Cv sanjeev mishra_sep 2018

CV-Sanjeev Kr. Mishra, Page 1 of 10
CURRICULUM VITAE
Name: Sanjeev Kumar Mishra
Professional Field: Irrigation & Drainage/Flood Control/Water Supply Engineering
Year of Experience: More than 20 Years
Country of Experience: Nepal
Date of Birth: 4th
September 1974
Sex: Male
Marital Status: Married
Nationality: Nepali
Correspondence Address: Tel. No. # +977-9842024075; 9852034075
E-mail: mishra_sanjeev_kumar@mail.com
Permanent Address: Sanjeev Kumar Mishra
S/o Mr. Jagdananda Mishra
Village: Mainakarari-1
Post: Kanchanpur
Dist: Saptari, Nepal
Membership in Professional Societies: Nepal Engineering Association (NEA-Life Member)
Nepal Engineering Council (NEC - 2230 A)
Education: Master of Science in Hydraulic Engineering, Specialising in Core Land and Water Development, at
UNESCO-IHE, Institute for Water Education, Delft city of The Netherlands in December 2004;
Bachelor of Science in Civil Engineering at (erstwhile) Regional Engineering College, Rourkela, Orissa state of
India in April 1996
MSc Thesis: Operation Performance of a Modernized Irrigation Scheme, Case Study of Sunsari Morang
Irrigation Scheme (SMIS), Nepal, starting from April 2004 to December 2004 (8 Months).
Computer Skills: MSDOS, Windows, MSWord, MS Excel, MS Access, Power Point, AUTOCAD, Visual
Basic (Language), and Visual Basic for Excel Application, SPSS (Statistical package for social studies), Land
Development, DUFLOW (Hydrodynamic flow assessment/simulation/water management model), MASCOT
(Water management model), WinFLUME (Flumed /Weir structure hydraulic design/simulation model),
WinGate (vertical sliding and radial gate hydraulic design model), CROPWAT (Irrigation scheduling model),
SURMOD (on-farm surface irrigation simulation model), MUST (Unsaturated soil-drainage model), WaSim
(Soil water-salinity balance model), RAINBOW (Rainfall/discharge frequency analysis model), SW-Canal
(Software for Irrigation & Drainage Canal Design, Earthwork Quantity Estimation, L-Profile and X-section
Drawings), SW-DTM (Digital Terrain Model), HY-8 (Hydraulic assessment/simulation/design of broken back
culvert crossing for drain and road), WATSANApp (Rural Water Supply and Sanitation Scheme Design and
Cost Estimate), SW-Road (Road Design and Estimation software), ORDM (Optimum Road Design Model),
SW-CBWSS (Community Based Water Supply and Sanitation design, drawing and cost estimation software),
SAP2000, working knowledge of GIS etc- over 3 months packages
Training: Orientation training to conduct as Technical Trainer "Training on Water Supply and Sanitation
Scheme Design and Supervision for Batch-IX Technical Supervisors" of Eastern and Central Development
Region for 26 participants organised by Integrated Development Consultant Pvt. Ltd. (IDC), on behalf of Rural
Water Supply and Sanitation Fund Development Board (RWSSFDB), at Itahari from 15th
April 2012 to 24th
April 2012, funded by IDA.
Participated in "Technical Auditor Training Course" organized jointly by National Vigilance Centre (NVC),
and Training Insititute for Technical Instruction (TITI), at Kathmandu from 9th
November 2009 to 27th
November 2009 (3 weeks), sponsored under ADB TA 4962-NEP.

Participalted in “Structural Analysis and Earthquake Resistant Design of Buildings using SAP 2000 and
Implementation of National Building Code of Nepal”, organized jointly by Biratnagar Sub Metropolitan City
and Earthquake Risk Reduction and Recovery Preparedness Programme for Nepal (UNDP/ERRRP- Project) at
Biratnagar from 25th
October 2009 to 30th
October 2009.
Orientation training to conduct as Technical Trainer "Training on Water Supply and Sanitation Scheme
Design and Supervision for Batch-VII Technical Supervisors Group-1 of Package 2" of Eastern
Development Region for 21 participants organised by Integrated Development Consultant Pvt. Ltd. (IDC), on
behalf of Rural Water Supply and Sanitation Fund Development Board (RWSSFDB), at Biratnagar from 20th
November 2007 to 29th
November 2007, funded by IDA.
Orientation training to conduct as Technical Trainer "Training on Water Supply and Sanitation Scheme
Design and Supervision for Batch-VII Technical Supervisors Group-1 of Package 2" of Eastern
Development Region for 21 participants organised by Integrated Development Consultant Pvt. Ltd. (IDC), on
behalf of Rural Water Supply and Sanitation Fund Development Board (RWSSFDB), at Narayanghat from 30th
October 2007 to 8th
November 2007, funded by IDA.
