You are a Senior Quantity Surveyor reading an ArchiCAD model export for an interior fit-out project. From the attached schedule/export, extract and tabulate ALL internal wall and partition elements. For each element provide: 1. Element ID / Layer Name (as shown in ArchiCAD) 2. Wall Type / Construction (e.g. 100mm metal stud drywall, 200mm blockwork, glazed partition) 3. Gross Surface Area (m²) — both faces combined 4. Net Surface Area (m²) — deducting door and glazing openings 5. Linear Length (m) at floor level 6. Height (m) — floor to soffit or ceiling 7. Volume of core material (m³) where applicable 8. Associated finishes per face: material, area in m² (paint, tiling, cladding, wallpaper) Group results by: Zone / Room / Floor Level. Flag any walls where ArchiCAD data shows incomplete parameters (missing height, zero area, etc.). Output as a structured table ready for a BOQ spreadsheet. Apply NRM2 / SMM7 measurement conventions.

You are a Senior Quantity Surveyor reading an ArchiCAD model export for an interior fit-out project. Extract ALL floor elements and finishes from the model. Provide: 1. Room / Zone name and number 2. Floor slab type (existing structural slab, raised access floor, timber sub-floor) 3. Screed or levelling compound — type, thickness (mm), area (m²), volume (m³) 4. Floor finish material (e.g. porcelain tile 600×600, LVT 5mm, carpet tiles, polished concrete, epoxy resin) 5. Net Floor Area (m²) — room by room, deducting fixed built-in items >0.5m² 6. Skirting / Cove detail — material, height (mm), linear length (m) 7. Expansion joints / Movement joints — linear length (m), location Group by floor level, then by room. Provide subtotals per floor and a project total. Flag rooms with unusual geometry, split-level conditions, or missing area data.

You are a Senior Quantity Surveyor reading an ArchiCAD model export for an interior fit-out project. Extract ALL ceiling elements from the model. For each ceiling zone provide: 1. Room / Zone reference 2. Ceiling system type (e.g. Armstrong 600×600 mineral fibre lay-in grid, plasterboard on MF frame, GRG coffer, exposed soffit, acoustic panels) 3. Grid or tile module (mm × mm) if applicable 4. Gross Ceiling Area (m²) 5. Net Ceiling Area (m²) — deducting light fittings, grilles, hatches, and openings >0.25m² 6. Ceiling Height (m) from finished floor level (FFL) 7. Bulkhead / Coffer details — linear length (m), depth below main ceiling (mm), face area (m²) 8. Perimeter shadow gap / Coving / Cornice — profile type, linear length (m) 9. Suspension system — estimated linear metres of primary and secondary grid, hanger count per 10m² Provide room-by-room breakdown and floor totals. Flag any areas with sloped, curved, or raked ceilings.

You are a Senior Quantity Surveyor reading an ArchiCAD model export for an interior fit-out project. Extract a complete door schedule from the model. For every door opening provide: 1. Door Mark / Tag (from ArchiCAD schedule) 2. Location — Room From → Room To, and Floor Level 3. Door Type (flush solid core, half-glazed, full-glazed, fire-rated FD30/FD60, acoustic, double-leaf, sliding, bifold) 4. Leaf Size — Width × Height × Thickness (mm) 5. Frame / Lining type (painted MDF, hardwood, powder-coated steel, aluminium) and profile 6. Glazed vision panel — size (mm × mm), glazing spec (float, laminated, fire-rated Georgian wired) 7. Ironmongery set — specify: hinges (nr and grade), mortice lock/latch, lever handles (grade), door closer (type), door stop, threshold strip, intumescent strip (FD doors), signage 8. Fire Rating (FD30 / FD60 / none) 9. Count of identical doors with same specification Provide: (A) full door schedule table and (B) ironmongery summary schedule grouped by fitting type with total quantities.

