Flagship G+3 RCC Framework with Exposed Terracotta Brickwork & Parametric Jali Screens
Warangal, Telangana
G+3 Floors • 35,000+ sq.ft
Ardee / Youngone Zero-Accident
Ground to roof slab multi-bay concrete framing with four storeys of exposed brick jali screen fins.
Seismic RCC Framed Skeleton
Heavy reinforced columns, cast-in-situ beams, and cantilevered corridor slabs
Exposed Terracotta Brick Jali
Specially selected wire-cut kiln red clay bricks in alternating open-bond patterns
Double-Skin Cavity Wall
200mm Autoclaved Aerated Concrete (AAC) inner leaf + 115mm exposed brick outer screen
Multi-Tier Heavy Cuplock System
Full perimeter steel tubular scaffolding with safety guardrails and ladder access
Zero-Accident PPE Protocol
Full body safety harnesses anchored to lifelines, safety helmets, and safety shoes
21-Day Pressurized Curing
Targeted hose curing on all freshly laid masonry piers, mortar joints, and concrete slabs
Direct Fleet Supply
Bulk lorry transport of palletized wire-cut bricks, river sand, and 53-grade OPC cement
Daily Civil Engineering QA
Plumb line, spirit level, and joint alignment checked course-by-course by site engineers
Executing a large-span G+3 institutional structure subject to high ambient summer temperatures in Warangal, requiring strict industrial safety compliance, uninterrupted multi-level staging, and artisan-grade exposed facing masonry without exterior plastering.
Hanuman A To Z Construction Services deployed a hybrid construction methodology: a monolithic seismic-resistant RCC frame combined with an energy-efficient double-skin wall (inner AAC blockwork + outer wire-cut red clay brickwork). Parametric brick jali screens were hand-laid across all 4 storeys for passive ventilation, while full-height Cuplock scaffolding and 100% fall-arrest safety protocols ensured zero incidents.
Take a detailed look at the four engineering pillars that set this commercial building apart in Warangal.
Alternating open-bond red clay bricks engineered across 4 storeys. Acts as an authentic thermodynamic screen that admits breeze while deflecting intense solar heat.
Interior perimeter walls built with lightweight Autoclaved Aerated Concrete (AAC) blocks paired with exterior exposed wire-cut red bricks, reducing structural dead load.
Full Cuplock scaffolding system with 100% fall arrest compliance. Full-body harnesses, safety helmets, protective boots, and site demarcation maintained every single day.
Dedicated high-pressure water hoses provide continuous daily hydration on all structural columns, beam-column junctions, and exposed brick facades for maximum strength.
Explore every side, angle, level, and elevation of this single flagship project. Filter by angle and category, or click any photo to inspect high-resolution details in full-screen mode.
High-resolution panorama capturing the complete frontal elevation of the G+3 complex. Shows the massive RCC column-beam framework, multi-tier steel scaffolding, entrance canopy, and prominent vertical brick jali fins.
Note the structural rhythm of the multi-bay grid, entrance porch extension on the right, and safety campaign boards at ground level.
Full vertical perspective showing four storeys of parametric terracotta brick jali screens. The perforated brickwork creates a climate-responsive outer skin that filters sunlight and cools the inner corridors.
Alternating header and stretcher layout allows ambient daylight while blocking direct solar radiation, ideal for Warangal's climate.
Comprehensive architectural facade view documenting the repetitive bay module. Each structural bay pairs an open circulation window with an exposed brick jali fin.
Full-height steel tubular cuplock scaffolding encloses the entire building perimeter with working platforms at every floor slab.
Exterior facade view prominently displaying the official Ardee & Youngone safety campaign boards ('Zero Injuries', 'Work at Height', 'Zero Accident') alongside masons working on suspended platforms.
Highlights the strict industrial EHS compliance maintained by Hanuman A To Z Construction Services on institutional sites.
Detailed view of multiple artisan masons laying the geometric perforated terracotta brickwork on working scaffolding platforms.
Each brick is hand-aligned with strict mortar joint thickness (10mm) and checked with nylon string lines for horizontal level.
