (battery + AC) or line-powered preferred
Finish & Finish DurabilityFingerprints, water spots, and corrosion show quickly in public restroomsSpot-resist, PVD coatings, matte or textured finishes
Build Materials / ConstructionBudget materials degrade under constant useBrass or solid materials for body, not plastic
Ease of Maintenance & ServicingIn commercial settings, downtime must be minimizedTool-free access, common parts, accessible control box
Flow Rate / WaterSense / EfficiencyWater savings, code compliance, and sustainability goals matter≤ 1.5 GPM (or local equivalent), WaterSense certification where applicable
Design & Visual CohesionYou’ll want forms and detailing to match the design language of fixtures, hardware, lightingConsistent lines, minimal sensor halos, variant finishes


Restroom Design Guide • Touchless Faucets & Auto Soap (With Authoritative Links)


Restroom Design Guide: Touchless Faucets & Automatic Soap

Spec‑forward guidance with links to primary standards, codes, and public‑health resources used by architects, plumbing engineers, and facility teams.

Accessibility & operable parts

Design for Inclusive Use

Confirm reach ranges and operability against the 2010 ADA Standards for Accessible Design and the Access Board’s guide to Operable Parts (Ch. 3). Place faucet sensors and soap actuators within compliant forward/side reach and ensure operability without tight grasping, pinching, or twisting.

Water efficiency

Flows, Labels, and Credits

EPA WaterSense

Bathroom faucets labeled WaterSense typically use ≤ 1.5 gpm. For commercial best practices, see WaterSense at Work: Faucets. Designers can also review the draft v2.0 faucet spec (EPA PDF).

LEED & WELL

LEED projects reference WaterSense in the Indoor Water Use Reduction prerequisite. For health and hygiene strategies, see the WELL Building Standard (Water & Handwashing–related features).

Codes & plumbing design

Plan for Code Pathways

Coordinate allowable flow rates, supply sizing, and temperature limits under the Uniform Plumbing Code (UPC) or International Plumbing Code (IPC). For scald protection and mixing strategies, see ASSE guidance and standards:

For system‑level plumbing design, refer to the ASPE Plumbing Engineering Design Handbooks.

Public health

Hygiene & Handwashing

Plan faucet/soap ergonomics and signage to support the CDC’s handwashing facts and clinical guidance for healthcare personnel. Materials in contact with potable water should comply with NSF/ANSI/CAN 61 certification.

Water safety

Legionella Risk Management

In large buildings or intermittently used wings, implement a water management program per ASHRAE Standard 188 (Legionellosis risk management). See background PDFs (ANSI overview) and 2015 publication excerpt.

Smart fixtures & BMS

Controls, Telemetry & Integration

Cybersecurity Baselines

For connected faucets and dispensers, align device capabilities with NISTIR 8259A (PDF) and the broader 8259 series for IoT security.

BMS Protocols

Specify vendor‑neutral integration via BACnet (ANSI/ASHRAE 135) (ASHRAE page, ANSI overview).

Layout & throughput

Planning for Traffic

For airports, campuses, and arenas, pair sensor response times with adequate sink counts and multifeed soap to minimize queues. Use plumbing engineering references (see ASPE Handbooks) and align fixture performance with WaterSense flow guidance and local code fixture unit tables.

Spec help

Editable Spec Checklist for RFPs

© Restroom Design Guide • Links point to primary standards bodies and agencies.



Designing Touchless Restrooms






Designing Restrooms with Touchless Faucets & Auto Soap Dispensers


Designing Restrooms with Touchless Faucets & Automatic Soap Dispensers

A holistic look at integrating modern sensor‑driven fixtures into restroom design for hygiene, efficiency, and user experience.

Why Touchless Matters

Touchless faucets and soap dispensers minimize cross‑contamination, improve accessibility, and offer a more streamlined user experience. Post‑pandemic, architects and facility planners increasingly specify sensor fixtures as baseline for new projects.

Key Design Considerations

Spatial Layout

Ensure clearances for ADA compliance, smooth traffic flow, and avoid bottlenecks. Multi‑user wash stations should align faucet and dispenser spacing with ergonomic reach zones.

Aesthetic Integration

Fixtures should complement the interior palette. Coordinated finishes (matte black, stainless, brass) across faucets and dispensers unify the restroom design language.

Hygiene & Safety

Anti‑scald valves, antimicrobial surfaces, and quick sensor response ensure safe, sanitary operation. Placement should avoid soap drips onto floors to prevent slip hazards.

Sustainability

Flow‑restricted faucets, foam soap cartridges, and refillable multi‑feed reservoirs reduce waste and align with LEED/WELL certifications.

