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Seeking Mechanical Engineer position in MEP (HVAC, Plumbing and Fire Fighting) systems, utilities including water and waste water treatment plants design review and project engineering for Airports / High rise residential building services.
Professional Synopsis
A dynamic professional with over 8 years of rich experience in Engineering Designs Review, Construction Management, Erection, Testing & Commissioning, Maintenance of Utility systems – Water Treatment Plant (WTP) & Waste Water Treatment Plants and Building MEP Systems – HVAC, plumbing and fire-fighting, supporting experience in preparation of BOQ as per scope of work.
An engineering designs reviewer with honed skills in reviewing and checking MEP technical submittals and drawings, engineering process design calculations, equipment sizing and material specifications getting approval from the management and liaison with draftsman, architect, contractors/consultants releasing the good for construction drawings for execution, review & finalisation of as built drawings including documentation etc.
A project planner with honed skills in planning & executing industrial projects in compliance to the pre-defined quality standards. Comprehensive knowledge and construction managerial experience in testing & commissioning of Centrifugal Pumps and pumping stations, Compressors, Blowers, EOT Cranes, piping and ducting equipments like AHU, FCU, Fans and other equipments/machinery of Utility systems and Building MEP systems for reducing the downtime & enhancing the operational effectiveness.
Good experience in Engineering Maintenance of Utility systems & Buildings MEP systems maintenance using engineering maintenance module SAP Version 6.0 which includes System Notifications, planned preventive maintenance (PPM), material spares procurement through purchase requisitions (PR) and preparation of yearly maintenance budget for the spares and consumables including cost saving projects and getting approval from the management etc.
An effective communicator with excellent relationship management skills and strong analytical, problem solving & organizational abilities; possess a flexible & detail oriented attitude.
Qualification
B.Tech. (Mechanical)
GMR Institute of Technology (GMRIT)
Rajam city, Srikakulam district, Andhra Pradesh (A.P) India.
GMRIT Engineering College was affiliated by Jawaharlal Nehru Technological University (JNTU) Hyderabad, A.P in 2007 with 66% marks.
Diploma in Mechanical Engineering (D.M.E.)
Govt. Polytechnic College, Vizag, A.P and the college was affiliated by State Board of Technical Education and Training (SBTET) University, Hyderabad, A.P, India
2002 with 63.4% marks.
S.S.C/10th std.
St. Anthony’s Aided Elementary & High School located in Vizag, A.P, India
1999 with 80.5% marks.
Organisational Experience
Since Aug 15 to till date
Shapoorji & Pallonji mid East Branch, Saudi Arabia working for King Khaled International Airport project, New Riyadh, Kingdom of Saud Arabia
Mechanical Engineer US2 grade.
Responsible for MEP systems (HVAC, Plumbing and Fire Fighting) design review & engineering.
Nov 14 to May15
VIJAY Nirman Company Pvt. Ltd.
Sr. Engineer Gr.1 (Ground Floor + 34 Floors High Rise residential towers Building MEP Project Engineering, Lansum Oxygen Towers, Seethammadhara, VIZAG. A. P. INDIA.)
Responsible for MEP Engineering designs review & coordination with the project team, sub contractors, consultants & clients. Major systems: Fire Hydrant & Sprinklers, Plumbing, Mechanical Ventilation, LPG Reticulation, VRV ac system, Sewage Treatment Plant & Water Treatment Plant.
Since Oct 11 to Oct 13
GMR – Hyderabad International Airport Pvt. Ltd. India
Jr. Manager (Project & Engineering)
Responsible for Project Development & Engineering Maintenance of Utility Systems & Airside/Landside MEP (Mechanical, Electrical and Plumbing) Building Systems using Engineering Maintenance Module SAP Version 6.0
SJun 07 to Oct 11
GMR – Delhi International Airport Pvt. Ltd. India
Jr. Manager (Project & Engineering)
Responsible for Engineering Designs Review, Construction management, Testing & Commissioning and Engineering Maintenance of 5 MLD design capacity, pre-treatment + UF + RO based Water Treatment Plant (WTP) including 18 km long water supply piping system and 13 MLD design capacity, pre-treatment + UF + RO based Sewage Treatment Plant (STP) including 5 km long sewer pipe line systems and Building MEP systems – HVAC, Plumbing and Fire-fighting systems.
Growth Path
Jun 07 to Jun 08
Graduate Engineer Trainee (Airport Project Development)
Jun 08 to Jun 11
Executive Engineer (Airport Project Development)
Jun 11 to Oct 13
Jr. Manager (Airport Project Development & Engineering Maintenance)
Nov14 to May15
Sr. Engineer Gr. 1 (MEP Project Engineering)
Aug 15 to till date – Mechanical Engineer US2 Grade (MEP Design Review & Engineering)
Key Deliverables:
Engineering Design Review:
Reviewing and checking mechanical design documents and piping drawings for constructability and to ensure that engineering process design, calculations, equipment sizing and material content are in line with project specifications as per Indian/International Design standards and codes.
Participating in technical meetings with vendors, vendor documents review/approval, site technical support, visiting vendors shop inspection, providing inputs to field sub contracts for resolving contractual disputes at site, providing inputs to field project control for making construction schedule. Reviewing the method statement, preparing field sketch to support field change notice.
Ensuring that the design is completely and accurately documented and ready for formal release. Participating in walk down to prepare final punch list and above all complete quality assurance in installation.