Active water curing in execution. A site worker sprays continuous pressurized water across newly completed brick jali piers, fulfilling Hanuman A2Z's 21-day curing promise.
Continuous water hydration is critical for exposed masonry to prevent rapid moisture loss and shrinkage cracking in high heat.
Another perspective of the water curing protocol showing the full horizontal stretch of brick piers and the entrance portal canopy extending into the background.
Notice the heavy concrete plinth beam foundation and stockpiles of palletized wire-cut red bricks ready for upper tiers.
Extreme close-up detailing the quality of high-density wire-cut terracotta bricks with manufacturer stamps, laid in rich cement mortar with sharp chamfered edges.
Shows the double-wall technique: inner structural block wall bonded with the outer decorative exposed brick leaf.
Skilled masons constructing entrance brick columns and perforated partition walls on elevated concrete steps, equipped with hard hats and high-vis vests.
Concrete plinth steps provide clean access to the deep shaded entrance veranda of the complex.
Dedicated close-up of a master mason carefully placing a wire-cut brick along a high-tension string line to maintain exact millimetric horizontal alignment.
Uniform joint thickness and raking are strictly controlled to produce crisp, mortar-accentuated exposed brick aesthetics.
Hanuman A To Z site engineer (white safety helmet) supervising balcony brickwork and mortar consistency along the long structural corridor.
Daily presence of dedicated civil engineers guarantees that drawings, levels, and safety norms are adhered to at every step.
Worker on upper balcony edge secured with a full-body safety harness hooked directly into the steel scaffolding framework.
100% tie-off policy strictly enforced for all works above 1.8 meters, preventing falls and ensuring a zero-harm environment.
Masons building the perimeter parapet wall with the open campus and industrial surroundings of Kakatiya Mega Textile Park visible beyond.
Demonstrates precise joint alignment and smooth column encasement with red facing bricks.
Live geo-tagged photographic inspection timestamped 10-Apr-2026 at 1:04 PM, compass orientation 310° Northwest, documenting ground plinth masonry.
GPS stamping provides unassailable proof of construction milestones and verifiable work logging for client transparency.
Internal view down the long structural corridor showing the cast-in-situ concrete beam grid, column spacing, caution barrier tape, and work teams.
Cantilevered corridor design provides wide, unobstructed circulation while shading classroom/office entrance doorways.
Downward perspective from the second floor capturing masons working on the lower plinth and the steel scaffolding staging matrix below.
Illustrates the multi-level workflow where masonry teams work in synchronized horizontal bands across multiple floors.
Close inspection of masons checking the horizontal bed of the base course over the concrete plinth beam using string lines.
Setting the first course true to level is essential for ensuring that four storeys of exposed brickwork remain plumb.
Panoramic view of the concrete apron and plinth slab with multiple tradesmen engaged in masonry and scaffolding work simultaneously.
Heavy concrete plinth slab elevated above surrounding ground level provides robust protection against monsoon storm water.
View into the vertical circulation core showing reinforced concrete dog-legged staircase flights, mid-landings, and brick walling.
Monolithic staircase core provides lateral stiffness to the building frame and satisfies high-occupancy egress standards.
Clear demonstration of the dual-masonry envelope on the side wing: inner lightweight AAC block wall paired with outer exposed red facing brickwork.
Air cavity between the two leaves acts as a thermal break, significantly reducing summer heat transfer into the building.
Side elevation documenting the exposed concrete waffle/coffered ceiling slab on the first floor and outer brickwork reaching window sill level.
Coffered slab construction allows large column-free interior spaces while keeping self-weight low.
Masons laying initial brick courses at the veranda perimeter, with screened river sand and scaffolding pipes ready for staging.
High quality river sand and precise cement-sand mortar proportions (1:4) ensure maximum bond strength for facing masonry.
Site activity view showing heavy earthmoving machinery (JCB) backfilling and grading the approach road while masons build the facade.
Integrated site management coordinates civil earthworks, structural masonry, and scaffolding without bottlenecks.
Towering view of the structural staircase block surrounded by a four-level Cuplock steel scaffolding lattice.
