RAVI KUMAR

• Assisted in drafting civil engineering plans and designs for renewable energy projects.
• Collaborated with project teams to ensure compliance with regulatory standards and guidelines.
• Supported site inspections to assess progress and adherence to engineering specifications.
• Prepared calculations related to earthwork quantities, pavement designs, hydrology and hydraulics studies, traffic engineering studies and other civil engineering works.

. WTG stands for Wind Turbine Generator, and it’s a major civil infrastructure project that looks strong on a civil engineering resume because it combines heavy foundations, geotech, and logistics.

*WTG project execution*:

*1. Foundation works - the main civil component

WTG foundations are massive reinforced concrete gravity foundations, typically 15-20m diameter and 3-4m thick, weighing 800-1500 tons. Your role usually involves soil investigation, foundation design review, excavation, PCC, reinforcement detailing, anchor cage installation, concreting in continuous pours, and curing. The critical part is achieving levelness tolerance of ±1mm across the anchor bolt circle for the tower alignment.

*2. Site execution and access*

You’re dealing with access road construction for 60-80m trailer movement carrying tower segments and 70-90m blades. That means subgrade prep, WBM/WMM laying, curve radius design, and culvert crossings. Also crane pad formation with specified bearing capacity, often 40-50 t/m², compacted with plate load tests.

*3. Project management and sequencing*

WTG execution is linear and weather-dependent. Typical sequence: road → crane pad → foundation → tower erection → nacelle → blade assembly → commissioning. Delays cascade fast since you have limited wind windows and crane mobilization costs ∼$100k/day. Mention coordination with OEM, electrical, and EHS.

- Executed 50+ WTG foundations of M40 grade concrete with continuous pour of 450 cum, maintaining zero cold joints

- Managed access road and crane pad construction for 120m hub height turbines in black cotton soil, improving CBR from 3% to 8% via stabilization

- Coordinated anchor bolt cage alignment using total station to achieve tolerance

*Skills : RCC design, bar bending schedule review, concrete mix design, quality control testing like slump and cube strength, surveying, safety in heavy lifting, and EPC coordination.

• Gained Insight to Gain, capture, and grow solar engineering subject matter expertise in power generation using the Company's tools and processes in order to increase the experience and the know-how of the Technical Services team.
• Attended in-service training from the NBS sales rooftop solar system about the deal with customer.
• Prepared documents needed to solar design work with solar lab.
• Expanded product knowledge, especially on Quality monocrystalline solar panel, Inverter, Net-metering etc.

• Gained Insight to bridge construction, deep foundation, design & analysis and quality control.
• Attended in-service training from the Site Engineer and the Design Engineer on the Construction of Double Cantilever Bridge.
• Expanded Practical knowledge, especially on in-situ piles foundation, well foundation, batching plant and quality control at site conditions.

• Project Title: 6 - Lane New Ganga Bridge Project
• Client: Bihar State Road Development Corporation Ltd. (BSRDCL)
• Environment condition: Severe (Near Ganga River)

• Project Title: Design solar lab and Generate leads through calls and marketing site visits etc.
• Environment condition: on site