Innovative Construction


Janaadhar relentlessly focuses on innovation, value engineering, sustainability, etc, in the affordable housing sector, with a specific focus on reducing the life cycle cost and creating lifelong affordability for its customers. To further advance its goal Ingenious Quality Buildings Pvt Ltd. (IQB), a leading innovative construction solution provider, with a specific focus on precast construction technology, vide NCLT order dated 21st May 2020, was merged with Janaadhar India Pvt Ltd.

Precast Service Business was the Brainchild of IQB, a closely held private company jointly promoted by Mr. Chander Dutta and Mr. Sandeep Bedi, two highly qualified and experienced precast construction and real estate professionals.  IQB was an innovative knowledge and technology-based Construction Project Management and Execution start up incorporated in Nov 2017. It was IQB’s passion and mission to minimize wastage of material, manpower and effort for building sustainable, durable, efficient buildings using best in class planning tools and construction technologies.

IQB was conceived on Vedantic principles of Karam Yoga - Desire free effort without expectation of fruit / work is worship. IQB was conceived to promote innovation and ingenuity in Civil Construction, create smiles by creating lasting loving homes. IQB was focused and driven to attract creative, committed IQBers.The aim of IQB was to create a compassionate and happy family to provide an ideal working environment to ultimately drive the success of IQB.

Mission and Ethos OUR - A - SCRIPT:

“Execution Excellence In Construction Through Simplicity, Transparency And Innovation”

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    1. A - SCRIPT
    • A3 - Authentic, Adaptive, Analytical
    • S3 - Sustainability, Sincere, Simplicity
    • C3 - Creative, Collaborative, Conscious
    • R3 - Reliable, Responsible, Relationship Oriented 
    • I3 - Ingenious, inquisitive, 
    • P3 - Planned, Predictable, Passionate
    • T3 - Thorough, Transparent, Trusting,
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    2. Problem Statement: Current construction industry Scenario in India
    • No innovations
    • No value addition in the last 60 years
    • No or redundant process 
    • No or bad planning 
    • Insitu in the truest sense, everything happens on site from planning to replanting to no planning. 
    • Resistance to change, like any other sector is by far the biggest problem. Better to be in a failing comfort zone than learn something NEW. New is scary, change is scary, say no to new that the an emotion that joins the human race not just Indians or not just the Indian Construction fraternity.
    • 33% Waste Value Adding Manufacturing Support
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    3. Value Proposition
    • Simplified & Functional Design 
    • Predictability through in-depth Planning & Budgeting 
    • End to End - Project Management 
    • Project Executioner


Precast concrete is the process of creating a construction product (a pillar, column, beam or wall) by casting concrete in a reusable mould or "form" which is then cured in a controlled environment, transported to the construction site and lifted into place. Precast and offsite construction technologies are inherently appealing to clients since it delivers highly complex structures in half the time, with no compromise in quality and provide better ROI when compared to conventional construction. Most importantly, it meets the most crucial cost benefit for a developer - the timely completion of the project. Despite being fairly new to India, the demand and appreciation for precast technology is rapidly gathering pace.

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    • Sustainability is meeting the needs of the present generation without compromising the needs of future generations. In other words, sustainability is our capacity to endure - as an industry, as a society and as people. We do this by making the most of our resources and by recycling and reusing materials whenever possible in a responsible and efficient manner.
    • Precast, prestressed concrete building systems offer a host of inherent sustainability benefits both during the construction process and long after the building or structure has been completed. Through thermal efficiency, recycled content, local materials, minimal waste and more, we help enhance each building’s sustainability and assist in contributing to LEED® points, Energy Star ratings, Green Globes TM assessments and ASHRAE standards. The embodied energy of a building is equal to all the processes associated with creating that building. From the mining of raw materials to manufacturing, transportation and installation, Janaadhar incorporates a number of practices in order to help minimize the embodied energy of each project we work on.
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    Offsite Manufacturing and Minimal Waste
    • Offsite manufacturing takes the building process away from the physical site and into a controlled factory environment. It is possible to manufacture more than 80% of a building offsite using our technology; entire building components such as columns, beams, hollow core slabs, wall panels, staircases, windows, doors, bathroom units and facades are manufactured in our factories, in a controlled setting before they are installed. Given its assembly line and automated processes, offsite manufacturing can ensure time savings of up to 50% and cost savings of up to 30%. These savings come from the reduced need for preparatory work onsite, opportunities for clients to make quicker rental returns and reduced interest payments for investors. Offsite manufacturing has several distinct advantages
      • Increase in efficiency and predictability is a major one since the process is the same each time, meaning that speed of completion increases and yet quality remains at its highest.
      • Optimal use of raw materials during the process of construction, as everything is built as per pre-approved specifications.
      • Wastage of resources during the manufacturing phase at the factory and the installation phase at the building site is reduced to a minimum since each structure is customized.
      • As India rushes to climb the economic development trajectory, offsite construction & technology based manufacturing is here to stay.
    • Since precast concrete building systems are manufactured in a controlled environment, we minimize building material waste along with construction site noise and dust. Typically less than 2% waste is created and up to 95% of that waste is reclaimed and/or recycled into other products.
    • Water Recycling and Aggregate Reclaiming: Closed circulation based curing hot water curing system and recycling of water and reclaiming of aggregates is followed at most of our sites and precast plants.
    • A typical total precast building solution contains 25-35% recycled content. Of this, post-consumer content accounts for 20-25%, while pre-consumer content accounts for 5-10%.
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    Local and Regional Materials
    • In the regional markets we serve, typically 80-90% of the materials are extracted, manufactured, delivered and installed within 100 – 500 kms of all project sites.
    • Reduced Materials: Integrated design allows for a substantial reduction in material consumption. For example, a full bed depth brick utilizes five times the raw material of thin brick.  The integrated design utilizes less material, costs less, is extremely durable and it can provide aesthetically pleasing architecture.
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    Innovative Solutions and Cutting Edge Technologies
      • Innovative solutions and cutting edge technologies is at the heart of all Janaadhar projects especially in the precast construction space
      • Protrak: our proprietary element Lifecycle management solution.
      • BIM technology to ensure optimization in production and also to reduce cost and execution time.
      • Modular construction and building techniques are an excellent solution to meet the needs of all types of industries to deliver state-of-the-art, cost effective services in a timely manner.
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    The Bottom Green Line
    • Everyone has their own unique set of motivations for incorporating sustainability into their buildings. Some are following codes. Others are following trends. While others still are leading the way for new and innovative initiatives. One thing connects them all, and that’s the appreciation of the significant cost benefits that can be achieved across the life cycle of the building. Much of this savings comes from the fact that concrete has the ability to store energy and dampen the effect of temperature change on heating and cooling systems. This is known as Thermal Mass Effect. The cost benefits to owners include:
      • Long-term energy savings – less energy to heat or cool a structure
      • Smaller investment in HVAC equipment
      • Off-peak energy used due to lag in peak demand
    • The use of this manufacturing processes, ideology and environment in construction, creates significant efficiencies and reduces wastage. The process allows for more control over the final product as well as greater efficiency and speed of delivery, while keeping the final product at the highest quality.

