- Inspire
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A Mechanical Engineering graduate with a Master’s degree from Birla Institute of Technology, Mesra, Ranchi, he brings a strong foundation in engineering fundamentals, systems thinking, and applied research.
With over two decades of experience in energy sustainability and energy consulting - beginning from the early evolution of the industry - he has led transformative initiatives focused on energy efficiency, decarbonization pathways, and high-performance building systems aligned with LEED and global green building frameworks.
He strongly believes that energy and water conservation are the most effective and scalable climate actions, as they directly reduce carbon emissions, lower resource intensity, and enhance long-term resilience in the built environment. His work consistently prioritizes demand reduction and performance optimization as the foundation of meaningful climate action.
A strong advocate of technology-driven energy intelligence, he actively integrates AI, machine learning, and IoT to enhance diagnostics, forecasting, and data-driven decision-making across building lifecycles.
He holds multiple professional credentials, including LEED AP BD+C, LEED AP O+M, Certified Energy Manager (CEM), Certified Energy Auditor (CEA), and Sustainability Excellence Associate (SEA). He is also a Chartered Engineer with the Institution of Engineers (India) and currently serves as the Sustainability Chair of the ASHRAE Saudi Arabia Chapter.
Deeply committed to leadership development and knowledge sharing, his mission is to mentor and shape at least 100 next-generation leaders who will positively impact the industry, society, and the planet. A passionate teacher at heart, he has conducted several hundred training sessions on green buildings, energy efficiency, and HVAC systems, actively publishes educational content, and continues to teach and mentor professionals - driven by purpose rather than availability - irrespective of ongoing business commitments.
A Mechanical Engineering graduate from Thiagarajar College of Engineering - (TCE) 2002, He has contributed to several prestigious international projects with a sharp, detail-driven, 360-degree problem-solving approach.
With 2 decades across Construction, Oil & Gas, Energy and Building Services, he brings deep technical insight and a proven ability to deliver clarity in high-pressure engineering environments.
As Co-Founder of Conserve Solutions, he drives innovation, digital adoption and future-ready engineering practices that strengthen project outcomes and organizational capability.
A strong advocate of mentorship, he guides teams in technical excellence and knowledge sharing, supporting Conserve’s sustained global growth and delivery in International standards.
Conserve Controls & Automation is a specialised division of Conserve Solutions, focused on improving the operational efficiency of buildings across Qatar and Saudi Arabia.
We help organisations reduce energy consumption, improve comfort, and enhance system reliability through smart controls, data-driven insights, and engineering expertise.
Our solutions work with your existing systems—we optimise what you already have. This enables measurable energy savings, without the need for unnecessary replacements.
Delta-T improvement
Sequencing optimisation
Load balancing
Chiller staging and control logic enhancement
Primary–secondary flow optimisation
AHU optimisation
Optimal reset schedules
Sensor calibration and validation
Eliminating overrides and manual modes
Occupied/unoccupied strategies
Many buildings in Qatar and Saudi Arabia operate on outdated or limited BMS systems.
We offer vendor-neutral BMS upgrade strategies that focus on value, not unnecessary capex.
Controller panel upgrades
Graphics and trending improvements
Sequence of operation enhancements
Cybersecurity-aware design
Integration with existing meters and field devices
Phased upgrade plans depending on budget and ROI
Our approach ensures maximum return for every riyal or dirham invested.
Functional testing of HVAC systems
Re-establishing proper sequences
Identifying hidden inefficiencies
Improving thermal comfort and reliability
Validating energy performance
We integrate IoT sensors, data logging, and simple analytics tools to provide deeper visibility into your building performance—without forcing a full BMS replacement.
Submeter integration
Data consolidation
Real-time energy dashboards
Alerts and fault identification
Custom reporting for FM teams
For new projects, we provide independent technical review of BMS design, control strategies, and commissioning requirements to ensure the system delivers the intended performance.
Get fully coordinated MEP models that eliminate clashes, ensuring seamless integration with other building systems.
Utilize 4D scheduling for precise construction sequencing and 5D cost estimation & QTO for accurate budgeting and material tracking.
Benefit from constructability reviews, RFI generation, and as-built updates, ensuring error-free execution.
Models are developed per international and local building codes, ensuring regulatory adherence and risk mitigation.
Get detailed fabrication, spool, and installation drawings for MEP components, improving efficiency at the construction site.
Access high-quality BIM content libraries and parametric components that enhance design accuracy and
interoperability.
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