Reinforced cement concrete, usually called RCC, is the frame of most buildings in Bareilly today. Columns carry loads to the ground, beams carry slabs to the columns and slabs form the floors and roof over your head. Because the frame is hidden under plaster and paint, mistakes in it are easy to cover and expensive to find later. An RCC contractor in Bareilly is therefore judged less by promises and more by habits.
MTBOSS is an architect, interior design and construction company serving Moradabad and Bareilly, known for quality work, transparent pricing and on-time delivery. This page explains the stages of RCC work and how MTBOSS manages them.
RCC Work Services at MTBOSS
- Foundations and plinth beams as per structural drawings
- Columns, beams and slabs for houses, shops and offices
- Staircases, landings and sunshades
- Lintels, chajjas and small RCC elements
- Boundary wall columns and beams
- Extensions and added floors, after structural assessment
- Repair of damaged RCC, under the guidance of a qualified structural professional
- Masonry, plaster, waterproofing and finishing under the same company
Structural Design Comes First
RCC work is built from the structural drawings, not from the contractor's judgement on the day.
- Structural drawings, prepared by a qualified structural engineer, show foundation type, column and beam positions, sizes and reinforcement
- Bar schedules and notes list bar diameters, spacing and lengths
- Architectural drawings show openings, levels and how the frame fits the plan
- Cross-checking between the two sets prevents clashes, such as a beam crossing a doorway
Setting-Out and Levels
RCC starts with accurate marking on the ground.
- Column centres and grid lines marked from the drawing
- Diagonals and dimensions checked so corners are square
- Reference levels fixed from a stable benchmark
- Plinth, floor and slab levels planned for drainage and future finishes
An error at this stage repeats on every floor, so patient checking here saves trouble later.
Reinforcement Steel
Steel gives concrete the tensile strength it lacks, so its placement is critical.
- Storage off the ground and protected from rust and mud
- Cutting and bending to the bar schedule
- Placing and tying in the positions shown on the drawing
- Lapping and anchorage as specified, not improvised
- Cover blocks to keep steel correctly placed inside the concrete, so it is protected from moisture
- Clean steel, free from loose rust, oil and mud, before concreting
We encourage owners and engineers to inspect steel before every pour, because once concrete covers it, it cannot be checked.
Shuttering and Formwork
Shuttering holds wet concrete in shape until it gains strength.
- Strong supports and props that do not move during concreting
- Tight, clean surfaces so concrete does not leak or stick
- Accurate dimensions and levels
- Safe access and working platforms
- Removal only after adequate strength has been gained, and in the right order
Poor shuttering leads to bulging, honeycombing, uneven surfaces and, in the worst case, collapse, so it deserves as much attention as steel.
Concrete Mix and Materials
Concrete quality starts with ingredients and proportions.
- Cement, sand, aggregate and water from reliable sources, stored properly
- Mix proportions matched to the specified grade
- Controlled water content, because extra water weakens concrete
- Clean materials, free of clay, organic matter and excess dust
- Batching and mixing that is consistent from pour to pour
Where the structural engineer requires testing, such as cube tests, we arrange it and keep the results. We explain material choices and the reasoning behind them, so you can decide where to spend and where to save.
Placing and Compacting Concrete
How concrete is placed matters as much as what it is made of.
- Planning the pour, including labour, equipment, supply and weather
- Placing in manageable layers from a safe height
- Compaction to remove air pockets and make concrete surround the steel
- Avoiding segregation, where heavy and light parts separate
- Cold joints avoided or handled as the engineer directs
- Surface finishing to the required level and slope
A well-planned pour, with enough hands and no long gaps, produces a stronger, denser slab.
Curing
Concrete gains strength through hydration, which needs moisture.
- Keeping surfaces moist after the initial set, for the period the engineer specifies
- Protection from sun, wind and heavy rain in the first days
- Special attention in hot weather, which is common in Bareilly summers
- Preventing early loading of slabs and beams
Skipped or short curing is a common reason for cracks and weak surfaces.
