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CURRICULUM VITAE (CV)
1. Proposed Position: PROJECT MANAGER / 24x7 WATER SUPPLY SCHEME
DESIGNER / HYDRAULIC DESIGNER
2. Name ofthe Firm:
Tamil Nadu Water Investment Company Limited
3. Name ofStaff:
Vijayakanth M
4. Profession : Engineering Consultancy
5. Date ofBirth: 09-07-1985
6. Nationality: Indian
7. Total Years ofExperience 09 Years 06 Months
8. Years with Firm /Entity 02 Years 03 Months
9. Education:
1. Bachelor of Engineering, Civil Engineering, PSGCollege of
Technology, Coimbatore, 2007
2. Diploma In Civil Engineering, NLP Tech,Mettupalayam, 2004
10. Membership of
Professional Associations:
1. Indian Society of Trenchless Technology (IndSTT)
2. CDM: Health, Safety & Environment - Capita Symonds,
London, UK
a. Other Training:
1. MCP - Managing Projects, Project Server 2007- Microsoft TM
in
2009.
2. Organized National Conference on Earthquake Analysis &
Design of Structures, Coimbatore, India in 2006.
3. Organized National Conference on Recent Trends in
Infrastructure Development, Coimbatore, India in 2007.
11. Detailed Tasks Assigned
Preparation of DPRs for Water Supply and Wastewater Projects,
Demonstration/ Pilot Study of Projects, Evaluation of Projects
components like Valves, SCADA,Pumps and Meters etc.,
12. Key Qualification :
Project- DBOMT – Chhotagovindpur & Bagbera Drinking Water Supply 24x7 Scheme,
Jamshedpur (World Bank Funded through Neer Nirmal Pariyojana, Jharkhand)
Drinking Water and Sanitation Department (DWSD) Jharkhand has formulated two
independent schemes for providing 24 X 7 water supply to the settlements of Chhota
Gobindpur and Bagbera on the fringe of Jamshedpur city in East Singhbhum District of
Jharkhand
The project consists of design, construction, and operation of two independent 24x7 water
supply schemes – Chhota Gobindpur scheme (47.00 Mld Intake Well at River Subernerekha/

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Raw Water Rising main of 700/ Conventional WTP/Clear Water Gravity main 800/ 5 Nos.
of ELSR with over 15 Mld Capacity/ Distribution System of 180 Km network with proper
DMA based design Isolated, metered flow & controlled pressure range as per CPHEEO
standards) serving 21 Gram Panchayats with population of 2,64,015 and Bagbera scheme
(35.40 Mld Intake Well at River Subernerekha/ Raw Water Rising main of 700/ Conventional
WTP/Clear Water Rising main 700/ 5 Nos. of ELSR with over 10 Mld Capacity/ Distribution
System of 110 Km network with proper DMA based design Isolated, metered flow &
controlled pressure range as per CPHEEO standards) serving 17 Gram Panchayats & Ghagidih
Central jail with population of 1,62,340. This Project is being implemented under the World
Bank Assisted Rural Water Supply & Sanitation Project for Low Income States (RWSSP –
LIS) by Infrastructure Leasing and Financial Services Limited (IL&FS) and IL&FS Water
Limited (IWL). The two Schemes were clubbed as one Project and structured as an EPC-cum-
O&M contract on DBOMT basis (Design, Build, Operate, Maintain, and Transfer), with 3
years for the design-build phase and 5 years for O&M thereafter.
TWIC/ I have been involved in the entire pre-construction design engineering phase of the
project thereby assisting in entire Data Collection, Field Surveys
(Topographical/Geotechnical/Door to Door Demand Assessment/Bathymetry), Water Quality
Analysis, Liaison with DW&S and State Project Management Unit, Jharkhand (SPMU, World
Bank team), Entire Scheme Design, Hydraulic Design, Detailed Design and Drawings of all
Utilities starting from Source to Distribution at Household level as per the Tender
Requirements and relevant engineering standards.