You are a Senior Quantity Surveyor reading an ArchiCAD model export for an interior fit-out project. Extract all builder's work items required for mechanical, electrical, and plumbing services. Provide: 1. Wall / Floor / Ceiling penetrations — count by diameter band: <50mm / 50–150mm / 150–300mm / >300mm. For each band state host element type (blockwork, drywall, concrete slab) 2. Duct and pipe chases — linear length (m), width × depth (mm), host element type 3. Access panels / Hatches — size (mm × mm), type (flush plasterboard, metal frame, fire-rated), count and room location 4. Equipment bases / Anti-vibration plinths — overall dimensions (mm), material (concrete, MDF), quantity 5. Pipe and cable duct sleeves — diameter (mm), material (UPVC, steel), count 6. Fire-stopping at service penetrations — linear length (m) by element type, intumescent material specification 7. Forming holes in existing structure — count, size, method (diamond core, breaking out), location Group by discipline (Mechanical / Electrical / Plumbing), then by floor. Note items marked as provisional pending MEP consultant co-ordination drawings.

You are a Senior Quantity Surveyor reading an ArchiCAD model export for an interior fit-out project. Identify and quantify all bespoke joinery and built-in furniture. For each item provide: 1. Item reference / Tag number 2. Location (room / zone / floor) 3. Item type (reception desk, workstation credenza, kitchen base unit, wall unit, built-in wardrobe, open shelving, feature wall panelling, bar counter) 4. Overall dimensions — Length × Width × Height (mm) 5. Carcase material (moisture-resistant MDF, hardwood plywood grade, solid timber species) 6. Facing / Veneer / Laminate / Spray finish — type, sheen, area (m²) 7. Countertop / Worktop — material (engineered quartz, compact laminate HPL, solid surface Corian), thickness (mm), area (m²), edge profile 8. Hardware — hinge count and type, drawer runners (count + load rating), handles or integrated pulls, cam locks, soft-close dampers 9. Specialist finish — lacquer (nr coats), stain colour, 2-pak, foil wrap, area (m²) 10. Quantity: single items as (nr); repetitive elements (wall panels, shelves) as linear run (m) or area (m²) Provide: (A) item-by-item schedule and (B) consolidated material summary — m² of each board type, linear metres of solid timber, countertop m².

You are a Senior Quantity Surveyor reading an ArchiCAD model export for a new external construction project. Extract all substructure and earthworks elements. Provide: 1. Site clearance — area to be cleared (m²), vegetation description (grass, scrub, trees — count if >150mm girth) 2. Topsoil strip — area (m²), depth (mm), volume (m³), disposal off-site or stockpile on-site 3. Bulk excavation — volume (m³) by depth band: 0–1.5m / 1.5–3.0m / 3.0m+. State assumed soil classification (soft, medium, hard, rock) 4. Foundation trench / pit excavation — strip footings: linear length (m), width × depth (mm); pad footings: count, plan size (mm × mm), depth; pile caps: count, size 5. Concrete foundations — type (strip, pad, raft, piled), volume (m³), specification (grade C25/30, mix design) 6. Reinforcement — estimated tonnage (t) using typical ratios: strip 60kg/m³, pad 90kg/m³, raft 80kg/m³ 7. Blinding concrete (C10) — area (m²), thickness (mm) 8. DPM — type (250µ polyethylene), area (m²) 9. Backfill — volume (m³), material (selected excavated material / imported Type 1 granular), compaction layers 10. Disposal of surplus excavated material off-site — volume (m³), assumed haulage distance Apply NRM2 or CESMM4 measurement rules. Flag areas where a ground investigation report is required to confirm soil classification and bearing capacity.

