Shabir Ali

Key Responsibilities 1. Quality Planning & Documentation Prepare and review QAP (Quality Assurance Plan), ITP (Inspection & Test Plan), checklists, and method statements. Ensure all materials comply with approved submittals, BOQ, and technical data sheets. Maintain quality records: MIR, WIR, IR, test reports, and as-built documentation. 2. Material Inspection Inspect incoming HVAC materials: Duct sheets, insulation, dampers, VCDs AHUs, FCUs, VRF/VRV units Valves, diffusers, grilles, flexible ducts Verify make, model, thickness, GI coating, fire rating, and insulation density. Approve or reject materials based on specifications. 3. Installation Quality Control Monitor HVAC installation activities: Duct fabrication & erection Insulation works (thermal & acoustic) Equipment installation (AHU, FCU, VRF, exhaust fans) CHW / refrigerant piping supports & routing Ensure installation as per approved shop drawings and method statements. Check proper alignment, leveling, supports, and clearances. 4. Standards & Compliance Ensure compliance with: ASHRAE / ISHRAE SMACNA ducting standards NBC & local fire norms Project-specific quality requirements Identify non-conformances and issue NCRs (Non-Conformance Reports). 5. Testing, Adjusting & Balancing (TAB) Witness and verify: Duct leakage tests Airflow measurements Pressure testing of piping Vacuuming & refrigerant charging Ensure proper air balancing and performance testing. 6. Coordination & Reporting Coordinate with site engineers, consultants, QA/QC team, and contractors. Attend quality meetings and inspections with clients/consultants. Prepare daily / weekly quality reports. Close NCRs with proper corrective and preventive actions. 7. Commissioning & Handover Support HVAC pre-commissioning and commissioning activities. Verify system performance against design parameters. Assist in preparation of O&M manuals and final handover documents. Skills & Knowledge Required Strong understanding of HVAC systems & components

🔹 Role Overview The Site Engineer (MEP) is responsible for supervising, executing, and coordinating all Mechanical, Electrical, and Plumbing works at the project site. Ensures installation is as per approved drawings, technical standards, safety norms, and project timelines ✅ Key Responsibilities 🔧 1. Mechanical (HVAC) Responsibilities Execute and supervise installation of AHU, FCU, VRF/VRV, ducting, chilled water piping. Verify MEP coordination drawings, duct routing, and service clearances. Inspect copper piping, insulation, GI ducts, dampers, grills, diffusers. Check HVAC equipment connections (VFD panels, starter panels, control wiring). Assist in testing & commissioning of HVAC systems: Air balancing Water balancing Pressure testing Functional testing of units ⚡ 2. Electrical Responsibilities Supervise electrical installation: cable trays, conduits, wiring, DBs, panels. Verify LV power distribution for HVAC equipment (pumps, AHU, exhaust fans). Ensure earthing, grounding, and protection devices are as per standards. Coordinate with panel team for incomer, outgoing circuits, MCC, VFD panels. Ensure testing: continuity, insulation resistance, load checks 🚰 3. Plumbing Responsibilities Supervise water supply, drainage, STP/ETP lines, pumps, GI/CPVC/PPR lines. Ensure proper slope, jointing, insulation, and pressure testing of pipelines 📑 4. Documentation & Coordination Maintain daily site progress reports (DPR). Coordinate with consultants, contractors, client, and architects. Attend site meetings and update project status. Review shop drawings, method statements, and material submittals. Ensure installation as per ASHRAE, ISHRAE, NEC, NBC, SMACNA, IPC codes. 🛠 5. Quality Control & Safety Ensure all works follow project specifications & quality requirements. Verify workmanship of contractors. Ensure safety compliance for all MEP activities. Conduct toolbox talks and site inspections regularly. ⭐ Required Skills HVAC || AUTUCAD || REVIT || TEAM WORK

Key Responsibilities 🔹 HVAC Works: Supervising ducting, piping, insulation, and equipment installation (AHU, FCU, VRF). Coordinating with civil teams for shaft openings and support work. Ensuring testing, balancing, and commissioning as per ISHRAE/ASHRAE standards. 🔹 Electrical Works: Monitoring conduit laying, wiring, panel installation, and earthing. Coordinating lighting, power, and low-voltage systems. Supporting testing and commissioning of panels and distribution boards. 🔹 Plumbing & Fire Fighting: Supervising water supply, drainage, and sanitary piping. Overseeing sprinkler, hydrant, and pump installation works. Conducting pressure testing and ensuring alignment with NFPA/CPHEEO standards. 🔹 BMS & Coordination: Coordinating with BMS for system integration and control wiring. Maintaining coordination between MEP services to avoid clashes. Reviewing drawings, issuing site instructions, and updating progress reports. 🔹 Documentation & QA/QC: Preparing daily progress reports, testing checklists, and material submittals. Ensuring safety and quality compliance on-site. Assisting in final testing, commissioning, and handing-over documentation. Skills & Tools ✅ HVAC Systems | Electrical Distribution | Plumbing & Firefighting | AutoCAD | MS Excel | Site Coordination | Testing & Commissioning | Project Execution

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📊 Specialized in advanced statistical methods, probability theory, data modeling, and quantitative analysis. 🧠 Gained strong expertise in forecasting, optimization, hypothesis testing, regression analysis, and research-based problem solving. 🔍 Developed the ability to interpret complex datasets, identify patterns, measure performance, and support data-driven decision making. ⚙️ This analytical foundation now enhances my MEP/HVAC engineering career by improving project analysis, accuracy, quality control, and technical reporting 📊 Statistical & Analytical Skills 📈 Advanced Statistical Analysis 📉 Regression (Linear, Multiple, Logistic) 📊 Data Interpretation & Visualization 🔢 Probability & Random Variables 🧮 Hypothesis Testing & Inference 📐 Sampling Techniques & Survey Methods 🧠 Mathematical & Modeling Skills 🧠 Predictive Modeling 🧩 Time Series Analysis 📉 Forecasting & Trend Analysis ⚙️ Optimization & Operations Research 🧾 Statistical Quality Control (SQC)

✨ My B.Tech in Mechanical Engineering has given me a strong and complete understanding of how cooling systems, airflow, mechanical equipment, ducting, piping, and heat transfer operate in real HVAC/MEP environments. ⚙️🌬️❄️ During my degree, I learned the core engineering principles that directly support HVAC/MEP work, including: 🔥 Thermodynamics – understanding heat, energy flow & cooling cycle performance ❄️ Refrigeration & Air Conditioning (RAC) – vapour compression cycle, compressors, condensers, evaporators 💧 Fluid Mechanics – pump head, fluid flow, pressure drop, pipe sizing 🌡️ Heat & Mass Transfer – conduction, convection, radiation, insulation, load calculations 🚰 Piping Systems – chilled water lines, copper piping, GI/HDPE/UPVC lines 📐 Engineering Drawing & CAD – reading & designing HVAC/MEP drawings, duct layouts, plant room layouts ⚡ Mechanical Systems – motors, fans, blowers, AHU/FCU functioning, VAV/VRF systems