Participation in “Advanced Training in Agricultural Engineering (ATAE 2006)” conducted by Department
of Agricultural and Food Engineering, Indian Institute of Technology, Kharagpur from 15th
June 2006 to 5th
July
2006 (5 weeks).
Training to conduct as Technical Trainer "Design & Implementation of Surface Irrigation and Ground
Water Irrigation; and Irrigation Structures" for to the representative group of Junior Technical Assistants
(JTAs) from Eastern Region, Biratnagar, Department of Agriculture (DoA) /Environment and Resource
Management Consultant (ERMC), 15th March – 15th April 2006 (4 weeks)
Mastering in MS Visual Basic 6.10, 20th September 2002, 108 hour course, College of Software Engineering,
Biratnagar.
AUTOCAD Training – 27th August 1998 to 16th October 1998, Global Engineering and Computer Services
(GECS Pvt. Ltd.), Putalisadak, Kathmandu, (6 weeks).
Seminars: Actively participated/authored in titled:
Co-authored "Improved Water Management in Kankai Irrigation System, Nepal" in 8th
Asian Regional
Conference on Irrigation and Drainage by ICID-NENCID (2nd
to 4th
May 2018, Kathmandu)
Authored and Presented " Operation performance of a modernised irrigation system: A case study of Sitagunj
irrigation system in Sunsari-Morang irrigation project, Nepal" in 8th
Asian Regional Conference on Irrigation
and Drainage by ICID-NENCID (2nd
to 4th
May 2018, Kathmandu).
Co-authored "Improved Water Management Techniques for sustainable irrigation facility: learning from
Irrigation Management Tansfer Program in Kankai Irrigation System (KIS), Nepal" in 10th
National Irrigation
Seminar (1st
to 2nd
June 2017).
Regional Workshop on Mercury (17th
December 2008, Biratnagar, Nepal)
Global Warming and Climate Change during World Environment Day, (5th
June 2007, Biratnagar, Nepal)
Food & Nutrition Workshop, (17th
May 2007, Biratnagar, Nepal)
Integrated trans-boundary river basin management between India and Nepal, (2004, Delft, The Netherlands)
World Water day, (1999, Biratnagar, Nepal)
Presented Study of flow characteristics in stilling basin with an abrupt bottom rise (1996, Orissa, India).
Presented Study of flow characteristics in a hydraulic jump with an abrupt breath of channel (1996, Orissa,
India).
Use of folded plate roof in contrast to shell roof (1996, India).
Employment Record:
From December 2015 to June 2018 (30 Months)
Employer: SHELADIA Associates, Inc. in JV with MULTI Disciplinary Consultants (P) Ltd.
Position Held & Description of Duties: Water Management Engineer,
Project Features: Design, Supervision & Institutional Development of Irrigation Project.

Assigned for water management and institutional development activities for Irrigation and Water Resources
Management Project (IWRMP)-AF; DoI, World Bank Funded for Ramgunj Secondary Canal system (6845 Ha)
and Kankai Irrigation System (8000 Ha). The specific work follows as:
• Review of related literatures of design criteria for canal network and associated hydraulic structures in
Sunsari Morang Irrigation Project (SMIP) and Ramgunj Secondary canal, S10 system and Kankai
Irrigation System (KIS) (6845 Ha).
• Site visits with project staffs and WUA to better understand existing condition of operation and
maintenance of canal network and associated hydraulic structures’.
• Technical assistance on hydrodynamic evaluation of canal network and associated structures’
hydraulics in project areas of Ramgunj Irrigation System (RIS) of SMIP and KIS.
• Assist project staff and WUA in evaluation of hydraulic structures’ stability in RIS and KIS.
• Assist project staff in preparation of Term of Reference (TOR) related to irrigation and drainage works
of the system for third party consultant.
• Assist project staff in reviewing reports on Benchmarking Irrigation System; Social and Environment
Management Plan (SEMP) and Irrigation Area Boundary Mapping (IABM) works by third party
consultant based on prepared TOR.
• Assist project staff in calibration of 11 nos. of head regulators; 7 nos. of cross regulators and 11 nos. of
broad crested weirs in RIS for controlled and measured delivery of bulk water to respective sub-
secondary and direct tertiary canals.
• Assist project staff in calibration of head regulators and cross regulators (7 nos.) at three bifurcation
points along Main Irrigation Canal of KIS.
• Assist project staff in maintenance condition and improvement of H/Rs and C/Rs for smooth operation
of canal system in RIS and KIS.
• Assist project staff and WUA in painting and gauging of calibrated structures for records of flow
delivery in respective offtaking canals in SIS, RIS and KIS.
