Plumbers

Keep records of work assignments.

AI: Fully automatable - Keeping records is fully automatable with job-management software, IoT sensors, and AI-driven documentation and logging tools.

Fill pipes or plumbing fixtures with water or air and observe pressure gauges to detect and locate leaks.

AI: Fully automatable - Pressure-testing and leak detection can be fully automated using controlled filling systems, sensors, and AI analysis of pressure/flow data.

Review blueprints, building codes, or specifications to determine work details or procedures.

AI: Fully automatable - AI can parse digital blueprints and building codes, cross-check specifications, and generate recommended work details and procedures for many standard scenarios.

Estimate time, material, or labor costs for use in project plans.

AI: Fully automatable - AI can analyze historical data, material databases, and project parameters to produce time, material, and labor cost estimates with high completeness.

Recommend energy or water saving products, such as low-flow faucets or shower heads, water-saving toilets, or high-efficiency hot water heaters.

AI: Fully automatable - AI can readily analyze needs and product specifications and recommend energy‑ and water‑saving products tailored to a project or household.

Determine sizing requirements for solar hot water heating systems, taking into account factors such as site orientation, load calculations, or storage capacity requirements.

AI: Fully automatable - Given site data (orientation, shading, loads) AI can perform the necessary calculations, simulate performance, and specify collector and storage sizing and configuration.

Calculate costs or savings for water- or energy-efficient appliances or systems.

AI: Fully automatable - AI can compute costs and projected savings from appliance/system specs, usage patterns, and local energy/water prices to produce estimates and payback analyses.

Compile information on governmental incentive programs related to the installation of energy or water saving plumbing systems or devices.

AI: Fully automatable - AI can search, aggregate, and summarize government incentive programs and generate tailored lists and eligibility guidance, assuming access to current data sources.

Assemble pipe sections, tubing, or fittings, using couplings, clamps, screws, bolts, cement, plastic solvent, caulking, or soldering, brazing, or welding equipment.

AI: Partial - Assembly tasks like fitting, caulking, soldering or brazing can be automated in controlled production contexts but field installations still require human dexterity and adaptability.

Install pipe assemblies, fittings, valves, appliances such as dishwashers or water heaters, or fixtures such as sinks or toilets, using hand or power tools.

AI: Partial - Installing diverse pipe assemblies and appliances involves variable environments and manual dexterity, so AI can assist or partially automate but not fully replace humans broadly as of 2025.

Maintain or repair plumbing by replacing defective washers, replacing or mending broken pipes, or opening clogged drains.

AI: Partial - Routine plumbing repairs can be supported by diagnostics and guided instructions, but physical repair work in varied field conditions remains only partially automatable.

Direct helpers engaged in pipe cutting, preassembly, or installation of plumbing systems or components.

AI: Partial - AI can plan, sequence, and issue instructions to helpers but cannot fully replicate on-site leadership, real-time decision-making, and interpersonal management in all cases.

Locate and mark the position of pipe installations, connections, passage holes, or fixtures in structures, using measuring instruments such as rulers or levels.

AI: Partial - Locating and marking positions can be assisted or partly automated with lasers, AR, and robotics, but variable construction contexts still require human verification and adaptation.

Measure, cut, thread, or bend pipe to required angle, using hand or power tools or machines, such as pipe cutters, pipe-threading machines, or pipe-bending machines.

AI: Partial - Measuring, cutting, threading, and bending pipe are mechanizable in workshops, yet field setups and diverse on-site requirements mean AI can only partially automate these tasks overall.

Inspect structures to assess material or equipment needs, to establish the sequence of pipe installations, or to plan installation around obstructions, such as electrical wiring.

AI: Partial - AI can analyze photos, BIM models, and drawings to identify materials and plan sequences, but on‑site judgment about unforeseen conditions still requires humans.

Weld small pipes or special piping, using specialized techniques, equipment, or materials, such as computer-assisted welding or microchip fabrication.

AI: Partial - Computer‑assisted welding exists and can automate some small or specialized welding in controlled settings, but on‑site, varied plumbing welds are not fully automated.

Perform domestic plumbing audits to identify ways in which customers might reduce consumption of water or energy.

AI: Partial - AI can analyze utility data, photos, and survey inputs to identify conservation opportunities and provide recommendations but cannot fully replace on‑site inspection and measurements.

Anchor steel supports from ceiling joists to hold pipes in place.

AI: Not automatable - Anchoring steel supports is a hands‑on construction task that current AI systems cannot physically perform on site.

Install underground storm, sanitary, or water piping systems, extending piping as needed to connect fixtures and plumbing.

AI: Not automatable - Installing underground piping is a physical construction activity requiring manual labor and equipment that AI cannot autonomously execute in the field.

Install green plumbing equipment, such as faucet flow restrictors, dual-flush or pressure-assisted flush toilets, or tankless hot water heaters.

AI: Not automatable - Installing fixtures and appliances is a manual installation task that AI cannot physically carry out on site.

Cut openings in structures to accommodate pipes or pipe fittings, using hand or power tools.

AI: Not automatable - Cutting openings in structures is a physical, tool‑based task that current AI cannot perform autonomously in real construction environments.

Install alternative water sources, such as rainwater harvesting systems or graywater reuse systems.

AI: Not automatable - Installing rainwater or graywater systems requires hands‑on site work and system integration that AI cannot physically perform.

Install, test, or commission solar thermal or solar photovoltaic hot water heating systems.

AI: Not automatable - Installation, testing, and commissioning are hands‑on, safety‑critical tasks requiring skilled onsite labor and cannot be performed autonomously by AI in 2025.