Subhendu Banerjee

**** **** ***** *****

San Ramon, CA 94582

acxpcn@r.postjobfree.com

408-***-****

QUALIFICATIONS

Engineering and Project Management Duties:

Project feasibility and development proposals, Regulatory coordination, Scope and Basis of Design, Schematics, PFD, P&ID, Plot Plan, Building Layout and 3D Model development, One Line Diagram, Control Loop Diagram, RFQ, multi-discipline design integration and coordination and Codes, Standards, Energy compliance and LEED conformance.

Total Cost Estimating, Budget and Baseline Schedule development, Project Status Monitoring using EVMS.

Process and Utilities Piping and Cabling – U/G and A/G Hydraulic and Electrical Design layouts. Control systems architecture, monitoring and systems integration.

Facilities and Systems Exposure:

Process Plant and Utility Systems and Equipment – Vessels & Tanks, Heat Exchangers, Pumps, Compressors, Drive and Power Turbines, Infrastructure including all utility systems – Greenfield as well as Brownfield applications.

MEP for mission critical facilities – Biotech, Research Laboratories, Supercomputing Data Centers, Semiconductor manufacturing plants, Satellite Testing Facility and Healthcare Industry.

MEP Systems - Central Plants for Chilled Water, Steam generation and distribution, Cooling System, Pumps, Heat Exchangers, Air Handling units, CRAC/CRAH units, Heat Recovery and Humidification units and Solar Assisted applications.

HVAC – Load Calculation, System Design, ASHRAE Level 2 Energy Analysis, Energy Modeling, M&V Plan and Life Cycle Analysis – using eQuest, ASHRAE, ARI, CBECC, DOE/FEMP.

Clean Rooms (CFD), Vacuum Plants, Cryogenic systems and Industrial Gas systems.

Purified Water and Waste Water Treatment Plants..

Renewables (Solar thermal and PV, Wind power and Fuel cell) power plants.

Biomass and Low level heat recovery Organic Rankine cycle applications.

Co-generation/CHP projects for Commercial, Industrial, Biotech and Food plants using fossil and renewable energy.

Combined Cycle applications using gas turbines, HRSG with SCR systems (CFD) and steam turbines.

Industrial Capital Projects – Construction Quality Control Duties:

Construction Quality and Pre-commissioning plans, Bid Proposal Development, RFP, DOR development, Constructability Studies. Project Execution Plan, Risk Analysis.

Walk Thru. Bid Proposal Clarification, Bid evaluation, Procurement, Vendor and Subcontractor management, Inspection and Testing.

Mobilization, Temporary services, Logistics, Laydown, Storage, Hauling, Lifting and Rigging plans.

Tracking day-to-day progress, cost and schedule performance, Quality and HSE compliance, Documentation Control.

RFI, ECN/Claims and Change management, Team Communication, Client Relations/Communication and Presentation.

Commissioning and Retro-commissioning, O & M Review, Compliance and Conformance with full documentation.

Performance Testing plan and overall coordination with suppliers and client.

Asset Strategy Development, PM and PdM plans and Spare Parts Strategy.

Operator Training, O&M Manuals, Documentation, Lessons Learnt, Job Closeout.

Codes and Standards – API, ASHRAE, CBECC/Title 24, ARI, ASME/ANSI, ASTM, AWWA, AISI, ASC, AWWS, DOT, ISA, ISO, NEC, NFPA, AWS, OSHPD, GMP, OSHA, SAE, MACT, NSPS, SIP, TEMA, UL, UBC.

Education:

Bachelor Degree in Mechanical Engineering, Poona University

Cost Engineering, University of Iowa

PE – Mechanical, California and Nevada, Pursuing CEM certification

Software Application Experience:

MS Office, MS Project, Primavera, Aspen Icarus, Online Take off, Bluebeam, Sage Timberline, Autodesk (P&ID, 2D, 3D, Revit, BIM, Constructware), Thermoflex/GTPRO, Gate Cycle, Fathom, KY Pipe, eQuest, CBECC, Trane Trace, Carrier E20, PVSYST, Retscreen, Condition Assessment and Monitoring Tools, Maximo.

PROFESSIONAL EXPERIENCE

1/14 – date - HEM Consulting - Consultant:

Survey/Condition Assessment of buildings and industrial facilities, as-built design documentation in AutoCAD, Revit, Smart Draw and MS Office. Assets monitoring, MEP equipment and systems reliability program for predictive and condition based maintenance.

Heating and Cooling Load estimates with Revit, Trace, HAP etc.

Conceptual Energy Modeling in Revit, Schematic and Detail Energy Modeling in eQuest.

Compliance with ASHRAE 90.1/CBECC-Energy Plus/Comcheck.

ESCO support, Audits, ECM and M&V plans.

Proposals for upgrading/retrofitting alternate/emerging process and power generation and conservation technologies; design, procurement and construction management supports for implementation.

Commissioning support (contract – 1/15 to 6-15) for three new research building projects including a supercomputing data center for constructability, operability, documentation and reliability at Lawrence Berkeley National Laboratories. Responsibilities included:

a.Site engineering and coordination with construction, major equipment suppliers, operations, maintenance and safety groups, punch list walk down, review and approval of O&M manuals.

b.Installation checking of MEP equipment and systems - purified water, HVAC, clean room and laboratory equipment, plumbing, HW boilers, steam boilers, clean steam, compressed gases, air and water.

c.Checking and verification of construction check lists, test plans and functional test procedure

d.Supporting the development and implementation of overall site reliability program for predictive and condition based maintenance and monitoring of assets.