• Assist project staff and WUA in development and use of Gauge book record keeping for C/Rs, H/Rs,
Broad crested weirs and Parshell flumes in RIS and KIS.
• Assist project staff as resource person in developing canal operation and maintenance related 12 nos. of
Training of Trainers (TOT) for WUA of RIS and KIS.
• Assist WUA in preparation of seasonal cropping pattern and development of supply oriented crop
demand based water delivery and distribution schedule using CROPWAT model and Excel spreadsheet
in RIS.
• Assist project staff and WUA in preparation of Irrigation Area Boundary Mapping (IABM) and
inventory of hydraulic structures works in SIS, RIS and KIS.
• Conducted series of trainings (40 events @1 day; 20 events@ 2 days; 10 events@ 3 days) to the project
staffs and WUA (main, branch and tertiary committee) on canal network operation, maintenance and
management issues and procedures separately in SIS, RIS and KIS.
• Assist project staff and WUA in preparation of min canal and branch canals operation plan each for
RIS (12 nos.), SIS (15 nos) and KIS (22 nos.).
• Assist project staff and WUA in preparation of Asset Maintenance Plan (AMP) of main canal and
branch canals each for RIS (12 nos.), SIS (15 nos) and KIS (22 nos.).
• Series of on-the-job trainings to the project staff, WUA and gate operators on operation and
maintenance requirements, roles and responsibilities for smooth functioning of canal system in SMIS
and KIS.
• Assist TOTs of WUA in conductance of series of water management related trainings to main, branch
and tertiary committee on preparation of and roles and responsibilities of WUAs in canal operation,
maintenance and management for SIS, RIS and KIS.
• Assist project staff and WUAs in identification, control and regularization of unauthorized offtakes
sabotaging improved water management activities in SIS, RIS and KIS by making joint walkthrough
over main and selected branch canal network in RIS, SIS and KIS.
• Assist Project staff on dissemination workshops conducted for WUA (main, branch and tertiary
committee) on Canal Operation Plan (COP) for SIS (15 events @ 1 day), RIS (11 events @ 1 day) and
KIS (22 events @ 1 day).
• Assist Project staff on dissemination workshops conducted for WUA (main, branch and tertiary
committee) on Asset Maintenance Plan (AMP) for SIS (15 events @ 1 day), RIS (11 events @ 1 day)
and KIS (22 events @ 1 day).
• Assist Project staff and WUA on process and compliance monitoring of bulk water delivery at outlets
for and oultets of main canal (15 nos. for SIS, 11 nos. for RIS and 25 nos. for KIS) over each irrigation
season based on COP.

• Assist Project staff and WUA on assessment and improvement of bulk water delivery at the end of each
irrigation season based on COP and gauge book record made by gate operators and supervised by
project staff.
• Assist Project staff and WUA on formulation of and orientation training (9 practical events @ 1 day) to
Canal Operation Workforce (COW), 3 nos each from 22 offtakes in KIS; 14 offtakes in SIS; and 10
offtakes in RIS, for sustained water management by WUA.
• Assist project staff in developing irrigation research and extension; generating and disseminating sound
and practical knowledge of ways to improve on-farm water use efficiency and crop production under
controlled irrigation.
• Integration of irrigation water requirements and supply capability from river basin perspective has been
made in KIS.
• Assisted project staffs as resource person on as and when required in other irrigation system within
scheme of SMIP.
• Assisted project staff and WUA main committee of KIS in technical proposal writings (1 event @ 2
days).
• Assess multiplicity of use of water and integrated development of water resources.
• Assisted project staff in presentation on various workshops conducted by Department of Irrigation.
• Assisted team leader in preparation of various reports and monthly progress reports writings.
From March 2015 to August 2015 (6 Months)
Employer: Integrated Development Consultant PVT Ltd, Kathmandu; Ukesh Consultancy, Biratnagar; Everest
Engineering Consultant, Baneswar, Kathmandu
Position Held & Description of Duties: Team Leader/Irrigation Engineer,
Project Features: Engineering and Social Survey, Hydraulic design assessment of canals and structures, Water
management of S10 Canal System.
Assigned for Essential Structure Improvement (ESI) works of Ramgunj Secondary (S10) Canal System (6845
Ha), Sunsari district for Sunsari Morang Irrigation Project/ Irrigation and Water Resources Management Project.
The specific work follows as:
• Assigned for preparation of Essential Structure Improvement works of Ramgunj Secondary (S10)
Canal System (6845 Ha). The specific work follows as:
• Review of related literatures such as reports on asset management plan, benchmarking, walkthrough
report, Canal Operation Plan and design report of S10 canal system.
• Walkthrough made with WUAs and project staff to better understand the command, canal and
hydraulic structures' maintenance condition.
• Focus made on identification and improvement of maintenance condition of flow regulating and flow
control structures existing in place in S10 canal system.