Project- Preparation of Detailed Project Report for Improvements of Water Supply Transmission
Main, Distribution System and Water Management Plan at Vellore Corporation
Vellore Corporation limit has been expanded to 87.915 sq.km with the census population of
5.04 lakhs in the year 2011 and the projected population of 9.20 Lakhs at the end of year 2046
with the total expected demand of 142.77Mld. The Vellore corporation has the one of the oldest
and most complex distribution system in the state of Tamil Nadu having around 830.6 Km of
Pipe network with 152 Nos. of zones having 152 Nos. of Service reservoirs to cater the entire
corporation. The pumping main system consisting of 300 Km (165 Km existing & 135 Km
ongoing CWSS) together from at least 15 Nos. of large water sources to the Vellore City.
To prepare a justified long term investment plan to improve the existing water supply
distribution system and expansion of water supply distribution system to achieve continuous
(24x7) and equitable water supply to entire corporation area including preparation of re-zoning
distribution maps, detailed project reports and bid documents. Also study and integrate the
existing & ongoing Pumping system. The System has been proposed with effective 74.6 Km
pumping main in place existing 300 Km network and all pipe hydraulic and physically unfit for

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further use has been discarded and proposed with new DI pipes for a n extend of 693 Kms.
Project- Water Management Plan & Pilot Study at Arcot Municipality, Tamilnadu
Arcot Municipal limit extends to an area of 7.49 Sq.km area and divided into 30 Wards. The
population is 55917 as per 2011 censes.
The municipality area was fed with inequitable supply of water (alternate days) and poor
demand coverage. Hence, a water management plan has been prepared for immediate need and
to explore long term investment plan to expand the existing water supply system to meet the
future demand and suggest measures for the rehabilitation of water supply system for equal-
distribution of water supply in each part of the municipality including preparation of rezoning
distribution system maps and Detailed Project Reports
Planning, Procurement, Execution monitoring, creation of DMA’s, Installation of SCADA
system, Demonstration of equitable water supply from Pumping station to ELSR’s & from
ELSR to DMA’s within the Reservoir Zone, Analysis of UFW, Trail run of 24 x 7 water
supply, consumer satisfaction survey, performance enhancement of the water supply system in
the Pilot zones identified in Arcot Municipality. The total Demand was around 13.47 Mld at the
end of year 2046 for the project population of 82,200 and having 6,811 Nos. of consumers at
present.
Project- Preparation of Hydraulic Design for Intake / Outfall Pipeline for Sea Water Reverse
Osmosis Plant – Pearl Island, Qatar on behalf of Dar-al-Handasah (Shair and Partners), United
Development Company & METITO Overseas
Designing and Installation of 12000 Intake Well in sea, Installation of HDPE pipe (1200 &
900) from SWRO plant to Intake well located 1.40 KM & 1.60 KM away in Sea respectively
and Installation of Multi-port Diffuser Outfall according to Pan American Centre for Sanitary
Engineering and Environmental Sciences (CEPIS): HDPE Submarine Outfalls. Hydro testing of
installation in accordance with Qatar Construction Standards (QCS) referring British (BS),
European (EN) and American (AS) Standards. Anchor the Intake pipelines to resist the buoyant
force and hydro dynamic loads. My Key responsibilities in the project are:
 Design of Intake & Outfall arrangements and Economic Sizing of Intake & Outfall
HDPE Pipes.
 Design of Anti-Buoyancy Concrete Blocks for Pipe anchoring in Marine application.
 Prepare Method statements for Marine Dredging & Backfilling, Onshore Trenching &
Backfilling with compactors, Continuous Dewatering, Concrete Casting (Anchor
Blocks, Skid way, Intake Wells and Outfall Diffuser), Pipe Butt Welding, Installation
of HDPE pipe (1200 & 900) from SWRO plant to Intake well located 1.4KM &

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1.6KM away in Sea respectively, Skid way for pipe pulling, Installation of Intake Well,
Diffuser and Hydro testing.
