Vaibhav Yadav

1. Geospatial Data Intelligence: Automated LiDAR data processing for 200,000+ points using Python, enabling 3D village modeling across panchayats and reducing project timelines by 20%. 2. Infrastructure Optimization: Implemented clash detection for 50+ rural development projects, preventing rework and saving ₹5–10 lakhs/project. Built a PostGIS-based geospatial asset database for 300+ assets, improving maintenance efficiency by 40%. 3. Public Health Analytics: Predicted disease hotspots with 85% accuracy using ML on satellite and health data; contributed to a 30% reduction in malaria cases. Mapped 300+ health centers in QGIS to optimize ambulance routing and improve emergency response time. 4. Financial Oversight & Forecasting: Audited 10,000+ monthly vouchers using Benford’s Law in Python, identifying ₹50 lakhs/year in potential fraud. 5. Data-Driven Governance & Transparency: Created bilingual Power BI dashboards for public engagement, increasing portal traffic by 25%. Launched citizen portals that improved grievance resolution rates from 60% to 85%. 6. Digital Transformation & Automation: Reduced approval cycle time of GPDP projects by 30% using visual workflows. Consolidated 300+ PRI databases into AWS Redshift, enhancing data access speed by 20%.

1. Designed and delivered undergraduate and postgraduate courses in civil engineering, including syllabus planning, lecture preparation, and student assessments in line with academic standards. 2. Developed comprehensive lab manuals and conducted hands-on laboratory sessions to strengthen practical understanding in structural and materials engineering. 3. Guided students in applying data analysis techniques using tools such as Excel and MATLAB for structural behavior studies, lab results interpretation, and thesis-related research. 4. Ensured academic and laboratory work met institutional quality standards by implementing systematic data recording, experiment validation, and continuous improvement in lab procedures.

1. Designed and delivered undergraduate and postgraduate courses in civil engineering, including syllabus planning, lecture preparation, and student assessments in line with academic standards. 2. Developed comprehensive lab manuals and conducted hands-on laboratory sessions to strengthen practical understanding in structural and materials engineering. 3. Guided students in applying data analysis techniques using tools such as Excel and MATLAB for structural behavior studies, lab results interpretation, and thesis-related research. 4. Ensured academic and laboratory work met institutional quality standards by implementing systematic data recording, experiment validation, and continuous improvement in lab procedures.

M.Tech Thesis – Structural Engineering Title: Influence of Aggregate to Cement Ratio on the Proportions of Enhanced Porosity Concrete Containing Single-Sized Aggregates Guide: Dr. K.V. Harish 1. Investigated the impact of aggregate-to-cement ratio and aggregate size on the permeability performance of pervious concrete, using the Falling Head Permeability Test under both clean and turbid (stormwater) conditions to assess clogging behavior and long-term infiltration capacity. 2. Conducted compressive and flexural strength tests on ASTM-standard cylindrical specimens to analyze the relationship between compaction, porosity, density, and mechanical strength. 3. Utilized image processing techniques to examine pore structure and connectivity, enabling detailed analysis of void distribution and fluid pathways within the concrete matrix. 4. Measured roughness index and skid resistance to evaluate the surface performance of pervious concrete pavements in terms of safety and suitability for vehicular and two-wheeler traffic. 5. Integrated multi-variable data analysis to conclude material suitability for sustainable urban drainage systems (SUDS) and eco-friendly pavement applications.

Relevant Work Experience 1. Collaborated with the core organizing team to successfully execute Udghosh'17, a 4-day national-level sports festival at IIT Kanpur, hosting over 2,000 participants. 2. Led a two-tier team of 30 members, overseeing end-to-end planning and on-ground execution of major volleyball events, ensuring smooth coordination and timely delivery. 3. Managed the invitation process and hospitality arrangements for over 20 referees and external officials, ensuring a professional and welcoming experience for all guests. Key Achievements & Impact 1. Scaled Udghosh'17 to a larger and more impactful edition than previous years, introducing additional events and enhancing participant engagement. 2. Designed and organized a 45-day Summer Camp focused on physical fitness and skill development for volleyball, contributing to the athletic growth of participating students.

1. Assisted in conducting tutorials, grading assignments, and clarifying core concepts related to structural steel design, including tension members, compression members, and beam-column behavior as per IS 800 code. 2. Supported the development and review of problem sets and class materials, enhancing students' understanding of limit state design principles and structural analysis. 3. Provided one-on-one academic support to undergraduate students, helping bridge theoretical concepts with practical design applications in steel structures.

1. Assisted in dynamic testing of structural models to study earthquake-induced behavior, including shake table simulations and response analysis of scaled structural specimens. 2. Operated and maintained data acquisition systems (DAQ) for real-time measurement of displacement, acceleration, and strain during seismic simulations, ensuring high-quality experimental data. 3. Supported post-processing and analysis of experimental results using tools such as MATLAB, Excel, and LabVIEW, aiding in research on structural resilience and seismic performance evaluation.

1. Assisted in the setup, calibration, and demonstration of laboratory experiments related to structural behavior, material properties, and instrumentation techniques. 2. Guided students in conducting hands-on tests (e.g., strain measurements, load testing, non-destructive testing) and ensured adherence to lab safety protocols and experimental procedures. 3. Supported data acquisition, analysis, and interpretation using tools such as LabVIEW and Excel, and helped evaluate lab reports for technical accuracy and clarity.

1. Provided technical support and maintenance for software and systems used in civil engineering simulations, modeling, and data analysis, ensuring smooth functioning of lab activities for students and researchers. 2. Assisted students and faculty in using specialized engineering tools such as AutoCAD, STAAD Pro, MATLAB, and ANSYS, contributing to the efficient completion of academic and research projects. 3. Managed system troubleshooting, software installation, and hardware configurations while maintaining lab documentation and improving overall lab workflow and digital infrastructure.

1. Supervised on-site execution of powerhouse building construction, ensuring adherence to structural drawings, technical specifications, and project timelines. 2. Interpreted and implemented construction drawings, coordinated with contractors and labor teams, and resolved technical challenges encountered during execution. 3. Collaborated with design engineers and project managers to provide practical, field-level solutions for construction issues, contributing to improved efficiency and quality control on-site.

1. Gained hands-on exposure to military infrastructure development by assisting in surveying, inspection, and planning activities for Indian Armed Forces hospital construction sites. 2. Supported site engineers in monitoring project progress, evaluating construction quality, and ensuring compliance with defense infrastructure standards. 3. Participated in topographic and layout surveying of hospital facilities using standard civil engineering tools, contributing to accurate site documentation and execution planning.