Why Precast?

Reality In Civil Construction

Conventional Vs Precast Technology

Speed7+ years / 84 Months; (5 million Sq Ft housing project)42 months for same projectApprox. 50% time saving due to parallel activities, manufacturing efficiencies & standardization.
QualityPoor to mediumFactory environment / manufacturing systems ensuring defect free productionFactory quality, minimal wastage and great finish & durability ensured
Lifecycle CostConsiders lowest cost of construction; buildings are not durableLower (50%) lifecycle cost due to higher quality and durabilityReal affordability due to minimal lifecycle cost to the customer
External DevelopmentAll works typically undertaken after structure developmentAll works planned & executed parallel to structure developmentCondition: Final design drawings must be signed off
MEP Works80% on site20% on siteModular MEP
Labour1000+40% of conventionalSignificantly reduced manpower & use of skilled manpower.
Health & SafetyHigh risk and extensive supervision requiredSite will be neat, clean and safe with minimal supervisionPrecast technology allows for better HSE activities with trained personnel
Variation of Design and CostHigh variation through project cyclePlans and budgets frozen at the initial stage to ensure on budget & on time deliveryDesign, Budget & Project Timelines predictable.
Environmental PollutionConsiderableSignificantly lower due to closed hot water curing systemLess site activity with minimum environment impact
Vendor ManagementMultiple vendors across multiple servicesSingle responsibility on turnkey basisTimely completion, less variation, single point accountability with highest quality and transparency

Our Services

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    Precast Elements Production and Supply Services

    Prestressed Precast Equipment Owned

    • Make – Elematic, Finland
    • Type - Slipformer, Bed Master, Cutter etc.
    • Capacity - ~ 2.5 Million Sq Ft / year
    • Product - Prestressed Half Slab Sold / Hollow Core

    Why Prestressed Slabs?

    • Material optimization – requires only 1/6th of steel used in CIS
    • Large column free spans
    • Lighter structures
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    Precast Design Inputs and Optimization

    Mix Design Optimization

    • GGBS reduced by 50% from 150 Kgs to 77.5 Kgs (Rs. 3/Kg)
    • Admixture reduced by 50% (from 1.75 Kg/Cum to 0.80 Kg/Cum)
    • Reduce cement quantity from 450 Kgs/Cum to ~350 Kgs/Cum using a finer cement grind

    Stockyard Optimization – Reduced Capital Expense

    • Detailed production planning – reduced number of mechanical tables by 20% (8 Tables)

    Precast Design Inputs and Optimization

    • Project layout/ Master planning inputs – for crane optimization
    • Delivery focus – optimizing cashflow, safety & customer experience
    • Suitable Building & Unit layout – for Material & installation optimization
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    Precast Project Management Services and Tools
    • Precast plant & equipment planning for minimal capital investment.
    • Element logistics, storage planning and management for minimal element handling using mobile enabled software tools
    • Production planning & management with optimized equipment utilization
    • Precast element installation planning and management
    • Use of cutting edge software tools (Building Information Modelling – BIM – Tekla) for 3D to 5D simulation before construction & in-house planning and tracking tool for optimal control and predictability
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    Precast Internal and External Jointing Services

    Internal Jointing

    • Innovative internal jointing solutions using pump-able thixotropic non-sag Vertical jointing material reducing:
    • On-site CIS work
    • Use of form work
    • Jointing man power (50%)
    • Other associated wastage

    External Jointing

    • Innovative external jointing solutions best suited for each project to ensure water tight buildings

On going Project


Maharashtra Police Mega City (MPMC), Pune

Project Details:

  • Police cooperative housing contract
  • 5 Mn sft – 5248 units – 60 towers
  • 960 floors to be completed in 960 days
  • Format – G+14

Project Images

Completed Project


Commercial Building in Noida

Project Details:

  • Commercial building in Noida
  • Format – 2B+G+14
  • Area - ~250,000 sft

Project Images