 Develop project Quality Management System (QMS) in accordance with ISO 9001 and
aligning to contractual requirements. Ensure adherence to Quality Policy, Quality
Objectives establishing through a systematic Quality Plan.
 Project Schedule tracking and planning using MS project 2007.
 Quality Assurance /Quality Control procedure for all above mentioned activities.
 Inspection Test Matrix (ITP),Inspection Test Procedure,Inspection Test Checklist.
 Request for Inspection (RFI) for Spud Barge, Pre construction Survey (Bathymetry),
Backhoe Excavator, Crawler Crane, Mobile crane, Generators, Casting Yard Setup,
Pipe Stacking Yard Setup, Site Setup, Survey Equipments (1.GPS -Leica SR 530 RTK
System, 2. Odom Hydro track Echo-sounder, 3. Advanced Total Station, Azimuth
Compass etc.,), Sand Blasted Corroded Steel, Recoated Steel, Casting Moulds, RMC –
M35 grade, Dredging, Trenching, Pipe Butt Welding, Pipe Pulling head, Continuous
Dewatering Pumps, Dredging Pumps, Power pack.
 Attend weekly project liaison meeting, Quality / HSE Audits with Client / Consultant.
 Quality, Health, Safety, Environment Hazard Planning & Design management.
 Provide Training to Site supervisors, QHSE Induction, Awareness sessions etc.,
Project- Preparation of Detailed Project Report for Water Supply Improvement in Distribution
System for extended areas of Coimbatore Corporation like Kavundampalayam, Veerakeralam,
Vadavalli and Interlinking of Pillur-II Scheme &Aliyar Water Supply Scheme
To prepare a justified long term investment plan to improve the existing water supply
distribution system and expansion of water supply distribution system to achieve continuous
(24x7) and equitable water supply to entire corporation area including preparation of re-zoning
distribution maps, detailed project reports and bid documents. As the higher population growth
(nearly more than 75 %) 85206 in Kadvundampalyam, 56862 Vadavalli, 21120 Veerakeralam
in the added areas of corporation has resulted in excess reliability rate on the existing
infrastructure namely water, sewer, drainage, roads, etc., in order to meet the growing
requirement. As added areas were only a municipality earlier, the infrastructure was serving the
population as per the capacity of municipality. As water supply is one of the primary key
indicative factors for the economic development, it was decided to take up the water supply
system first for Kavundampalayam added area of Coimbatore Corporation followed by other
infrastructure developments.

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Remodeling of Water Distribution System and Performance Based Management Contract for
Operation, Maintenance & Repairs ofentire system for Eight years of MHADA Colony at Vartak
Nagar &Shivaj Nagar Thane- Thane Municipal Corporation, Thane, Maharashtra
The scope of the contract are P/L/L &J Pure Water Gravity Feeder Main, Construction of
Elevated service reservoir , P/L/L &J Distribution systems , Fixing of Bulk meters to water
supply system, Replacement of HSC & consumer meter Pure water pumping machinery,
Rehabilitation of existing Sump & Pump House & Plumbing works to existing buildings,
Shifting of raw water connection on BMC main at Temghar and Performance based
Management Contract for Operation, Maintenance & Repairs of entire system for eight years.
Project: Sangli Jal Bhavan 24x7 Water Supply Distribution in Demo Zone for Sangli Miraj
Kupwad Municipal Corporation, Sangli.