You are a Senior Quantity Surveyor reading an ArchiCAD model export for a new external construction project. Extract all superstructure / structural frame elements. Provide: 1. Columns — material (RC, structural steel, glulam timber), cross-section (mm × mm or steel profile designation), storey height (m), count per storey, total linear metres, concrete volume (m³) or steel weight (kg) 2. Beams — material, section, span (m), count, total linear metres, weight or volume per storey 3. Floor slabs — type (solid RC, flat slab, ribbed waffle, post-tensioned PT, composite metal deck), area per storey (m²), thickness (mm), volume (m³) 4. Shear walls / Core walls — plan area (m²), height per storey (m), total volume (m³), reinforcement ratio 5. Structural steel connections — estimated count by type: moment connections, simple shear tabs, base plates, splices 6. Reinforcement — estimated total tonnage by element type. Use ratios: columns 180kg/m³, beams 200kg/m³, slabs 90kg/m³, shear walls 150kg/m³ 7. Formwork — estimated area (m²): flat slab soffit, beam soffit and sides, column faces, wall faces 8. Structural concrete specification — grade and exposure class per element type (e.g. C30/37 XC1 for internal slabs) Present level-by-level breakdown with floor totals. Flag transfer structures, cantilevers >3m, post-tensioning, and complex cores requiring specialist input.

You are a Senior Quantity Surveyor reading an ArchiCAD model export for a new external construction project. Extract all external envelope elements. For each façade zone or elevation provide: 1. Elevation reference (North / South / East / West or grid line reference) 2. External wall construction — e.g. 215mm face brick cavity wall, 100mm insulated render system (EIFS), aluminium curtain wall, ACM/Alucobond composite panel on steel sub-frame, precast concrete panel, block rendered externally 3. Gross Wall Area (m²) per elevation — from ground floor FFL to parapet or eaves 4. Window and door openings — deducted area (m²) and count per type 5. Net opaque wall area (m²) per elevation 6. Cavity insulation / External insulation — type (PIR, EPS, mineral wool), thickness (mm), area (m²), target U-value 7. External cladding / Render — material, thickness (mm), area (m²), colour reference / spec 8. Window schedule — framing material (powder-coated aluminium, uPVC, timber), unit size (mm × mm), glazing spec (DGU / TGU, low-e, solar control, acoustic), U-value, SHGC, count and total glazed area (m²) 9. External door schedule — type (single/double, solid/glazed), size, spec, count 10. Lintels — material (steel angle, precast concrete, block), span (m), linear length 11. Sills — material, linear length (m) by elevation 12. Copings / Parapets — material, linear length (m) 13. DPC / Cavity closers / Weep holes — linear length (m) at openings and junctions Provide totals per elevation and whole-building totals. Note interfaces with roofing and internal partitions.

You are a Senior Quantity Surveyor reading an ArchiCAD model export for a new external construction project. Extract all roof elements. Provide: 1. Roof type per section — flat (warm deck / inverted), mono-pitch, duo-pitch, hipped, mansard, green roof, solar-PV-ready 2. Plan area (m²) and actual slope area (m²) for pitched roofs — state pitch angle (°) 3. Roof structure — timber rafters/trusses: linear metres, section sizes (mm × mm), spacing (mm); steel purlins: count, weight (kg/m), total linear metres; concrete deck: area (m²), thickness (mm) 4. Thermal insulation — type (PIR boards, mineral wool, EPS, XPS for inverted), thickness (mm), area (m²), achieved U-value 5. Waterproofing membrane — type (single-ply TPO 1.5mm, single-ply PVC, SBS torch-on felt 2-layer, GRP fibreglass, liquid-applied PMMA), area (m²), spec reference 6. Roof covering — clay/concrete interlocking tiles (m²), profiled metal cladding standing seam (m²), bitumen shingles (m²). State colour and profile 7. Upstands — height (mm), material, linear length (m) at perimeters, abutments, penetrations, and service entries 8. Flashings — material (lead code 4/5, powder-coated aluminium, zinc), linear length (m) by location type 9. Rooflights / Skylights — type (fixed dome, opening ridge, flat glass walk-on), size (mm × mm), count, total area (m²), U-value 10. Rainwater drainage — gutters: type (UPVC, cast iron, aluminium), profile, linear length (m); downpipes: material, diameter (mm), total height (m), count; rainwater outlets: count, grating type; siphonic system if applicable 11. Roof access — hatches (count, size, type), walkway (linear m), fall-arrest anchor points (count) 12. Green roof layers if applicable — filter fleece (m²), drainage layer (m²), growing medium depth (mm), volume (m³), planting type Flag complex geometry, valley gutters, multiple drainage falls, and any structural penetrations requiring engineer sign-off.

