Glaziers

Confer with customers to determine project requirements or to provide cost estimates.

AI: Fully automatable - By 2025 conversational AI and estimation models can fully handle customer consultations and generate cost estimates from specs and pricing databases.

Select the type or color of glass or mirror according to specifications.

AI: Fully automatable - Selecting glass type or color from specifications is a rules-and-data mapping task that AI systems and inventory software can fully automate.

Measure and mark outlines or patterns on glass to indicate cutting lines.

AI: Fully automatable - Measuring and marking cutting outlines can be fully automated using CAD-to-CAM workflows, lasers, and computer-vision-guided marking systems with high accuracy.

Grind or polish glass, smoothing edges when necessary.

AI: Fully automatable - Edge grinding and polishing are widely automated with CNC and robotic finishing systems in glass fabrication, enabling full automation for this task in many production contexts.

Read and interpret blueprints or specifications to determine size, shape, color, type, or thickness of glass, location of framing, installation procedures, or staging or scaffolding materials required.

AI: Fully automatable - AI can read, parse, and interpret blueprints and specifications to determine materials, sizes, and installation requirements with high reliability using existing computer-vision and NLP tools.

Measure mirrors and dimensions of areas to be covered to determine work procedures.

AI: Fully automatable - AI combined with smartphone LiDAR, photogrammetry and computer vision can reliably measure spaces and generate procedures remotely or via assisted workflows.

Score glass with cutters' wheels, breaking off excess glass by hand or with notched tools.

AI: Fully automatable - Scoring and breaking glass is a well‑established automated operation in fabrication via CNC cutters and robotic handlers that AI can fully control in practice.

Create patterns on glass by etching, sandblasting, or painting designs.

AI: Fully automatable - Etching, sandblasting, and robotic painting of patterns can be fully automated with CNC and robotic tooling for repeatable and custom designs.

Fabricate or install metal sashes or moldings for glass installation, using aluminum or steel framing.

AI: Partial - Metal sash fabrication can be CNC-automated and AI can plan installs, but on-site installation of aluminum/steel framing for glazing still typically requires human skill and adaptation to site conditions.

Determine plumb of walls or ceilings, using plumb lines and levels.

AI: Partial - AI and computer-vision/inertial sensors can measure plumb from images or instruments, but the physical placement and on-site use of plumb lines/levels is typically done by humans in the field.

Fasten glass panes into wood sashes or frames with clips, points, or moldings, adding weather seals or putty around pane edges to seal joints.

AI: Partial - Robotic systems can fasten glass in controlled factory settings, but variable on-site sash conditions, bespoke sealing/putty work, and delicate adjustments still require human dexterity and judgement.

Prepare glass for cutting by resting it on rack edges or against cutting tables and brushing thin layer of oil along cutting lines or dipping cutting tools in oil.

AI: Partial - Positioning glass and applying cutting oil is a simple, repeatable operation that is automatable in fabrication shops, but on-site variability and handling of large fragile panes limit full automation in most field contexts.

Cut, fit, install, repair, or replace glass or glass substitutes, such as plastic or aluminum, in building interiors or exteriors or in furniture or other products.

AI: Partial - Automated CNC cutting and factory installation exist for many panels, yet the full range of on-site tasks—precision fitting, repair, and replacements in variable conditions—remains largely manual.

Install pre-assembled metal or wood frameworks for windows or doors to be fitted with glass panels, using hand tools.

AI: Partial - Installing pre-assembled frames is semi-structured and amenable to assisted automation, but lifting, final alignment, and use of hand tools in varied jobsite environments limit full automation today.

Set glass doors into frames and bolt metal hinges, handles, locks, or other hardware to attach doors to frames and walls.

AI: Partial - Installing heavy glass doors and fastening hinges/locks requires adaptive, precise on-site handling and alignment that current robotic systems can assist with but not fully replace in most real-world settings.

Drive trucks to installation sites and unload mirrors, glass equipment, or tools.

AI: Partial - Autonomous driving and robotic unloading exist in limited controlled contexts, but most truck driving to varied installation sites and careful unloading of fragile glass still require human drivers and handlers as of 2025.

Move furniture to clear work sites and cover floors or furnishings with drop cloths.

AI: Partial - Robotic lifting aids and guidance systems can assist or partially automate furniture moving, but unstructured home environments and delicate handling still require humans for now.

Cut, assemble, fit, or attach metal-framed glass enclosures for showers, bathtubs, display cases, skylights, solariums, or other structures.

AI: Partial - CNC machines and CAD-driven fabrication can automate cutting and some assembly, but on-site fitting and complex attachment of framed enclosures still need human dexterity and judgment.

Load and arrange glass or mirrors onto delivery trucks, using suction cups or cranes to lift glass.

AI: Partial - Powered suction lifters, cranes and semi-automated equipment can assist loading, but fully autonomous loading/arranging of varied glass shipments is not yet broadly reliable.

Pack spaces between moldings and glass with glazing compounds and trim excess material with glazing knives.

AI: Partial - Robotic sealant dispensers can apply compounds in controlled contexts, but precision packing and trimming of glazing compound in irregular on-site conditions remain largely manual.

Operate cranes or hoists with suction cups to lift large, heavy pieces of glass.

AI: Partial - Crane/hoist operation with suction cups can be partially automated or teleoperated by AI-assisted systems, but full autonomous operation in varied, safety-critical job sites remains limited.

Cut and remove broken glass prior to installing replacement glass.

AI: Partial - AI can guide tools and plan safe removal, but cutting out and safely removing broken glass in varied, hazardous on-site situations still requires human skill and oversight.

Secure mirrors in position, using mastic cement, putty, bolts, or screws.

AI: Partial - Applying mastic, putty and fastening mirrors can be assisted by tools and robots in controlled settings, but precise placement and adaptation to imperfect surfaces usually need humans.

Assemble, erect, or dismantle scaffolds, rigging, or hoisting equipment.

AI: Partial - Mechanical aids and procedural guidance exist, but safe, adaptive assembly and dismantling of scaffolding and rigging in varied job sites remains primarily a human task.

Cut and attach mounting strips, metal or wood moldings, rubber gaskets, or metal clips to surfaces in preparation for mirror installation.

AI: Partial - Cutting and preparing standardized mounting strips can be automated in shops, but on-site cutting, fitting and fastening of diverse moldings and gaskets is still mostly manual.

Assemble and cement sections of stained glass together.

AI: Partial - Assembling and cementing stained glass involves fine manual craftsmanship and artistic judgment that robots can assist with but not yet fully replicate in most settings.

Measure, cut, fit, and press anti-glare adhesive film to glass or spray glass with tinting solution to prevent light glare.

AI: Partial - Measuring, cutting, and applying film or spray tinting can be semi-automated (machines and templates exist), but on-site variability and delicate manual finishing mean AI/robots only partially automate the task.