• Verification of walkthrough inventory report to ascertain priority of structures' improvement.
• Supervised canal alignment, traversing and structures survey team on quality of works
accomplishment.
• Tracking location of structures and canal alignment using GPS tracking machine to form layout of
existing canal network.
• Preparation of structures' inventory formats separate for structure type such as Cross Regulating
structure, Head Regulating structures, Drop structures, Pipe C/Ds, Aqueducts and Bridge crossing.
• Captured photograph to form evidence of inventory works of individual structure.
• Supervising team on assessment of list of structures' inventory.
• Assist engineering members in hydraulic assessment of canal and associated structures using software
models such as WINFLUME, WinGate and SOFTWEL, and using EXCEL spreadsheet for checking
adequate function of physical facilities based on designed water management criteria of S10 canal
system.
• Assist engineering team in preparing hydraulic and structural design; geometrical drawings; quantity
and cost estimation of works.
• Inception, Draft report and Final report preparation as per deliverables in TOR.
From September 2014 to February 2015 (6 Months)
Employer: Integrated Development & Research Services (P) Ltd.
Position Held & Description of Duties: Irrigation Engineer,
Project Features: Detailed project study on Command Area Development (CAD) works.
Assigned for detailed design of Badkapath Irrigation Project (4500 Ha), Dang for Department of Irrigation. The
specific work follows as:

• Review of related literatures of Badkapath Irrigation Project (BkIP)
• Walkthrough with water users and project staff along proposed canal alignment and around command
area to better understand soil type, cropping pattern; locations of road crossing, foot bridge, cross
drainage and flow control and flow regulation works.
• Meetings with water users and project staff to ascertain type and location of flow division and
distribution structures.
• Preparation irrigation requirements and approval by water users and project staff to form water
management principles and canal capacity to be designed.
• Supervising land survey groups performing works in command area.
• Preparation of canal design using SOFTWEL model and Hydraulic design of overflow weirs using
WINFUME model, hydraulic design of vertical sliding gate for CR and HR using WinGate Module
and other hydraulic conveyance structures using Excel spreadsheet.
From November 2012 to June 2014 (17 Months)
Employer: MULTI Disciplinary Consultants (P) Ltd., Nepal in JV with SHELADIA Associates, Inc., USA
Position Held & Description of Duties: Water Management Engineer,
Project Features: Design, Supervision & Institutional Development of Irrigation Project.
Assigned for water management and institutional development activities for Irrigation and Water Resources
Management Project (IWRMP); DoI, World Bank Funded. The specific work follows as:
Sunsari Morang Irrigation Project (SMIP) and Sitagunj Secondary canal, S9 system.
Kankai Irrigation System (KIS).
Narayani Irrigation Project (NIP) and Block 8 canal system.
Mahakali Irrigation System (MIS) and Stage-I canal system.
• Site visits with project staffs and WUA to better understand existing condition of operation and
maintenance of canal network and associated hydraulic structures’.
• Technical assistance to project staff and WUA on hydrological studies of seasonal water availability in
Chatra Main Canal (CMC)- 45.3 cumecs of SMIP, Sardare Intake of KIS-10.15 cumecs, Dun Canal of
NIP- 24 cumecs and Boarder Weir of MIS-28.3 cumecs.
• Technical assistance on hydrodynamic evaluation of canal network and associated structures’
hydraulics in project areas of SMIP, KIS, NIS and MIS.
• Assist project staff and WUA in evaluation of hydraulic structures’ stability in SMIP, KIS, NIS and
MIS.
• Assist project staff in improvement of H/Rs and C/Rs for smooth operation of canal system in SMIS,
KIS and MIS.
• Assist project staff in identification of surface and subsurface maintenance condition of existing
hydraulic structures along 52 km stretch of CMC in SMIP. Some of the identified structures were
river/drains crossing aqueducts, local drain siphons, canal escape regulating structures, C/Rs, offtaking
canal H/Rs, river/drains bank and bed protection works and CMC bank protection works.
• Assist project staff in identification of rapids and right bank shifting of low flow of Koshi River
morphological change near side intake of CMC
• Assist WUA in preparation of seasonal cropping pattern and development of supply oriented crop
demand based water delivery and distribution schedule using CROPWAT model and Excel spreadsheet
in SMIS and KIS.
• Conducted series of trainings to the project staffs and main, branch and tertiary committee of WUA on
canal network operation, maintenance and management issues and procedures in SMIS and KIS.
• Assist project staff and WUA in hydraulic calibration of weirs, flumes, H/Rs and C/Rs for
measurement of bulk water delivery into respective offtaking canals of S9 in SMIS and MIC in KIS.
• Assist project staff and WUA in painting and gauging of calibrated structures for records of flow
delivery in respective offtaking canals in SMIS and KIS.
