• R&D lead of air purifier “API VirusProtector” for Hospitals (Product to Market Fit, 3D CAD Design, Computational Fluid Dynamics (CFD), Component Selection, QC Procedures, Engineering Mechanical Documentations, Drawings,Datasheets, IEC 60335-2-65 Certification, Product Renderings for Marketing and Brochures)Customers : Secours Populaire Français (purchased 24 units for donation), Government Owned Hospitals and Offices, Dentist Offices and others• Design of mission-critical… Show more • R&D lead of air purifier “API VirusProtector” for Hospitals (Product to Market Fit, 3D CAD Design, Computational Fluid Dynamics (CFD), Component Selection, QC Procedures, Engineering Mechanical Documentations, Drawings,Datasheets, IEC 60335-2-65 Certification, Product Renderings for Marketing and Brochures)Customers : Secours Populaire Français (purchased 24 units for donation), Government Owned Hospitals and Offices, Dentist Offices and others• Design of mission-critical redundant HVAC system for automated data centre with operation and monitoring using PLC and connection to local IR module using Modbus Serial Line (Engineering Drawings, P&ID Diagrams, Cooling Load Calculation, PLC Programming, Automatic Redundant Switchover, Site Acceptance Test)Client : STTelemedia Global Data Centers & Schneider Electric, 2022• EPCI of critical HVAC System for unmanned Geothermal Switchgear with Pressurizing + 5 Pa in Corrosive Environment (H2S) including temperature, humidity, pressure and fault monitoring (Product Design, Engineering Drawings, Cooling Load Calculations, PLC Programming, Site Supervision, Factory & Site Acceptance Tests, ITP)Client : Star Energy Geothermal, TRIPATRA & ORMAT, 2022 Show less

• Thorough understanding of applicable standards (TEMA, ASME, SMACNA, ATEX, NFPA and ASHRAE) to meet HVAC project specifications • Constantly led cross-functional project teams, collaborating with clients, consultants, and internal departments to ensure project deliverables were met within specified budget and timeline.• Demonstrated exceptional autonomy and resourcefulness by efficiently resolving technical and team-related challenges with little to no supervision. Utilized… Show more • Thorough understanding of applicable standards (TEMA, ASME, SMACNA, ATEX, NFPA and ASHRAE) to meet HVAC project specifications • Constantly led cross-functional project teams, collaborating with clients, consultants, and internal departments to ensure project deliverables were met within specified budget and timeline.• Demonstrated exceptional autonomy and resourcefulness by efficiently resolving technical and team-related challenges with little to no supervision. Utilized discernment and troubleshooting skills to surpass project objectives, consistently exceeding expectations.• Deliver building energy dissipation and total cooling load calculations to determine HVAC type and capacity sizing using manual (ASHRAE Standard), industry standard application (Carrier Hourly Analysis Program (Carrier HAP)) and Computational Fluid Dynamics (CFD e.g. ANSYS Fluent, SOLIDWORKS Flow Simulation) approach.• Designed efficient heat exchangers for petrochemical process lines, utilizing HTRI Software to provide early estimations and type selection. Employed CFD software (SOLIDWORKS Fluent, ANSYS Fluent, COMSOL) for design verification and optimizing surface area to achieve a compact footprint and cost-effectiveness.• Conducted comprehensive studies and simulations to establish pilot government HVAC project specifications, ensuring optimal temperature, humidity, and airborne contaminant control to meet OSHA and ASHRAE Laboratory Standards.• Produce Engineering Drawings, MTO, Specifications, Datasheets, P&ID Diagrams, Factory Acceptance Tests (FAT) Procedures, Site Acceptance Tests (SAT) Procedures, Inspection Test Plan (ITP) and other required technical documents. Proficient in Document Control Transmittals and Technical Queries (TQ), ensuring seamless and error-free communication with clients and consultants for efficient project collaboration. Show less

• Pioneered comprehensive study aimed at optimizing cooling performance in finned tube heat exchangers, analysing face velocity effects and simulating fin surface temperature to enhance cost-effectiveness in Medium Temperature HVAC design. Leveraged cutting-edge tools, including MATLAB, ANSYS CFD, and SOLIDWORKS CAD, for precise data analysis and design verification, resulting in innovative solutions with significant impact.• Created guideline of air positive pressure calculation… Show more • Pioneered comprehensive study aimed at optimizing cooling performance in finned tube heat exchangers, analysing face velocity effects and simulating fin surface temperature to enhance cost-effectiveness in Medium Temperature HVAC design. Leveraged cutting-edge tools, including MATLAB, ANSYS CFD, and SOLIDWORKS CAD, for precise data analysis and design verification, resulting in innovative solutions with significant impact.• Created guideline of air positive pressure calculation principle for maintaining +25 and +50 Pa to estimate ventilation and cooling capacity requirement.• Assisted in creating Bill of Material, Engineering Drawings and Cost Estimation for tender bidding purposes. Served as Document Control for numerous projects Show less