Columns, Beams and Slabs
- Columns
Carry loads down to the foundation. Position, size and reinforcement follow the drawings, and alignment is checked as they rise. - Beams
Carry slab loads to the columns. Depth, steel and bearing are specified by the engineer, and openings through beams should only be made where the engineer permits. - Slabs
Form floors and roofs. Thickness, steel and levels must be accurate, and slabs need proper curing and protection from early loading. - Staircases and Landings
Built with correct rise, tread and landing, and with reinforcement as drawn, so the stairs are both comfortable and safe. - Sunshades and Projections
Cantilevers need special care, since errors in steel placement or support removal can cause serious problems.
Concealed Services in RCC
Pipes and conduits often pass through slabs and beams, so coordination is essential.
- Sleeves and openings left before concreting, only where the engineer allows
- Conduit and pipe routes marked to the service layout
- Drainage and water lines positioned before slab steel is finalised
- No cutting of beams or columns afterwards to fix a missed opening
Drilling or chasing structural members after the fact can weaken them, so planning matters.
Quality Checks at Each Pour
Checks before a pour are the heart of RCC quality.
- Dimensions and levels of shuttering
- Steel diameter, spacing, laps and cover
- Cleanliness of the formwork
- Provision for services and openings
- Materials and mix ready on site
- Labour and equipment in place
- Weather and protection arrangements
- Sign-off by the responsible person, and by the engineer where required
Our checks are advisory records of what we observe, and they do not replace the responsibilities of your structural engineer or the authority.
De-Shuttering and Early Loading
Removing supports too early is a known cause of cracks and failures.
- Wait for the specified strength, not just a number of days chosen from habit
- Remove supports in the proper sequence
- Keep some props where the engineer instructs
- Avoid stacking heavy materials on fresh slabs
- Inspect surfaces and edges after removal for defects
The engineer's instructions on timing and sequence should be followed.
Waterproofing and Drainage Over RCC
Water attacks concrete and the steel inside it, so protection matters.
- Terrace and roof slabs with correct slope, outlets and a suitable treatment
- Washroom and kitchen slabs waterproofed and tested before tiling
- Balconies and sunshades sloped and drained
- External faces protected where required
- Rainwater and wastewater drainage carried away from the building
MTBOSS offers waterproofing as part of construction and renovation, so the RCC frame is protected from the start.
RCC Repair and Strengthening
Older RCC may show distress, and the first step is understanding why.
Signs worth attention:
- Wide, growing or diagonal cracks in beams, columns or slabs
- Rust stains, spalling concrete or exposed steel
- Sagging slabs or beams
- Persistent leakage through slabs
These signs do not always mean serious structural trouble, but they justify a proper look. A qualified structural engineer should assess the building and decide whether repair or strengthening is needed. MTBOSS can then carry out repair work as specified. We do not issue structural safety certificates.
Extensions and Added Floors
Adding a floor to an RCC building is a structural decision.
- The existing foundation, columns and beams must be able to carry extra load
- New columns and slabs must connect properly to the old frame
- Staircase and services need extension
- Permissions should be checked with the authority
A qualified structural professional's assessment is essential before any decision.
Residential and Commercial RCC
- Houses and duplexes. Foundation and plinth suited to soil and floors, safe staircases and drained terraces.
- Shops and offices. Regular column grids, strong slabs, frontage built to the design and provision for cooling and cabling.
- Multi-storey buildings. Closer attention to column continuity, staging, safety and services alignment.
- Boundary walls and external structures. Proper foundations and drainage.
We adjust supervision and checking to the size and risk of the project.
Site Safety
RCC work involves heights, heavy loads and temporary structures.
- Safe scaffolding, props and working platforms
- Edge protection at slabs and openings
- Safe lifting and handling of steel and concrete
- Electrical safety for temporary connections
- Protection of neighbours and passers-by
- A clean, organised site with regular debris removal
Applicable legal and safety requirements for labour and construction should be followed, and they can change over time.