The Scope of the project includes preparation of Detailed Report on Condition Assessment of
Existing System and Assets, Propose New Distribution system to cater projected population at
24X7 rate of supply. Network Design, Risk Assessment, Commissioning, Bulk Metering,
Consumer Metering, Reduction of Losses, Reduction of Leakages, Operation of the System as
24X7 System, Billing System, Break even Analysis, Cash-flow Statement and other project
components etc.,
Project: Implementation of Rehabilitation and Establishing 24x7 Wate r Supply System
in Nanded Waghala City Municipal Corporation, Nanded
The intent of the project is to ensure that comprehensive, technically and Financially
viable system for providing sufficient Drinking water to the projected area until the
ultimate design year 2038. The objective is to complete the planning, feasibility
studies and design for Distribution Network suitable to provide 24 x 7 service level
and Rehabilitation of existing network of the projected area. The actual
implementation of works will be undertaken by the Operator TATVA Global Water
Technologies (P) Ltd as per contract. The DPR and capital Investment Plan will
enable NWCMC to obtain necessary approval and funding from JNNURM. Also,
facilitated discussions with Deputy Advisory of CPHEEO team at Nirman Bhavan,
New Delhi.
13. Employment Record:
From Sep 2013 to Till Date:
Employer: Tamilnadu Water Investment Company Limited

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Position Held:
Assistant Manager–Water Management
From Sep 2012 toAug 2013
Employer:
Tatva Global Water Technologies (P) Ltd.
Position Held:
Assistant Manager- Designs
From Apr 2011 To Aug 2012
Employer:
Shah Technical Consultants (P) Ltd
Position Held:
Design Engineer - Water & Wastewater Engineering
From Oct 2008 To Mar 2011
Employer:
Mott MacDonald Ltd.
Position Held: Design Engineer- Irrigation & Water Utilities
From Jun 2007 To Sep 2008
Employer:
TATA Consultancy Services Pvt.Limited
Position Held: Quality Manager / Analyst Engineer - Utilities: Water/Wastewater
Networks
From Nov 2006 To May 2007
Employer:
Kuppu Raja Construction (P) Ltd
Position Held: Graduate Engineer – Architectural Planning, Design, Costing &
Execution
From Nov 2005 To Mar2006
Employer: Kudankulam Nuclear Power Plant, Tamilnadu (NPCIL)
Position Held: Campus Engineer Trainee – Structural Design/ Report & Quality-
Safety Report
Other Works Undertaken that Best Illustrates Capability to Handle the Tasks Assigned:
Improvement of Water Supply System in Municipalities of Cuddalore, Panruti&Virudhachalam ,
RDMA Chengalpattu, Tamilnadu
The scope of the consultancy is to formulate Improvement scheme for Existing Water Supply
Distribution System covering mainly the need for additional storage, evaluation of the existing pipes

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and replacement of pipes, expansion of Water Supply Distribution network to the uncovered areas so as
to achieve equitable and daily supply of 135 LPCD water to all the consumers. Tasks involved were
Study the existing water supply distribution system and suggest ways of integration of all the existing
distribution system to enable uniform water supply throughout the ULB, Study of the MBR, GSLR,
Elevated Reservoirs, Sumps to suggest the additional requirement, Study the type and conditions of
pipes to suggest the revamping of the pipes after having physical pipe cut examination, Study the
existing water supply distribution system with reference to records and actual at site and assess the
potential for savings in water and energy and prepare an investment proposal, Analyze the quantum of
(UFW) Unaccounted Flow of Water (physical and commercial losses) and suggest measures to curtail/
minimize it and Field surveys like Pressure measurement using pressure meter. The deliverables
includes Inception Report, Interim Report, Draft Final Report, Final Report and Final Bid Document.
