inConversation with Mohsin Kanadia
Few names in the world of engineering and construction resonate with innovation and precision like Fablab. At the core of this transformative journey is Mohsin Kanadia, Chairman – Fablab Group, whose vision has redefined the standards of EPC contracting for pharmaceuticals, medical devices, and cleanroom technologies.
Since its inception in 2013, Fablab has carved a niche as a global leader, blending cutting-edge technology with practical solutions to meet the complex demands of highly regulated industries. Mohsin’s philosophy is clear—engineering isn’t just about building structures; it’s about creating solutions that are sustainable, reliable, and ahead of their time.
In this insightful interview, we sit down with Mohsin to explore the journey of Fablab, the challenges of leading a global EPC powerhouse, and the innovations that keep them at the forefront of the industry. Through his candid reflections, we uncover what it takes to lead with vision, deliver with precision, and shape the future of engineering.
Fablab has grown significantly since its inception in 2013. Can you elaborate on the key technical innovations that have driven this growth in EPC services?
At Fablab, our growth trajectory has been fueled by a strategic commitment to innovation and technological adoption. One cornerstone has been our implementation of Building Information Modeling (BIM) at all stages of project development.
This digital representation of physical and functional characteristics has streamlined coordination between various stakeholders, reduced errors, and ensured design precision. Furthermore, we have invested in modular construction techniques, which have revolutionized the way we approach large-scale projects by enabling parallel workflows, significantly reducing project timelines while maintaining quality.
Automation in the form of IoT-enabled sensors and predictive analytics has also been a game changer, allowing real-time monitoring and proactive maintenance, thus increasing efficiency and lifecycle performance across our projects.
Your portfolio includes tailored solutions for pharmaceuticals, cleanroom products, and medical devices. What unique challenges do these industries present, and how does Fablab address them technically?
Each of these industries operates within a framework of unparalleled precision and stringent regulatory compliance. For pharmaceuticals and cleanrooms, maintaining contamination control and environmental integrity is paramount.
To address these challenges, Fablab employs advanced Computational Fluid Dynamics (CFD) modeling to optimize airflow systems within cleanrooms, ensuring laminar flow and minimizing turbulence. We also integrate HEPA-filtered air circulation systems and automated monitoring tools that ensure ISO class compliance in real time.
For medical devices, we adopt a design-for-compliance approach, leveraging software to ensure alignment with FDA and CE regulations. Furthermore, our material science expertise allows us to select and deploy materials that ensure durability and sterility while meeting the industry’s unique operational requirements.
With your focus on building a sustainable future, how do you integrate eco-friendly practices into your engineering and manufacturing processes?
Sustainability is deeply embedded in our engineering philosophy. We incorporate green building principles, such as energy-efficient HVAC systems, solar energy integration, and water recycling mechanisms, into our project designs. In manufacturing, our facilities use closed-loop production systems to minimize waste and energy consumption.
Additionally, our R&D team works on developing innovative materials with lower embodied carbon. A notable example is our use of modular prefabrication, which not only reduces on-site construction waste but also lowers the carbon footprint by optimizing transportation logistics.
By integrating lifecycle assessment tools, we ensure our projects are aligned with global sustainability benchmarks such as LEED and BREEAM certifications.
Fablab has expanded to multiple global markets, including Southeast Asia and Europe. What technical adaptations were necessary to cater to the unique requirements of these regions?
Expanding globally requires deep technical and cultural adaptability. In Southeast Asia, where climatic conditions necessitate higher energy efficiency, we focused on designing climate-responsive systems, such as advanced thermal insulation and optimized HVAC systems tailored for tropical environments.
In Europe, where sustainability standards are rigorous, we adopted passive design techniques and integrated renewable energy sources into our projects. Additionally, compliance with region-specific regulations, such as the EU’s CE directives, required rigorous documentation and validation processes.
Localizing our engineering teams to collaborate with in-country experts also ensured that our solutions were not only technically robust but also culturally relevant.
How does having in-house MEP (Mechanical, Electrical, and Plumbing) expertise contribute to the seamless execution of complex projects?
In-house MEP expertise serves as a critical enabler of seamless project execution. By maintaining complete control over the design and implementation of these systems, we can ensure synergy between the architectural and functional elements of our projects.
Our team uses integrated software platforms to design and simulate MEP systems, which allows us to predict and resolve potential clashes before construction begins. This approach not only reduces project delays but also ensures that energy efficiency, thermal comfort, and water usage are optimized.
Furthermore, in-house MEP teams enable rapid iteration and customization, which is particularly valuable for projects requiring strict adherence to pharmaceutical and cleanroom standards.
Your capabilities include manufacturing cleanroom panels and electrical panels. What cutting-edge technologies and processes are used in these facilities?
Our manufacturing facilities are equipped with state-of-the-art CNC machines and robotic assembly lines that ensure precision and repeatability in production. For cleanroom panels, we use advanced composite materials that offer superior thermal insulation and chemical resistance.
We employ automated laminating and edge-sealing technologies to ensure that the panels meet stringent airtightness and durability requirements. For electrical panels, our focus is on digitization and IoT integration, enabling remote monitoring and diagnostics. Each panel is subjected to rigorous quality checks, including thermal imaging and high-voltage testing, to ensure safety and performance.
Furthermore, our commitment to lean manufacturing practices allows us to minimize waste and enhance efficiency across production cycles.
Fablab specializes in EPC services for pharmaceutical projects, including IV and biopharma. How do you ensure compliance with stringent pharmaceutical standards while maintaining innovation?
Ensuring compliance while fostering innovation requires a dual focus on regulatory expertise and advanced engineering.
Our designs align with global pharmaceutical standards, including WHO-GMP, EU-GMP, and FDA guidelines, through meticulous documentation, validation protocols, and risk assessments. Innovation comes from our use of advanced technologies such as modular facility construction and flexible manufacturing systems, which allow rapid reconfiguration of production lines to accommodate new drugs or therapies.
By integrating digital twins and IoT-enabled monitoring systems, we offer our clients real-time oversight of environmental parameters, ensuring continuous compliance without compromising productivity.
What advancements in automation and digital engineering is Fablab exploring to stay at the forefront of the EPC contracting industry?
Fablab is actively investing in next-generation automation technologies, such as robotics and AI-driven systems, to enhance precision and efficiency in construction and manufacturing.
For instance, we are exploring the use of autonomous robots for material handling and on-site quality inspections. In digital engineering, our focus lies on expanding the use of digital twins, which allow real-time simulation and predictive maintenance of facilities.
Additionally, we are leveraging AI algorithms to optimize resource allocation and improve project scheduling. These advancements not only enhance our operational capabilities but also position us as a leader in delivering smart, sustainable, and future-ready infrastructure solutions.
Guest Bio
Mohsin Kanadia, Chairman of FABLAB Group, is an experienced leader reshaping the EPC industry. With a steadfast commitment to innovation and engineering excellence, he has been instrumental in delivering high-performance solutions to complex industrial challenges. His strategic leadership fosters efficiency, quality, and transformative growth, setting new benchmarks in the engineering sector.
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