Mahesh Prasad

• Engaged in research on vegetated open channel flow, employing advanced flow visualization techniques such as LDV and PIV.
• Performed data analysis utilizing a range of software applications, including OriginLab, Microsoft Excel (with VBA), and Dynamic Studio.
• Conducted laboratory classes and served as a Teaching Assistant for undergraduate students.
• Responsible for installing new systems and enhancing laboratory safety through various system modifications.

Achievements:

• Authored four research journals, focusing on the implications of my studies for practical applications in river dynamics.

• Instrumental in grasping the fundamental concepts behind innovative research
• Implemented site safety protocols, including comprehensive safety inductions and strict adherence to guidelines for handling wastewater and chemicals
• Conducted experiments using a custom-designed apparatus to analyze the Bio-Electrochemical Process Treatment (BEPT), consistently refining the process based on experimental feedback
• Measured and recorded the Chemical Oxygen Demand (COD) of water treated via the BEPT process, ensuring precise and dependable data collection.

• Instrumental in analyzing and designing drainage systems for hydrological and hydraulic issues, utilizing governing codes, engineering expertise, and extensive experience to ensure optimal performance throughout the design period
• Proposed method statements and accurately estimated scour depths for bridges and viaducts while integrating new strategies and equations
• Prepared comprehensive drainage drawings, calculation reports, proposals, shop drawings, and method statements for consultants, responding adeptly to their feedback and making necessary adjustments
• Actively participated in meetings and site visits, delivering prompt and effective solutions to site-specific challenges
• Liaised with clients (including government authorities), engineers, and subcontractors, fostering effective collaboration and project success.

Achievements:

• Analyzed complex flood scenarios utilizing tools such as IRic, GIS, and Global Mapper.
• Developed and implemented innovative method statements for calculating scour depth.

• Engaged in hydrological data collection, field surveys, and contour leveling alongside the firm's technical team
• Assisted the senior hydrologist as a junior hydrologist in Hydrology Analysis and Hydrological Modelling, utilizing tools such as GIS, HEC-RAS, HEC-HMS, IRic and the Hy-8 Model, and co-authored the Final Hydrology Reports
• Supported senior environmental experts in preparing the Initial Environmental Examination (IEE) report and conducting surveys on noise, cracks, and ecology
• Collaborated with senior social experts on social and environmental surveys for the IEE project, contributing to the preparation of the IEE Report
• Served as the site incharge Engineer for conducting traffic surveys and preparing Traffic Impact Assessment (TIA) reports, ensuring compliance with relevant standards and regulations
• Participated in progress review meetings, developed work programs and catch-up schedules, and managed resource allocations to maintain project costs and progress within set targets
• Conducted QA/QC on-site activities, emphasizing site safety.

• Engaged in construction activities on-site, directly reporting to the site manager on the execution of work under my supervision
• Coordinated the conduct of required tests and inspections in line with the contract and quality plan
• Served as the junior site in-charge engineer for rebar fabrication work, overseeing planning, handling, and monitoring of the work as well as the allocated manpower
• Participated in progress review meetings and developed work programs, catch-up schedules, and resource allocations to keep project cost and progress on target
• Conducted QA/QC on-site activities, ensuring adherence to site safety protocols
• Engaged in structural activities, including shoring, waterproofing, and concreting, along with on-site testing.