• Assist project staff and WUA in development and use of Gauge book record keeping for C/Rs, H/Rs,
Broad crested weirs and Parshell flumes in SMIS and KIS.
• Assist project staff and WUA in preparation of hydraulic structures’ and canal network operation and
maintenance guidelines in SMIS and KIS.
• Series of on-the-job trainings to the project staff, WUA and gate operators on operation and
maintenance requirements, roles and responsibilities for smooth functioning of canal system in SMIS
and KIS.

• Assist project staff in preparation of technical training materials for Gateoperators and WUA capacity
building on “Off farm and on farm water management” in SMIS and KIS.
• Assist project staff and WUA in development, fabrication and installation of small hydraulic structures,
namely V notch and Parshell flume, and volumetric cylindrical drums for respective measurements of
canal network efficiencies and paddy crop water consumptions under Intensive Water Management
(IWM) Activities.
• Assist project staff and WUA in fabrication, installation and measurements of soil infiltration and water
evaporation using respectively ring infiltromenter and pan evaporimeter in SMIS and KIS under IWM.
• Assist project staff and WUA in installation of soil moisture meter and soil tensiometer in pilot fields
of SMIS to measure crop water requirements and irrigation requirement of wheat crop in SMIS.
• Assist TOTs of WUA in conductance of series of water management related trainings to main, branch
and tertiary committee on preparation, roles and responsibilities of WUAs in canal operation,
maintenance and management in SMIS and KIS.
• Assist project staff and WUAs in identification, control and regularization of unauthorized offtakes
sabotaging improved water management activities in SMIS and KIS by making joint walkthrough
selected canal network.
• Assist Project staff on Dissemination Workshops conducted for WUA on Water Delivery schedule and
water distribution schedule from respectively main canal and branch/tertiary canal of SMIS and KIS.
• Developing irrigation research and extension, generating and dissemination sound, practical knowledge
of ways to improve crop production and water use efficiency under controlled irrigation.
• Integration of irrigation water requirements and supply capability from river basin perspective has been
made.
• Assess multiplicity of use of water and integrated development of water resources
• Preparation of various reports and monthly progress reports writing to Team Leader.
From June 2009 to October 2012 (25 Months)
Employer: Integrated Development Consultant Pvt. Ltd, Gaurighat, Kathmandu for Department of Irrigation.
Position Held & Description of Duties: Irrigation Engineer/Hydraulic Engineer,
Assigned for Detail Feasibility Study of Khageri-Panchkanya Irrigation Project (3820+600=4420 Ha) with
source Budhi Rapti River at Kumaltar, Chitwan; Singhai Irrigation Project with source Sanghai River, Dhanusa;
Dum Irrigation Project with source Sarre River, Sirha; Matekhola Irrigation Sub-project, Udaypur; Bagha
Irrigation Sub-project with source Trijuga River, Udaypur; Baidyanath Irrigation Sub-project with source
Baidyanath Khola, Udaypur; Luhale Irrigation Sub-project and Bhulbhule Irrgation Sub Project, Udaypur. The
specific work follows as:
• Review of related literature for Irrigation System of past studies and findings to form database of
secondary information.
• Walkthrough with the study team members together with the water users during survey works to better
understand the existing irrigation facility, persisting problems faced by water users community, among
others.
• Identification of irrigation systems shared by common basin water of so as to ascertain share of existing
and possible water availability for respective ISPs.
• Mobilization of survey team to start engineering survey works of existing and extension physical
facilities within command area.
• Involved in Focus Group Discussion (FGD) conducted in the key locations (i.e., head, middle and tail)
of the command area of respective ISPs so as to understand how community ranks wellbeing of
individuals within respective ISPs. Further, filling up of household survey questionnaire at key
locations in order to understand in general the agri-irrigation, socio-economical issues.
• Hydrological study of source water in situ and estimation of catchments peak flow based of empirical
formulae is accomplished.
• Estimation of water requirements of crop and water balance is made using spreadsheet format.
• Hydraulic design of canal networks, headworks, and associated structures.
• Preparation of design drawing, quantity and cost estimate.
• Preparation and revision of project report.
From June 2009 to October 2012 (16 Months)
Employer: Integrated Development Consultant Pvt. Ltd, Gaurighat, Kathmandu for Rural Water Supply and
Sanitation Fund Development Board (RWSSFDB).
Position Held & Description of Duties: Water Supply Engineer,
Assigned as water supply engineer on intermittent basis for the following works:

• Worked in team with sociologist for (long term) Sustainability Study of Community Water supply and
Sanitation Scheme at Batch-VI of various scheme areas in districts as Makwanur, Chitwan,
Nawalparasi and Rupandehi etc.