2012 – 2013 – RANDSTAD ENGINEERING – Project Manager:

Managed a multi-million dollar Test Facility for Access Energy (a division of Calnetix Technologies). The project utilizes thermal energy sources transferring heat to ORC fluid for low level conversion of heat to electric power in high speed turbo generator used in commercial buildings, campuses and various industrial facilities. Responsibilities included:

Process and utilities systems - lead engineering including equipment configurations for various turbo generator modules, heat exchanger systems, steam plant, cooling and condensing systems and refrigerant receiving, storage and recovery system.

Major equipment and components procurement.

Overall systems integration to meet design requirements.

Plant layout and 3-D model development to suit the confines of restrictive boundaries.

Project cost estimates, schedule development and materials tracking.

Contracts, construction management and construction quality control to mechanical completion.

Commissioning, start up - day to day progress tracking and trouble shooting.

Maintenance & Spare parts program set up and Turnover Package.

The Test Facility installation is complete and a successful startup has been accomplished.

2010 – 2012 – SOLAR MILLENNIUM – Project Engineering Manager:

EPCM department - Managed the following major tasks of Blythe Solar Power Project CSP (and PV alternate) including optimization with hybrid gas fired Combined Cycle unit:

Gated project development – Cycle Analysis, Feasibility Studies, FEED, Budget Development and Permitting.

Project Execution Plan, Multi-discipline EPC Contractor Scope and Detail Design Basis.

Directing conceptual design, EPC contractor liaison, document review, RFQ development and major equipment and systems procurement support. Tracking cost and expenditures with budget and reporting progress on a weekly basis.

Scoping studies, equipment and system selection. System optimization/modelling using Life Cycle Analysis or, Criteria selected per design basis. Open book project definitive cost estimate. Support for Regulatory and Funding activities included: Independent Engineer's report required for DOE and Equity Investors, Lead role in CBO, CEC and OSHA coordination for major areas such as overall plant design, Permitting and compliance support. Design and Engineering activities of the team engaged in integration of solar field systems with the power block included: Insuring that Contractor design, specification, data sheets comply with scope, design basis and regulatory requirements, best industry practice and constructability issues while meeting the project schedule. Construction, Commissioning, Operation and Performance Testing support activities included: Construction Quality Control, Performance Acceptance Test Procedure development, Underwriter liaison, O&M manual and Spare Parts Criteria development.

2008 – 2009 – WORLEY PARSONS – Project Engineer:

Cycle performance analysis, Systems, PFD and P&ID development, major equipment specifications, contract packaging, bid evaluation for gas turbine, selective catalytic reduction system and BOP systems - cooling, demineralization, fuel gas, related piping above ground and underground, waste water system, tanks, fire protection, insulation, corrosion control and key drawings for engineering, procurement and construction of power plants. Design team management. List of projects:

Owner engineering for Los Angeles Department of Water and Power – 600 MW power project using GE LMS100. utilizing Title 22 reclaimed water as influent to the proposed demineralization facility.

Repowering a 300 MW combined cycle plant utilizing an existing concrete stack at LADWP.

MMC - Escondido and Chula Vista projects using GE LMS 6000 Gas Turbine simple cycle units.

CPS Braunig, San Antonio using four GE LMS 6000 units including engineering and procurement of the Demineralization plant bringing savings of close to $400K.

2000 – 2007 – Contract Project Engineering for the Healthcare/Biotech Industry (with Versa, Eichleay/Spectrum, TRS, ESI):

Contract package development, bidding and evaluation for a Waste Segregation project at Genentech Inc. Vacaville.

Project engineering and construction through commissioning and product release using CCRs for Capital and Facilities improvement/repair and maintenance/annual shut down of HVAC Cleanroom, Mechanical Room, Purified water and Waste water projects in process and utility areas at Novartis/Chiron facilities of Emeryville and Vacaville.

HVAC and utility central plant projects at Genentech facility in Porino, Spain.

Central Plant expansion including a new CC plant for Amgen.

Steam Plant for Dow Chemical.

1995 – 2000 – BLACK & VEATCH - Lead Mechanical Engineering for the Semiconductor and Healthcare Industries:

Lockheed - Engineering, Construction and Start up support for 200,000 SF expansion of an existing LMMS building for creating a mission critical Commercial Satellite Production Facility. Mechanical engineering included HVAC for the entire facility including Data Center, Class 1000 Cleanroom, LN2 Storage and distribution, Vacuum and Utilities Plants.

IBM, Intel, Cannon, Sumitomo – Data Centers, Plant expansion including distribution piping for Process and Utility plants - Cooling Towers, Steam and Hot Water Boilers, various Class 10 through class 10,000 Cleanrooms (Federal Standard 209) & High Purity Gases.

U.S. Filter - High Purity Water Treatment plant installation and modification.

Engineering, Construction and start up support for the Boiler Plant, Chilled Water Plant, Steam distribution, Condensate collection, Air Distribution & Handling system at Bio-Marin Pharmaceuticals.

Previous Major experience with Bechtel included cogeneration/CHP projects for PG&E, FMC, P&G, Eastman, Nabisco and MEP for airports.

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