Drove the Jal Jeevan Mission's objectives through my diverse roles:• Scheme Design and Implementation: Provided technical expertise in designing and implementing economically viable schemes for rural household tap connections.• Infrastructure Type Designs: Guided states in developing type designs for crucial infrastructure like ESR/overhead tanks, sumps, and pump houses.• Scheme Formulation and Retrofitting: Advised states on formulating schemes, covering retrofitting of existing rural water supply, constructing new schemes, and technological interventions.• Stakeholder Capacity-Building: Facilitated capacity-building for stakeholders, ensuring effective operation and maintenance of commissioned schemes.• Project Monitoring and Review: Supported project monitoring and review, assessing physical and financial targets against overall parameters.• Government Committees Participation: Participated in SLSSC and IMCT meetings, contributing to strategic discussions as directed by the Ministry of Jal Shakti.• Government Presentation Support: Assisted in preparing presentations for states and ministers, ensuring effective communication of project details.• Stakeholder Coordination and DPR Review: Provided ongoing coordination, regularly reviewing Detailed Project Reports (DPRs) to address concerns and ensure project success.• Collaboration with Institutions: Collaborated with IIT-Kanpur, IIM-Bangalore, and the International Labour Organization for data analysis and impact assessment.• Bid Process Management: Managed bid processes, ensuring effective supervision of assignments.• Program and Product Development: Led initiatives including the Jal Jeevan Dashboard, Jal Jeevan Survekshan, JJM-Integrated Monitoring Information System (IMIS), Empanelment of National WASH Experts, Digital Academy, JJM Analytics Wing, potable water quality testing devices development with Invest India, and GIS-based mapping system creation with PM GatiShakti.

• Part of team for project management and monitoring for the National Jal Jeevan Mission, aiming to provide functional tap water to 19 crore rural households nationwide.• Conducted surveys, designed, estimated costs, and prepared tenders for water and sewerage projects.• Executed site surveys and feasibility studies for baseline data, identifying gaps and proposing alternative techno-commercial solutions.• Prepared design reports, inclusive of detailed cost estimates and tender documents, selecting the best feasible solution.• Developed DPR and tender documents for the Renovation and Remodeling of Rural Water Supply schemes.• Conducted detailed surveys to identify reliable drinking water sources, formulating DPRs for sustainable solutions.• Initiated automation of water operations using SCADA, ensuring 100% household metered water connections, and incorporating Water Treatment Plants in the value chain for new sources.• Drafted EPC contracts with O&M components, including solar-enabled systems in the water transmission and distribution value chain.

• Introduce Rainwater Harvesting (RWH) systems in government buildings to replenish the groundwater table. The initiative is crucial as nearly 50% of the groundwater has been depleted in the last decade.• Revitalize Tumakuru's dried-up lakes by interlinking them, addressing urban waterlogging issues. The Simsha River, a tributary of the Cauvery, is vital, and interlinking eight upstream lakes in the Maidala watershed can rejuvenate the depleting river.• Restore the largest lake, covering 459.4 acres, by connecting to the nearest sewer line and implementing a Sewage Treatment Plant (STP) for effective wastewater treatment.• Transform 19 existing roads into Smart Roads, incorporating amenities like Underground (UG) Ducts, Pipe Drains, Footpaths, Cycle Tracks, CCTV cameras, and Wi-Fi to enhance urban infrastructure.• Strengthen Tumakuru's road network by providing Road Shoulders and UG Ducts along 83 collector roads, improving overall connectivity and facilitating smoother vehicular flow.• Enhance urban connectivity and alleviate traffic congestion by strategically managing commercial vehicular movement in the urban area.

With in 2.5 years in this field i had successfully completed 40+ projects, which includes designing of Sewage Treatment plants of various capacities starting from 5 KL to 500 KL, Rain Water Harvesting ,Building & Public Health Services for various residential complexes, Industrial Process & Effluent Treatment Plants for Industries and Fire Safety and Fighting audits & system for both Industries and Residential Buildings. Few of them are:• Presented comprehensive socio-economic details for Swachh Bharat mission projects, including intricate engineering and detailed estimation and costing.• Developed a Zero Liquid Discharge (ZLD) solution to minimize water consumption and effluent generated during the instant coffee processing.• Prepared a Detailed Project Report, including the design, for a 1.0 MLD Sewage Treatment Plant and Sewage Collection Network for MES, Bikaner.• Designed Water Supply and Public Health Engineering Services for various projects, including Etah Police Lines, Tulsi Budget Villa in Agra, NDRF Campus in Pune, and Multi-Level Car Parking in Vrindavan.• Implemented a Process Recovery Plant for Ajanta Dairy in Agra (2016) to optimize operations.• Engineered and developed an Effluent Treatment Plant (ETP) for 25 KLPD at Shruti Chemicals Industries Limited in Agra (2016).• Designed a 350 KLD Sewage Treatment Plant for Leayan Global Pvt. Ltd in Kanpur.• Engineered a 120 KLD Effluent Treatment Plant for Amitech Textiles Ltd. in Kanpur.• Developed a 100 KLD Effluent Treatment Plant for Nirbhaya Industries Pvt. Ltd. in Kanpur.• Designed and implemented an 850 KLD Sewage Treatment Plant for Tapukheda Housing.

My responsibilities includes the designing (including providing drawings) of various Water Treatment Plants, Waste Water Treatment plants, Effluent Treatment Plants, Water Supply Network for Housing Societies/ Buildings/ Apartments, Design of Sewer Network system for the same.Preparation of Water Balance Sheet, Process and Instrumentation Diagram in order to integrate or enhance the effluent treatment and reusing of water with the help of Zero Liquid Discharge Concept.For proper storm water disposal design, drawing and development of rain drains, Rain Water Harvesting, and ground water recharging.Making of Environmental Management Plan, EIA Report etc,