Local Conditions in Bareilly
Bareilly has hot summers, humid monsoon months and cool winters, so RCC practice should respond.
- Careful curing in hot weather, including early-morning or late-day pours where suitable
- Scheduling that avoids heavy rain on fresh concrete
- Protected storage of cement and steel in the monsoon
- Drainage planning so water leaves the plot
- Roof treatment to reduce heat and prevent leakage
Quotation and Agreement
Clarity before work prevents argument during it.
- Site visit before quotation
- Written scope with inclusions and exclusions
- Drawings and specifications the scope is based on
- Contract type: item-rate, lump-sum or material-inclusive, explained clearly
- Materials and quality levels
- Payment stages linked to completed work
- Handling of changes discussed and agreed in writing
Cost depends on: plot size and built-up area, number of floors, design and structural complexity, materials, contract type and site conditions. You can try the Budget Calculator on the MTBOSS website for a starting idea. Final pricing follows the site visit and scope discussion.
Points to Check Before Hiring an RCC Contractor
- A site visit before quotation
- Work from approved structural drawings
- A named person responsible for your site
- Willingness to allow inspection before every pour
- Clear approach to curing and de-shuttering
- Payment stages linked to completed work
- Examples of completed RCC work
- Open communication on problems
Be careful with a contractor who quotes by phone, pours concrete without inspection, avoids showing completed work, asks for a large advance or pressures you to remove shuttering early.
Proof of Completed Work
Our Portfolio page shows examples of MTBOSS work, and we encourage you to ask any contractor for the same.
Owner note: Add verified details below before publishing, or remove this block.
- Completed projects: [Number and types, with locations]
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The MTBOSS Process
- Enquiry. Call or WhatsApp us with your location, project type and a short description. Photos help.
- Site visit. We visit, measure and discuss your needs.
- Scope and quotation. You receive a written scope. Work begins only after you approve.
- Drawing review and planning. We check drawings against the site and finalise sequence, materials and labour.
- RCC construction and supervision. Each pour is checked before concreting, with updates at key stages.
- Finishing and handover. Work is inspected and handed over, with finishing trades following if you choose.
Service Areas in Bareilly
MTBOSS serves clients in Bareilly, including areas such as Civil Lines, Rampur Garden, Izzatnagar, Subhash Nagar, DD Puram and Pilibhit Bypass Road. Our office is at Harthala Kanth Road, Moradabad. If your site is elsewhere in or around Bareilly, contact us and we will confirm availability.
Contact MTBOSS
Visit the MTBOSS website or the Contact page to try the Budget Calculator and view our Portfolio.
Inspect every pour, cure properly and build to the drawing. Contact MTBOSS today for RCC work in Bareilly.
Frequently Asked Questions
- Q1. Does MTBOSS provide RCC contracting in Bareilly?
Yes. We serve Bareilly and Moradabad with construction, renovation and finishing work, including RCC. - Q2. What RCC work do you handle?
Foundations, columns, beams, slabs, staircases, sunshades and boundary wall RCC. - Q3. Do you work from structural drawings?
Yes. Any site difference is raised before work is changed. - Q4. Does MTBOSS provide structural design?
We coordinate with a qualified structural professional, who provides structural certification. - Q5. Can I inspect the steel before concreting?
Yes. We encourage inspection before every pour, since covered steel cannot be checked later. - Q6. Do you arrange concrete testing?
Where the structural engineer requires testing, we arrange it and keep the results. - Q7. Can you add a floor to my RCC building?
Only after a qualified structural professional assesses the building. We then plan and build. - Q8. Can you repair cracked or damaged RCC?
We carry out repairs as specified by a qualified structural professional after assessment. - Q9. How much does an RCC contractor charge in Bareilly?
It depends on size, structure, materials and contract type. Final pricing follows the site visit. - Q10. How do I contact MTBOSS?
Call or WhatsApp +91 94584 10866, or use the contact form on mtboss.in.