Project Planning & Management :
Managing overall operations for executing industrial projects related to construction, erection & commissioning activities within cost & time parameters.
Monitoring projects with respect to projecting budgeting demand forecasts & involved in preparing fund flow statement to ensure timely execution of projects.
Construction Management:
Anchoring on-site construction activities to ensure completion of project within the time & cost parameters and effective resource utilisation to maximise the output.
Inspecting field sites to evaluate the condition/operability of facilities & structures by collecting field survey data & measurements.
Erection & Commissioning:
Erection and commissioning of various mechanical equipments and machinery of WTP and STP, Building MEP systems.
Reviewing engineering drawings, technical specifications, cost estimates for installation & commissioning of the project; reviewing & analysing contractor’s change order proposals & submittals.
Identifying the areas of obstruction/defects and conducting root cause analysis/failure mode & effect analysis to rectify the equipments.
Man Management:
Directing, leading and motivating workforce; imparting continuous on job training for accomplishing greater operational effectiveness/efficiency.
Working on succession planning of the workforce, shift management activities, appraising the members performance & providing feedback.
Engineering Maintenance:
Managing day to day execution of planned preventive Maintenance activities of Utility systems & machinery, Airside/Landside MEP (Mechanical, Electrical & Plumbing) Building Systems including malfunctioning rectification works, mechanical spares management using SAP Software. Active involvement in Water & Energy conservation initiation works and implementation of cost reduction activities.
Highlights
Successfully Engineering Designs Review Finalisation, Planned & executed the construction managerial activities, commissioning, operation, As-Built drawings finalisation and documentation of Utility Systems and Building MEP systems for the inauguration of new integrated Passenger Terminal Building (PTB) of GMR – New Delhi International Airport on July 2010.
As a part of Business Excellence in Engineering Maintenance and Continuous Improvement Project, successfully substituted 90,000 KL of water sourced from HMWSSB (Hyderabad Municipal Water Supply & Sewerage Board) over a period (April 12 – March 12) with alternate sources.
Commenced career with RINL Visakhapatnam Steel Plant, A.P, INDIA as an Apprenticeship Trainee from Feb 03 to Jan 04 Worked in the Utilities department, air Separation Plant (major Machines – high speed centrifugal compressors, shell and tube type heat exchangers, expansion turbines).
Academic Accolades
Attained:
195th Rank in ECET (FDH) 2004. A.P. INDIA
3034th Rank in CEEP -1999. A.P. INDIA
5th Rank in City Level General Knowledge Exam in 9th Std. A.P. INDIA.
Academic Projects
During B.Tech
Project Title: Dynamic Analysis of Four Wheeler Chassis Using Finite Element Methods (FEM)
Description: In our Project, the Scorpio vehicle has been discretized by taking into account the chassis, suspension and tyres. The chassis and the axle members have been modelled as 3D beam elements with 6 Degrees of Freedom (DOF) at each node. The Suspension and Tyres have been modelled as linear springs with stiffness in the vertical direction alone. The different elements used in our modelling are MASS 21, BEAM 4 and COMBINATION 14. The Bottom points of Tyres are fully arrested except in vertical direction. The mass of engine, gear box, axles, tyres and Passenger weight has been lumped at the appropriate nodes. The number of nodes, and elements generated in the Finite Element Model generated are about 300 and 375 respectively. Dynamic behaviour of the Four Wheeler vehicle was analysed by using MODEL and HARMONIC analysis. Model Analysis is used to find different mode shapes like Bounce, Pitch, and Roll and the corresponding displacements. The change in displacement with Frequency over the entire range (0-80Hz) was found in the Harmonic Analysis. The Frequency obtained by ANSYS is compared with that obtained by considering 1-DOF model. Harmonic analysis is done to study the Dynamic behaviour and to find out the displacement and stresses. During Diploma
Project Title: Spark-Ignition and Valve-Timing of Four Stroke Petrol Engine (Live Project)
Description: Our Project under taken is about contact breaker point ignition system. The main use of this ignition system is that is serves the purpose of producing the spark that is necessary for the combustion to take place inside the cylinder. The Main components of our Project are Battery, Ignition Switch, DC motor, High tension coil, Distributor, Spark Plugs, Crank Shaft, Cam Shaft, Tappets, Push rods, Rocker Arm, Valves, Valve Springs, M.S Plate. When the ignition system is turned on the current can flow through the Primary winding breaker points, Distributor body, and M.S plate on this way to the battery. This current sets up the magnetic field inside the coil when the breaker points open the magnetic field collapses and high voltage
current is induced in the secondary winding flow to the distributor and Spark Plugs, and then returns via the M.S plate. As the Breaker points open, electricity will jump from one point to the other until the gap between too wide to jump. In the valve operation system, DC motor runs by means of a battery. The DC motor is connected to crank shaft by means of V- belt. The Crank shaft runs the cam shaft by means of chain drive. As the cam shaft rotates, the tappets which are mounted on the respective cams of the cam shaft moves the push rods up and down. These push rods actuate the Rocker arm, which in turn actuates the valve to open and close. Various Carpentry and Fitting Tools, Machinery have been used.
Software Skills
Ms Office Suite (Word, Excel, Power Point) and Outlook Internet Browsing. AutoCAD 2007. EPANET and ROSA 6.1 ANSYS 5.4 SAP Version 6.0
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