July 24, 2025: As technology continues to revolutionise the construction industry, leaders like Manan Shah, Managing Director of MICL Group, are pioneering a shift from traditional methods to data-driven, precision-led practices. In a recent conversation, Shah outlined how innovations such as AI, digital twins, and automation are fundamentally redefining the way buildings are conceived, built, and maintained.
“At MICL, technology isn’t an add-on—it’s embedded in the DNA of our operations,” Shah explained. Tools such as Building Information Modelling (BIM), drone-based site monitoring, and ERP-linked dashboards now guide everything from early planning to on-site execution. These technologies not only improve timelines and reduce waste but also ensure rigorous quality control through mobile-based defect tracking and real-time analytics.
Shah emphasised that innovation at MICL extends beyond construction efficiency. “Our 3D visualisation platforms align every stakeholder—from consultants to craftsmen—ensuring shared vision and reduced rework,” he said. MICL is also piloting prefabricated elements like bathroom pods and façade systems to boost sustainability and consistency.
Smart home features powered by Building Automation Systems (BAS) are standard in new launches, integrating lighting, HVAC, and security for intuitive living. AI-enabled concierge services and predictive maintenance tools are also in the pipeline for luxury developments.
MICL’s sustainability ethos is equally robust. Projects incorporate fly ash cement, aerated blocks, low-VOC paints, and green technologies such as solar power and water recycling. Digital twin platforms, Shah notes, will soon play a pivotal role in lifecycle management and energy efficiency.
“As we adopt global best practices, we’re not chasing trends—we’re building for longevity,” he concluded. “Our goal is to blend engineering excellence with thoughtful design, delivering homes that are not just faster to build, but smarter, greener, and more liveable.”
Source: The Free Press Journal