Scaffolding is anchored directly into concrete columns at regular vertical intervals for structural stability in high winds.
Direct material logistics: a heavy 10-wheeler lorry delivering palletized wire-cut red bricks on site, unloaded by safety-geared personnel onto protective tarpaulins.
Hanuman A2Z's captive supply chain avoids site delays by maintaining advance stocks of bricks, cement, and aggregates.
Masons working with factory-wrapped wire-cut bricks, checking course horizontality with an aluminum spirit level and straight edge.
Factory shrink-wrapped bricks protect crisp corners from chipping during transport and handling.
Masons using a traditional brass plumb-bob on a yellow string line to verify the absolute verticality of the corner brick jali column.
Plumb tolerances are held within +/- 2mm over the entire storey height, critical for freestanding perforated brickwork.
Masons positioned on timber staging boards laying perforated brick jali openings that match the architectural blueprint.
Heavy-duty timber planks with steel reinforcement provide a solid, secure platform for continuous bricklaying.
Wide perspective showing sand stockpiles and neatly stacked bricks on the apron with the full 4-storey facade rising behind.
Clean, well-organized material staging minimizes wastage and ensures smooth flow to scaffold hoist points.
High-precision mason striking smooth horizontal mortar joints on a solid red brick wall supporting the staircase landing.
Consistent 10mm mortar bed joints with recessed pointing accentuate the natural earth tones of the clay bricks.
Dramatic upward angle highlighting masons working at heights exceeding 35 feet, secured with safety lanyards on steel scaffolding.
Demonstrates the complexity of building precision decorative masonry at significant heights without cranes.
Official Ardee / Youngone 'WORK AT HEIGHT - USE SAFETY HARNESSES' safety board in foreground with masons actively demonstrating compliant practice above.
Visual safety culture reminders are placed at eye level at every building entrance to ensure daily compliance.
Comprehensive view of the ground floor plinth showing masonry teams advancing simultaneously on both sides of the entrance.
Synchronized team deployment balances structural loading and ensures uniform curing timelines across bays.
Close capture of the geometric perforations of the brick jali columns rising seamlessly through the first-floor cantilevered beam.
Perforations create an interplay of light and shadow inside the building while maintaining structural integrity.
Side view clearly exposing the white AAC block inner walls on the upper floor, MEP ceiling cassettes, and the outer red brick skin being completed below.
Inner AAC blocks reduce overall building dead weight by 40% compared to traditional red bricks while offering superior acoustic and thermal insulation.
Framed shot showing the completed ground-floor brick jali panels with 'ZERO INJURIES Does not happen by ACCIDENT' signage prominent in the foreground.
Exemplifies the clean finished look of the terracotta screens once mortar joints have dried and initial curing has been performed.
Low-angle view of masons laying solid brick parapets along the first-floor open corridor between vertical RCC columns.
Solid brick parapets provide safety barriers for circulation corridors while reinforcing the building's exterior horizontal bands.
Vibrant on-site moment showing masons and skilled tradeswomen in protective helmets and vests assembling the vertical brick screen on the upper deck.
Demonstrates inclusive labor contracting and equal opportunity on Hanuman A To Z construction job sites.
Dramatic vertical perspective showing the crisp geometry of the brick jali fins reaching up toward the roof slab parapet.
Alignment across all floor levels creates uninterrupted vertical pilasters that visually heighten the monumental architecture of the complex.
Every commercial project executed by Hanuman A To Z Construction Services follows a structured inspection checklist before any stage is signed off or billed.
All GPS timestamps, daily labor reports, batching tickets, and cube testing records are shared directly with the client weekly.
+/- 2mm vertical tolerance checked course-by-course with brass plumb-bobs and aluminum spirit tools.
Mechanically screened river sand with 1:4 cement-sand mix and uniform 10mm recessed joints.
Continuous pressurized hose water spraying twice daily on all brickwork and concrete elements.
Scaffolding anchored directly into columns with double coupler clamps to resist heavy wind loads.
Partner with Warangal and Hanamkonda's most dedicated construction team. From deep foundation engineering to artisanal exposed brickwork, we deliver on time and within budget.
