Leading a team of engineers and designers with strong focus on project execution with cost certainty and time certainty.Following are the roles and responsibilities:0) Plant engineering- Green Hydrogen, Green Ammonia, Renewable Energy/PV Solar.1) Supervision and value addition in preparation of plant layouts, developing in-house drawings and technical specifications for civil and structural works2) Estimation of construction costs3) Vendor Management and review of designs and drawings4) Field Inspections of steel fabrication and construction. Resolutions of construction related queries from site5) Land selection support decisions6) Engineering innovations through unique engineering solutions and identification of apt building materials7) Mentoring, empowering and motivating to colleagues.

Modular engineering for 37 billion US Dollar TCO FGP & WPMP Project (Mega Project), Republic of Kazakhstan. (Oil, Gas & Petrochemicals)(ref: https://www.nytimes.com/2016/07/06/business/energy-environment/chevron-kazakhstan-tengiz.html)Key skills and softwares associated with this project:Modular Engineering, Onsite module, Barge/Ship Module, Land Transport module (SPMT/PMT), Lifting module, Weighing module, Connection Design, Smart Plant review (SPR), Staad.pro,Smart Sketch, Macro VBA, Navisworks .Experience Summary:i) Associated with 37 billion US Dollar TCO project at Kazakhstan for 5+ years ii) Was instrumental in forming a team and developing Modular structures connection design templates and macro enabled VBA programming. Developed 30 engineering connection template for TCO project along with its macro based VBA programming.iii) Started as an originating engineer and engineered 2 modular multi Pre-assembled units (PAUs) structures with total tonnage of 34 MT & 22 MT from start to finish. Subsequently promoted as an Engineering checker and reviewed modular structures and its drawings. As an engineering checker reviewed about 1000 modular structures drawings. iv)Some of the Modular structures designed and checked are : HP-LP Separator building, Harmonic filter building, Compressor building.v) Designed and reviewed connections of 15 modular structures with cumulative weight of 450 MTvi)Received recognition and appreciation certificate for work well done

Engineering of structures in Oil, Gas & Petrochemicals Industry:60.0 m long MED Desalination (10 m diameter) Vessel supporting structure for Jamnagar 3 (J3) Project, Jamnagar, GujaratDeveloped, validated and enabled ready-to-use Spread sheet for Base Plate, Stiffener and Shear key Design as per LRFDPipe Bridges equivalent to 185 m length for Jamnagar 3 (J3) Project, Jamnagar, GujaratPipe Racks equivalent to 90 m length for Jamnagar 3 (J3) Project, Jamnagar, GujaratDesign adequacy Check for additional Pipes on existing Pipe Rack for Jamnagar 3 (J3) Project, Jamnagar, GujaratTrapezoidal shape footing supporting 4G tower for Reliance 4G projectFEED engineering for 65.0 m long,12.0 m wide and 5.5 m tall underground Culvert with cushion cover of 1.2 m soil on top of it for Jamnagar 3 (J3) Project, Jamnagar, Gujarat

1) Consolidated Saving of about 3% weighted percentage of RCC & Structural Steel materials by Cost Competitive engineering of structures in Power Sector. A 3% figure was arrived,based upon similar previous structures2) Analysis and Design of Technological Structures in CHP; Fuel Oil Storage Tanks; HRSC clarifier; Boiler foundation;Pipe Racks, Ash Dyke bridge, Raw Water Reservoir and Tanks.3) Preparation of Technical Documents and DDBS (Design drawings and breakup schedules) for Civil & Structures

Title : " River Outflow forecasting using Artificial neural Network (ANN)"It involved statistical analysis of twenty years of daily outflow and rainfall data and modeling using RBF. Statistical analysis tools like correlation (auto and cross), Data Mining techniques, Fuzzy -C-Means Clustering (FCM), Principal Component Analysis (PCA) were employed for the analysis of components of input vector and selection of training, validation and testing data for the model and developing the model. Finally the model was used to predict the outflow with a lead time of 3 to 7 day.

Title : " ITS application under mixed traffic condition using video data"It involved the video data collection of traffic at entry and exit point of a one km Rajiv Gandhi Stretch, Chennai and data were extracted using a software namely TRAZER-Traffic Analyzer and Enumerator. These extracted data were speed, volume and occupancy. Finally Kalman filtering based model was developed and used to predict the congestion under mixed traffic condition which is prevalent in India.