Dedicated Water Supply Improvements scheme to Tirunelveli Corporation, Tamilnadu
Formulate proposals for Dedicated Water Supply Improvements scheme to Tirunelveli Corporation
with Tamirabarani River from Papanasam Dam as source for ultimate requirements. Also consider
sustainable quantity of water that shall be assessed from 12 Nos. of existing Headwork. The project
consists of 675mof Raw Water Pumping main, 45.2 Km of Clear Water Transmission main, 94.3 Km of
Ring Feeder Main and 771 Km of Distribution System. 81 Distribution zones have been divided from
55 wards each ward consisting at least one OHT. 41 additional OHT’s have been proposed apart from
the existing 57 OHT’s. A Tubesettler WTP of capacity 67.15 Mld is proposed to meet the proposed
demand. The works in the project includes extensive data collection, field visits, flow measurement
using devices, alignment marking, operation of the existing system, population projection, bulk supplier
assessment, design of system and components, detailed engineering, estimation and costing, Final
report, Bid document, etc.,
Karnataka Municipal Reforms Project, India
Karnataka Municipal Reforms Project is to project sustainable economic growth in the towns and
tourist centers in the state by improving the level, quality and sustainability of basic urban services such
as water supply, sewerage, transport etc. and to thereby boost the quality of life in the communities’
concerned going special attention to the urban poor in the ULB’s of Athani, Hiriyur, Gurumitkal,
Haliyaal, Harihar, Hukkeri, Humnabad and Jewargi. Design of Road Side Drain System, detailed
drawings, detailed quantity and cost estimates. Task involved are Forecast of design population and
design sewage flow ,
Topographical survey of the town, preparation of contour maps of town, Topographical surveys, geo-
technical investigation, Review of existing Sewerage facilities, Demarcation of Drainage Zones/
Districts and Identification of Major SWD/ Disposal points/Outfalls, Financial Analysis -Phasing of
works based on borrowing capacity of the ULB , Tender documentation , Project implementation
schedule for execution,
Assisting the ULBs, KUI DFC in tendering and bid evaluation. Deliverables includes Inception Report
covers the approach and methodology to be adopted for preparation of DPR, Final Concept plan and
Updated Preliminary Design Reports, with map and Drawing etc, Draft Design and detailed Project
Report ULBs (Maps and drawings, detailed designs, cost estimates, economic analysis, draft
environmental assessment, construction drawings etc), Final and detailed Project Report for ULB
including EA and EMP.

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Mumbai Sewage Disposal Project (MSDP- Phase II) – Mumbai, India
MSDP II includes number of works for improving the sewage collection, treatment and disposal
system.
Mott MacDonald / R.V.Andersons Associates Ltd. (Mott/RVA) have been awarded to implement the
works recommended under Phase-1 and 2 of the Master Plan, i.e. priority work through Detailed
Engineering design of priority works of MSDP Stage-II, estimation, preparation of tender documents,
evaluation of tenders,project management services and supervision consultancy of the works. Mumbai
Sewage Disposal project for entire 7 zones of Mumbai involving pumping stations, priority sewer
tunnel, treatment plants, transfer tunnels, Force mains and outfall into sea. The sizes are up to 1700
MLD capacity or pumping station and treatment facilities. As a design engineer, I was responsible for
hydraulic design and structural design of various Civil components of the Influent Pumping Station
(IPS), Sewage Treatment Facilities and Sludge handling facilities of capacities ranging from 232.1mld
to 1579.7 MLD in major zones of Mumbai. The detailed tasks involved are:
Detailed Design Report & Basic Design Report of Pumping Stations, Sewer Rehabilitation Study &
Recommendations (CIPP, MWSL, Pipe Bursting, Micro Tunnelling), Basic Design Report of
ErangalOutfall, Preparation of the Block Cost estimates, Co-ordination with mechanical, Electrical and
Instrumentation engineers, Check of General Arrangement Drawings of various units, Architectural
planning & preparation of site layout, Vendor coordinating, Detailing of the General arrangement and
civil components.
The above mentioned tasks were undertaken in Vallabh Nagar (Zone 3), Malad (zone 5) and
Versova(zone -4) Influent Pumping Station of capacities 232.1MLD, 1579.7 MLD and 750 MLD
respectively.
Languages Spoken Written Reading
English Excellent Excellent Excellent
Tamil Excellent Excellent Excellent
Telugu Fair - -
Malayalam Excellent - -
Hindi Excellent - -
I, Vijayakanth M the undersigned, certify that to the best of my knowledge and belief, these
data correctly describe me, my qualifications, and my experience.
Signature of the staff member
Date:
Signature of the authorized representative:
Full name of the authorized representative:
Date: