Pranitha Kolipaka

Civil and Structural Engineer with in-depth experience in design and analysis of reinforced concrete and hydraulic structures, including multistory buildings, pavements, and drainage systems. Proficient in structural modeling, load calculations, seismic and wind assessments, and materials evaluation. Skilled in project coordination across multidisciplinary teams and producing construction documents for new builds and renovations of facilities. Adept with industry software such as AutoCAD, Civil 3D, HEC-RAS, and RS Means. Experienced in preparing biddable design documents, cost estimates, and providing technical support through all project phases. Dedicated professional oversees necessary installations, repairs and maintenance for physical infrastructure and equipment. Proactively maintains compliance with regulatory and organizational guidelines, working with professional to assess critical safety threshold levels and lead preventive maintenance. Hands-on oversight for completing pivotal construction tasks. Detailed management of electrical and mechanical systems and equipment to address mandates.

Hydraulic Channel Design Project, 01/01/23, 05/31/24, Developed stormwater drainage models using AutoCAD Civil 3D and HEC-RAS to optimize runoff control and flood prevention., Designed wetland restoration plans and erosion control strategies to enhance climate resilience and habitat conservation., Created roadway grading plans and alignment profiles in AutoCAD, Civil 3D to optimize flow and prevent flooding. Strength and Hydraulic Characteristics of Permeable Pavement, 01/01/16, 05/31/19, Designed and experimented with permeable pavement prototypes using porous concrete, pervious asphalt, and interlocking pavers, ensuring compliance with IRC and IS codes., Conducted compressive strength and hydraulic conductivity tests to assess load-bearing capacity, infiltration rates, and stormwater management efficiency., Analyzed durability and performance under simulated traffic and weather conditions, comparing permeable pavements with conventional systems., Highlighted their potential in reducing runoff, mitigating urban flooding, and contributing to sustainable urban infrastructure planning.