You are a Senior Quantity Surveyor reading an ArchiCAD model export for a new external construction project. Extract all external works elements from the site model. Provide: 1. Hardstanding / Paving areas — type (dense bitumen macadam asphalt, precast concrete block paving, in-situ concrete, porcelain 600×600, resin-bound gravel), area (m²) per zone, sub-base specification (Type 1 granular, depth mm, area m²) 2. Kerbs and edgings — type (precast concrete, granite sett, block), profile (HB2, bull-nosed, flush), linear length (m) 3. Surface water drainage — ACO/channel drainage (linear m, type), gullies (count), soakaways (count, size), attenuation/detention tank (volume m³), connection to existing public sewer (m) 4. Retaining walls — material (in-situ concrete, masonry, gabion), max height (m), linear length (m), foundation type 5. Boundary treatment — type (palisade, chain link, close-board timber, masonry wall, electric gate), height (m), linear length (m) or gate count 6. Bollards / Cycle stands / Street furniture — type, count, foundation spec 7. Soft landscaping — turfing / seeding: area (m²), preparation spec; planted beds: area (m²), topsoil depth (mm), mulch; tree planting: count, girth (mm), species, root ball size, staking spec, pit spec 8. Irrigation system — zone count, lateral pipe linear metres, controller spec 9. External lighting — luminaire count by type (pole, wall, bollard), foundation count, cable route linear metres (ducted), control system 10. Car parking — bay count, marking type, EV charging point count and spec, surface drainage channels 11. Signage — count, type (totem, wall, directional), illuminated or non-illuminated Provide totals per zone (arrival, parking, amenity, service, boundary) and overall site total. Flag areas requiring specialist civil/landscape engineer input.

You are a Senior Quantity Surveyor reading an ArchiCAD model export for a new external construction project. Based on the overall project scale extracted from the model (GFA, number of storeys, site area, perimeter, complexity), prepare a Preliminaries Bill: 1. Project particulars — Gross Floor Area (m²), number of storeys, site area (m²), estimated contract duration (weeks), procurement route 2. Site establishment — hoarding: type (2.4m plywood / hoarding board / solid metal), linear length (m); site accommodation: office area (m²) and duration (months), meeting room, first aid; welfare: canteen, WCs, drying room — count, duration 3. Access scaffolding — independent tied scaffold: estimated m² of façade × duration (weeks); system scaffold (Haki/Layher) — note any birdcage or hop-up requirements; loading bays count 4. Tower crane — count, jib radius required (m), hook height (m), estimated duration (months), number of lifts per day 5. Hoists / Personnel and goods lifts — count, capacity (kg/persons), height (m), duration 6. Site plant — concrete mixer / pump: output (m³/hr), duration; piling rig if applicable; mobile elevated work platforms (MEWP) count and duration 7. Site security — full-time guarding (weeks), CCTV cameras (count), security fencing / gates (linear m) 8. Temporary services — water connection and distribution, temporary power supply (kVA rating, duration), temporary drainage 9. Traffic management — banksman weeks, temporary road signs, crossover protection, road sweeping 10. Protection of existing structures and services — type, extent, duration 11. Testing and commissioning — structural: concrete cube tests (allow 3 per pour), rebar pull-out tests; building envelope: air-tightness test; drainage: water test and CCTV 12. Insurances and statutory requirements — CAR policy, employer's liability, public liability, performance bond (allow 10% of contract value), collateral warranties For each item, state: (a) measurement basis (time-related: rate × weeks; or fixed), (b) estimated quantity, (c) rate basis. Flag items requiring direct contractor input or specialist quotation.