• Worked in team with sociologist for Process and Compliance Monitoring & Evaluation of Pre
feasibility, Development and Implementation stages of Community Water supply and Sanitation works
at different batches of various scheme areas in districts as Sunsari, Morang, Dhankutta, Udaypur,
Siraha, Mahottari, Sarlahee and Dhanusa etc.
• Worked to random check quality of construction material of Community Water supply and Sanitation
development in different scheme area in various districts as Mahottari and Sarlahee.
• Worked as program coordinator for training works such as construction of Ferro Cement Tank and
Plumbing works for Community Technician of Batch VII and Batch VIII for RWSSFDB.
From January 2009 to May 2009 (5 Months)
Employer: C K Engineering Consultant, Kumarighat-1, Kathmandu; The Kathmandu Consult, Kupondole,
Lalitpur; Sunny Engineering Consultants (P) Ltd, Koteshwar, Kathmandu and Integrated Development
Consultant Pvt. Ltd, Gaurighat, Kathmandu for Water Induced Disaster Prevention Division No-1, Biratnagar.
Position Held & Description of Duties: Hydraulic Engineer,
Assigned for Detail Engineering Survey and Design of River Training Works at Critical Stretches at Aaptari
(600 m), Chillagadh (600m) and Kichakdangi (600 m) of Kankai River, Jhapa; Sunsari River (2500 m), Sunsari.
The specific works follows as:
• Review of related literatures to form database for secondary information
• Visits to site together with authorised representatives from office; local stakeholders to better
understand the critical stretches of each site area in Jhapa and 2500 m stretch in Sunsari under study.
• Discussion with stakeholders as to ascertain flood mark and learn about extent of river bank erosion
and loss of land cover under agriculture and human settlements.
• Supervising topographic and cross section survey works under study.
• Hydrologic assessment to estimate peak floods using statistical and empirical methods designed in
RAINBOW software and Excel Spreadsheet to be used.
• Hydraulic calculation to estimate cross section for required bank protection works in Excel
Spreadsheet.
• Aligning river bank profile with consultation from official authority and local stakeholders in
topographic map prepared in AutoCad for flood protection works.
• Preparing design profile, cross section and earthwork quantity estimation using SOFTWEL software.
• Preparing quantity estimation for river bank protection works.
• Preparing financial cost and economical analysis for river bank protection works.
• Reports preparation for works under study.
From December 2007 to December 2008 (13 Months)
Employer: MASINA CONTINENTAL Associates (P.) Ltd, P O Box 2995, Baneshwor, Kathmandu for
Community Managed Irrigated Agriculture Sector Project (CMIASP), Regional Project Support Unit (RPSU)-
Biratnagar, Department of Irrigation (DoI), funded by Asian Development Bank and Saudi Fund for
Development.
Assigned for Feasibility Study and Subproject Implementation Plan (FS/SIP) of Kali Koshi No. 1 Paini
Irrigation Subproject (250 Ha) and Lohandra Dataram Paini (220 Ha) Irrigation Subproject in Morang District;
and of Bhulke Irrigation Subproject (230 Ha) in Sunsari District. The specific works follows as:
• Review of related literatures to form database for secondary information
• Visits togetherwith representatives of Irrigation Development Division (IDD) No-2, Inuarwa, Sunsari
to respective Irrigation Subprojects (ISPs) based on site verification reports prepared by client
• Delineation of boundary under existing irrigation area and proposed extension area within ISPs
command
• Mobilization of survey team to start engineering survey works of existing and extension physical
facilities within command area.
• Walkthrough with the study team members together with the water users during survey works to better
understand the existing irrigation facility, persisting problems faced by water users community and
fixing location of field outlet/ module structures in the respective ISPs, among others.
• Identification of irrigation systems shared by common basin water so as to ascertain share of existing
and possible water availability for respective ISPs.

• Involved in Focus Group Discussion (FGD) conducted in the key locations (i.e., head, middle and tail)
of the command area of respective ISPs so as to understand how community ranks wellbeing of
individuals within respective ISPs. Further filling up of household survey questionnaire (facilitated by
ISPMconsultant/CMIASP) at key locations so as to understand in general the agri-irrigation, socio-
economical and possible resettlement issues is respective ISPs.
• Hydrological study of source water in situ and estimation of catchments peak flow based of empirical
formulae is accomplished for respective ISPs
• Estimation of water requirements of crop and water balance is made using spreadsheet format
facilitated by ISPM consultant/CMIASP
• Hydraulic design and quantity estimation of main canal, branch/sub-branch canal linking to field
channels are achieved by use of software SOFWEL for Irrigation Canal Design.
• Hydraulic design, drawings and quantity estimation of specific structures such as Headworks, CD
works together with typical structures such as culvert for road crossing and small drain crossing, drop
structures works, proportional flow divider works and field outlet/module works are achieved for
respective ISPs.
