Hemant Kumar Email & Phone Number

Noida, Up, In

Noida, Uttar Pradesh, India

Reviewed project plans and prepared Design Basis Reports (DBR), Bills of Quantities (BOQ), and specifications. Raised discrepancies to the Project Director for clarification and ensured accurate project estimation and costing, including the preparation of variation statements. Coordinated with the engineering department to prepare and submit detailed drawings and maintained daily progress reports of the project. Reviewed and verified heat load and ventilation calculations, securing approvals from Chief Fire Officers (CFOs) where needed. Planned and designed free cooling concepts and displacement ventilation systems for terminal buildings, and developed smoke ventilation provisions for enhanced safety and efficiency. 1. In the Jewar Airport project, I gained valuable experience with innovative technologies, particularly the implementation of the free cooling concept. This approach is designed to save energy and contribute to green building practices, aligning with GRIHA and IGBC codes. Additionally, I learned about the complex design of displacement ventilation-based air-conditioning systems for double-height, triple-height, and larger occupant areas. Each system presented unique challenges that were both interesting and demanding to design. 2. My responsibilities included preparing numerous inputs for the Passenger Terminal Building (PTB) and ancillary buildings, which were essential in assisting the architectural and structural teams to finalize their designs. I closely coordinated and held meetings with these teams to resolve issues and ensure that the project requirements were met. Personally, overseeing the project, I played a key role in aligning various elements of the design and ensuring successful project delivery. 3. I handed over the Good for Construction (GFC) drawings and Combined Services Drawings (CSD) to the site team, along with fully coordinated layouts on BIM.

Noida, Uttar Pradesh, India

Gurugram, Haryana, India

I have been extensively involved in the planning and designing phases, conducting meetings with architects to understand project overviews and ensure alignment. My role included coordinating the design and sizing of AHU rooms, fan rooms, cutouts, and shafts. Additionally, I worked closely with the MEP team to facilitate smooth, clash-free integration of services. This involved resolving potential conflicts and ensuring all systems were efficiently coordinated for optimal project execution. In the projects undertaken, I have been extensively involved in the planning and designing phases. My responsibilities included verifying project designs, conducting heat load and ventilation calculations, and selecting appropriate equipment. I prepared Technical Data Sheets (TDS), secured approvals, and ensured material clearance to the site team along with managing material schedules, quantification, and rate analysis. I handled project quality amendments, addressed price escalations, and reviewed shop drawings while providing supervision. Additionally, I supervised factory tests for HVAC equipment, conducting site visits to oversee these processes. For site execution, I took precise measurements, verified plant room conditions, and ensured accurate cutout markings and shaft sizing according to actual site conditions. Post-completion, I measured airflow and cooling conditions, ensuring that all systems were tested, commissioned, and met client satisfaction. My role required a keen eye for detail and coordination to ensure successful project execution and client approval.

New Delhi

my responsibilities encompassed comprehensive HVAC design and calculation tasks, beginning with the preparation of tenders. I was responsible for developing the Design Basis Report (DBR), performing detailed heat load calculations, and planning spaces to ensure efficient HVAC system integration. My role involved precise ventilation calculations, considering both the functional and environmental needs of each project. I managed the entire project lifecycle, including the creation of item specifications and Bills of Quantities (BOQ) with accurate quantity take-off sheets. My approach ensured that each project was tailored to its specific application, with a focus on delivering effective and sustainable HVAC solutions. Throughout each project, I played a key role in coordinating with the design team to address unique challenges and requirements, ensuring that my designs aligned with the overall project goals. This included adapting to different applications and specifications, allowing for flexibility and innovation in my design approach. My involvement ensured that all HVAC systems were designed to meet the highest standards of efficiency and effectiveness, contributing to the successful execution and completion of each project. For the above projects, I conducted cost estimation based on DSR, Non-DSR, and CPWD standards. For non-DSR items, I obtained market prices from vendors and performed rate analysis to finalize costs. I then prepared the BOQ with accurate pricing, leading to the development of the final quotation for the complete HVAC services, which was submitted to the client.

New Delhi

In the aforementioned project, I dedicated my full efforts to the design of a 230 number substation responsible for the automatic operation of the entire refinery. My role involved performing HVAC heat load calculations using HAP Carrier software, ensuring the system's efficiency and reliability in a demanding industrial environment. I also conducted fire safety and smoke ventilation calculations following Kuwait design standards, specifically adhering to Shell DEP (Design Engineering Practice), ASHRAE, and NFPA 90A & 90B guidelines. My responsibilities extended to meticulous documentation and control processes. I maintained the Document Control Index (DCI), ensuring all project documentation was accurately recorded, tracked, and easily accessible. This included technical specifications, design drawings, and safety compliance records, which were crucial for the project's successful execution and future reference. Throughout the project, I coordinated closely with various stakeholders to ensure the HVAC system met the high safety and operational standards required for such a critical infrastructure. My involvement ensured that the substation was designed not only to meet technical specifications but also to operate safely and efficiently, contributing to the refinery's overall automation and reliability. This comprehensive approach underscored my commitment to delivering high-quality design solutions that meet both international standards and specific client requirements.

New Delhi

I have extensive experience in HVAC system design, managing projects from concept through to detailed execution. My work includes designing comprehensive ductwork, piping, and layout plans to ensure efficient and effective HVAC performance. Utilizing software tools like HAP- Carrier, McQuay, AutoCAD and Revit, I created precise drafts and models that facilitated clear communication with project stakeholders and ensured accurate implementation on-site. My ability to translate complex design requirements into practical, detailed solutions has been a key asset in delivering successful HVAC projects.