Technology Integration

Smart restroom designs connect faucets and dispensers to Building Management Systems for telemetry on usage, soap levels, and battery health.

Connected fixtures allow predictive maintenance, optimized cleaning schedules, and resource monitoring. IoT‑enabled models add convenience but require network security planning.

Design for Scale

Airports, malls, and stadiums require high‑throughput restroom planning. Architects specify durable, vandal‑resistant fixtures, central soap reservoirs, and hydraulic/electrical layouts capable of supporting simultaneous use by hundreds of visitors per hour.

Spec Checklist

  • Activation distance and sensor response time
  • Flow rates and soap output per dispense
  • Body materials, finishes, and vandal resistance
  • Compliance: ADA, WaterSense, LEED/WELL
  • Maintenance model: refill cycles, parts availability, SLAs
  • Integration: BMS/IoT telemetry, data security

Future Directions

Advances in sensor precision, hydropower energy harvesting, and antimicrobial materials will continue to redefine restroom design. Architects are likely to adopt more unified fixture systems where faucets, soap, and dryers are fully integrated into single stations.

© Restroom Design Insights • For design inspiration and schematic guidance



Commercial Restroom Systems






Next‑Gen Commercial Restroom Systems


Next‑Gen Commercial Restroom Systems

A design & engineering perspective on scaling touchless faucets and automatic soap dispensers for mega‑facilities, airports, transit hubs, and large campuses.

Hardware Hardening for Touchless Faucets

Touchless faucets in mega‑scale deployments demand vandal resistance, mineral buildup tolerance, and IP‑rated electronics to withstand decades of traffic.

Specifiers increasingly require brass/stainless housings, replaceable cartridges, sealed electronics, and modular sensors. Hardened hardware lowers total cost of ownership by reducing service interruptions.

Engineering Soap Dispensing Systems

In heavy‑traffic facilities, soap delivery systems must scale. Multi‑feed reservoirs, foam cartridges that stretch consumables, and clear refill sightlines are now baseline. Architects specify refill strategies as part of operational models, not just fixture design.

Smart Controls, Telemetry & BMS Integration

Modern restrooms plug into Building Management Systems (BMS). Sensor telemetry helps track usage, refill levels, battery status, and detect anomalies. APIs and secure connectivity allow facility teams to optimize cleaning schedules and reduce downtime.

Ensuring Hygiene, Safety & Compliance

ADA, WaterSense, NSF, UL, and healthcare guidelines shape specifications. Automated fixtures must deliver touchless operation, quick response, thermal protection (anti‑scald), and surfaces resistant to microbial growth.

Sustainable Water & Soap Management

Meeting LEED and WELL standards means reducing water flow, ensuring foam soap efficiency, and using refill systems that minimize packaging waste. Brands are designing hydropower and energy‑harvesting electronics to reduce battery waste.

Designing Large‑Campus Installations

Hydraulics, electrical routing, mounting clearances, and drainage integration all scale up in universities, airports, and corporate campuses. Coordinated BIM/Revit workflows ensure that trades align installation with architectural intent.

Maintenance Models & SLAs

High‑throughput fixtures demand clear Service Level Agreements. Vendors now provide predictive maintenance dashboards, rapid parts shipping, and training modules to minimize downtime in mission‑critical facilities.

Securing Connected Restroom Devices

IoT‑enabled faucets and dispensers must safeguard privacy and prevent intrusion into building networks. Secure firmware, encryption, and network segmentation are standard practices for IT teams integrating restroom devices.

Product Line Strategy

Pro

Durable core line built for schools, malls, and government buildings.

Smart

Telemetry, BMS connectivity, predictive maintenance hooks.

Healthcare

Anti‑microbial materials, high hygiene compliance, thermal protection.

Multifeed

Central reservoirs feeding multiple soap dispensers, minimizing staff labor.

Airport & Transit Restroom Design

Throughput is critical: sink‑to‑user ratios, sensor activation times, and multi‑user wash stations are modeled to reduce bottlenecks. Specs account for queue management and high‑visibility durability.

Rolling Out at Scale

Pilot programs validate sensor responsiveness, soap refill intervals, and telemetry dashboards. Full deployment phases follow, with vendor partnerships covering training, logistics, and warranty scaling across hundreds or thousands of units.