• Preparation of detailed cost and summery cost with the provision of water users contribution during
implementation is achieved for respective ISPs.
• Preparation of reports contributing to Baseline Study Report, Feasibility Study Report (FS) and Sub-
project Implementation Plan (SIP) in relation with infrastructure development and water management
improvement plan is achieved for respective ISPs.
• In process of, before and after study; interaction with water users in respective ISPs is accomplished by
sharing information during field survey works and by discussing during draft report preparation works.
• Coordination with stakeholders such as representatives of IDD No-2, ISPM Consultant, NGO,
Regional Project Support Unit (RPSU), District Agriculture Office (DAO), Water Users, and leading,
influencing and experienced personality within the community of ISP have been accomplied by
interacting in the form of joint meetings and individual meetings so as to make continuous flow of
information and improve quality related to the study of FS/SIP in respective ISPs.
From January 2007 to November 2007 (11 Months)
Employer: Environment and Resource Management Consultant, (P.) Ltd., Kathmandu for Rural Community
Infrastructure Works (RCIW), GTZ.
• Survey, design and construction supervision of small irrigation projects (5 nos) in Machhe &
Gaumakhi, Damti & Khalanga in Pyuthan Districts.
From February 2005 to December 2006 (23 Months)
Employer: SILT Consultants Pvt. Ltd. (Nepal) for Bagmati Irrigation Project (BIP), Phase I, Stage-I,
Department of Irrigation (DOI), Nepal, (Command area 38700 Ha), funded by Saudi Fund for Development.
• Review of the report on Bagmati Command Area Development Project (BCAD) covering Conception,
inception and phase-wise development of the project; planning and design of Irrigation and Drainage
based on water balance and proposed cropping pattern for given agricultural soil.
• Review of the prevailing practices in coherence and in conflict with the report on BCAD; and review of
other related reports on BCAD.
• Agro-climatic and meteorological data compilation and analysis in time series.
• Use of CROPWAT model and development of spreadsheet separately to calculate and compare crop-
water requirements, irrigation requirements and irrigation scheduling for the proposed crops under
prevailing condition of Gadaiya and Laxmipur Branch canals’ command area.
• Preliminary water balance study based on the report on BCAD (i.e., water availability at Intakes of
BIP) and the crop water needs.
• Supported for report writing on Preliminary Design Criteria for the proposed Irrigation and Drainage,
and flood control works on Gadaiya and Laxmipur Branch command area.
• Layout planning and arrangements of Tertiary Units (about 30 Ha each) based on surveyed
topographical map of Gadaiya Branch Canal (7500 Ha).
• Assisted in training and capacity building of BIP technical staffs for quality control on earthen
embankment works for agriculture (service) roads.
• Conducted 5 days training to Association Organisers (AOs) on topic of Formation of Water Users
Groups (WUGs) and Delineation of Water Course Alignments.

From November 2002 to December 2004 (26 Months)
Employer: UNESCO-IHE Institute for Water Education, Delft, The Netherlands.
Position Held & Description of Duties: Research Engineer,
• Hydraulic design of irrigation canal, hydraulic modeling & water management study of various
irrigation & drainage and river projects.
From November 1998 to October 2002 (48 Months)
Employer: Netherlands Engineering Consultants (NEDECO) in association with CMS-SILT-MASINA JV for
Sunsari Morang Irrigation Project (SMIP), Stage III, Phase I, Department of Irrigation (DOI), Nepal, One of the
largest Dual Managed Irrigation System (DMIS) with Command Area 68,000 Ha, funded by World Bank.
Position Held & Description of Duties: Design Engineer,
• Review of the design of the Sample Area (S13), 1350 Ha, covering plant water requirements for
irrigation from stochastic rainfall and the water availability in Chatra Main Canal (CMC); operational
rule and practice of scheduling (when, how much and where) for water delivery in canal networks up to
field outlet points; Hydraulic performance of the canal networks; Hydraulic performance of related
structures; Geometrical parameters of canals and structures and correction of errors; redesigning new
existing irrigation canals/structures including geometrical and hydro-morphological matching of
existing and designed cross section profile.
• Hydraulic and Morphological design of stable unlined irrigation and drainage canals of S14 command
area (15100 Ha) using stream power approach (i.e., DEVOS theory for suspended load and EINSTEIN
theory for bed load transport) and tractive force approach as non- scouring criterion; freeboard has also
been determined using same theory.
• Established rating curves for many canal sections and structures to test the ungated function at
bifurcation; use is made of EXCEL- spreadsheets and power formula for relationship between
discharge and water depth.
• Determined roughness formula using Nikuradse law of the wall; a variable roughness coefficient has
been conceived and established as function of Nikuradse wall roughness, water depth and type of soils
in the Terai.
• Hydraulic and geometrical design of all the concrete/gabion structures pertaining to irrigation and
drainage network development.
• Engineering design of all agricultural service roads and related structures within the project area.
• Engineering design of flood control structures along secondary, sub-secondary and tertiary channels.
• Conceived and developed right from scratch all conceptual frameworks for design on Excel
Spreadsheets.
• Close interaction with Water Users and its associations, as part of the design procedures, in connection
with finalisation of channel alignment so as to overcome problems during design period and afterwards
during implementation.
• Observation of construction drawings related to implementable irrigation and drainage canals, and its
associated structures.
• 15 days training to Water Users on topic of Procedures of Box Cutting in Water Course Canals in S14
canals command area.
• 15 days training to Water Users Groups on topic of Increasing On-farm Water Use Efficiency at key
locations within S14 canal.
• 7 days Training of control gate operators of CMC and S14 canals (i.e., 14th
Secondary canal offtakring
from CMC) were initiated on realization of target water level and target discharge with gate
adjustments during irrigation seasons.
• 7 days training to Technical Personnel in charge of Canal Operation on topic of Improving Water
Delivery Efficiency of Canal System within S14 Command Area.
• Involved in monitoring of control and operation of irrigation water through CMC and S14 canal, so as
to accelerate predominant rotational supply to the command area.
• Report writing followed by the finalization of block wise design of respective irrigation and drainage
canals were made as prerequisite before undertaking new works.
• Quality control of all geo-technical field and laboratory tests conducted by contractor, adopting geo-
technical norms as per British Standard and US, ASTM Standard to monitor the quality of earth works
in the field.
• Geo-technical data compilation and its statistical assessment for suitability over project area.
• Conceptual design of the Koshi Flood Embankment (KFE) stretching from Closure Bund to Indian
Embankment along the left bank of Koshi River; design included 19 spurs, predicting the scour depth

at Spur head, river hydraulics calculation for the 50 years design flood discharge, layout, shape,
geometry, selection of material for embankment and spurs and related bill of quantities.
From October, 1997 to September, 1998 (12 Months)
Employer: MULTI Disciplinary Consultants Pvt. Ltd. (Nepal) for Population and Family Health Project
(PFHP) under Ministry of Health, Nepal; funded by World Bank.
Position Held & Description of Duties: Site Engineer,
• Construction Supervision and Contract management works at Dumkibas Health Post, Nawalparase
District, Nepal. Principally the works consisted of the renovation of existing Health Post, Staff Quarter
and Toilet Block togatherwith construction of New Building for Patients and its accessories.
From March, 1997 to September, 1997 (6 Months)
Employer: MULTI Disciplinary Consultants Pvt. Ltd. (Nepal) for Survey & design of Rehabilitation of Mohana
Irrigation System (5000 ha), Kailali District, Department of Irrigation (DOI), Nepal.
• Responsible for field visit, topographical survey, hydrology & hydraulics design at the headwork’s,
geo-technical investigation, and diagnosis of the problem in the whole system and identification of the
damages at the headworks and detailed design of canal & headworks rehabilitation works.
• *The report preparation under the judicious guidance of the team leader.
From May, 1996 to February, 1997 (10 Months)
Employer: Sir Mott Macdonald & Partners Pvt. Ltd. (U.K.) for Rajapur Irrigation Project (6000 Ha),
Department of Irrigation (DOI), Nepal. One of the largest Farmers Managed Irrigation Systems (FMIS).
Position Held & Description of Duties: Irrigation Design Engineer,
• Use of stereoscope to understand the aerial photographs and mark different structures, canals, and their
respective command areas on 1: 10,000 topographical map.
• Use of planimeter to measure the command areas of canals and their different branches.
• Hydraulic Design of Baghaipur, Daulatpur and its secondaries, Bhimapur, Muraiya branch canal
systems having gross command area 4000 Ha.
• Typical Hydraulic and Structural Design, Drawing and Detail estimate of different structure related to
the branch canal system in the island e.g.: - Cross Regulator, Head Regulator, Village Road Bridge,
Aqueduct, Escape, Drain Underpass etc.
• Designing, drawings of flood protection works.
• Preparation of L- section, cross section, schematic layout and flow chart of branch canal systems.
• Preparation of Detail Structural Site Plan and its estimation.
Languages: Speaking Reading Writing
English Good Excellent Excellent
Nepali Excellent Excellent Good
Hindi Excellent Excellent Good
Maithili Mother Tongue
Certification:
I, the undersigned, certify that, to the best of my knowledge and belief, these data correctly describes me, my
qualifications, and my experience.
Signature:
Date of Signing:
Place of Signing:

Cv sanjeev mishra_sep 2018

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