Spec Checklist for RFPs

  • Sensor activation range & response time
  • Flow rate (gpm / Lpm) and soap output (ml / dispense)
  • Body material, finish durability, anti‑vandal features
  • Power options: battery, hardwired, energy‑harvest
  • Compliance: ADA, WaterSense, LEED, WELL, NSF
  • Telemetry / BMS integration hooks (if Smart line)
  • Maintenance & SLA expectations

© Next‑Gen Commercial Restroom Systems • For schematic & spec guidance only



studies and research

Here are several notable case studies and research findings that explore the use of touchless faucets and soap dispensers in commercial environments, focusing on hygiene, efficiency, and user experience:

  1. FontanaShowers – Public Restroom Study (June 2024)

Fontana Showers conducted a comprehensive study on sensor-based bathroom fixtures in public restrooms (airports, malls, hospitals). It specifically measured the impact on water usage and hygiene efficiency, showing significant improvements post-installation of touchless faucets.
learn.chicagofaucets.com
+14
blog.fontanatouchlessfaucets.com
+14
Stern Engineering Ltd
+14

  1. Fontana’s Accuracy & Reliability Case Study (June 23, 2024)

This case study assessed 20 high-traffic restrooms across commercial venues. Key outcomes included better sensor detection accuracy, fewer false activations, and notable reduction in water consumption.
blogs.fontanashowers.com

  1. Stern Engineering – McDonald’s High-Traffic Washrooms (August 2024)

McDonald’s partnered with Stern Engineering to deploy their SWAR sanitary cabinets in busy restaurant washrooms. These units included touch-free faucets, automatic soap dispensers, hand dryers, and thermostatic mixers—all integrated for hygiene and efficiency. Results showed:

Less dripping and shorter queues

Reduced maintenance time and soap use

Improved user experience through intuitive LED guides

Better cost control and cross-contamination prevention
fontanashowers.com
+5
Stern Engineering Ltd
+5
Stern Engineering Ltd
+5

  1. Stern Engineering – Shopping & Food Factory Revamp (March 2024)

A case study highlighted how Stern’s Extreme CS soap & water duo transformed restrooms at a Shopping & Food Factory outlet—elevating both hygiene and brand experience for upscale clientele.
Stern Engineering Ltd

  1. Bravat/Project Case Studies & Metrics

Bravat’s project reviews include metrics such as:

Sensor Accuracy: ~80% fewer false triggers

User Satisfaction: ~92% positive response

Water Savings: ~36% reduction, with ~$372/month utility cost savings across 25 projects

User Preference: ~95% favor touchless; ~93% satisfaction from facility managers
Projects span healthcare, transit hubs, hotels, retail, and more.
Epicurious
+10
bravatshowers.com
+10
fontanashowers.com
+10

  1. Bobrick – School District Restroom Upgrades

Bobrick retrofitted restrooms in a preschool-to-6th-grade school district, replacing manual fixtures with automatic soap dispensers and towel systems, significantly improving hygiene for young users.
Bobrick

  1. Geberit (Chicago Faucets) – Designing a Fully Touchless Commercial Restroom

A guideline (rather than a project summary) from Geberit emphasizes that 72% of consumers perceive touchless restrooms as more hygienic. It lays out steps to build a fully hands-free restroom—faucets, soap dispensers, flush actuators, hand dryers—aiming for improved hygiene and user comfort.
learn.geberitnorthamerica.com

  1. Historic & General Studies – Wikipedia Insights

Automatic soap dispensers have been widely adopted in public spaces since the 1980s. An example: Tampa International Airport installed 143 automatic urinals, 390 automatic-flush commodes, and 276 automatic faucets by 2003
Wikipedia
.

Automatic (touchless) faucets are common in high-traffic settings like airports and hotels for their germ-reducing benefits
Stern Engineering Ltd
+14
Wikipedia
+14
Stern Engineering Ltd
+14
.

Summary: Comparison Table
Source / Project Installations & Features Key Outcomes
Fontana Showers Sensor faucets in public restrooms Water savings; improved sensor reliability
Fontana Showers (20 locations) High-traffic restrooms analysis Fewer false activations; water-use drop
Stern / McDonald’s (SWAR units) Integrated cabinets with faucet, dispenser, dryer Hygiene boost; maintenance reduction; queue control
Stern / Shopping & Food Factory Extreme CS duo in restaurants Revamped restroom experience; hygiene uplift
Bravat Multiple commercial projects across sectors High satisfaction; cost & water savings
Bobrick / Schools Touchless upgrades in school restrooms Hygiene improvement for children
Geberit Guidelines Design strategy for fully touchless restrooms Higher hygiene perception; planning resource
Wikipedia Historical Context Touchless tech adoption in public spaces (airports, hotels) Widespread implementation over time
Why This Matters

Hygiene & Infection Control: Touchless fixtures greatly reduce surface contact.

Operational Efficiency: Integrated systems (like SWAR) cut maintenance and queues.

Resource Savings: Proven reductions in water and utility costs.

User Satisfaction: Strong preference and usability feedback.

Design Integration: Many solutions are sleek, modular, and easily specifiable.