ROHIT RAJENDRA BODHANI

Versatile electrical engineer with a strong management background, driving success at Stantec in global water and natural resources projects. Proficient in MicroStation, AutoCAD, and Revit MEP, adept at crafting power distribution schemes, single line diagrams, and detailed engineering calculations. Skilled in NEC code adherence, scope of work preparation, and coordinating both basic and detailed engineering activities. Experienced in multidisciplinary process plant schemes, excelling in efficient design and coordination with services consultants.

Key Projects:

1. Denver Metro (USA): Led a team in Denver Metro, USA, overseeing comprehensive electrical design projects. Took charge of MCC design, wiring schematics, power distribution scheme design, and conduit development. Developed detailed schematics to ensure accurate and effective electrical systems.

2. Intel Corporation RA Water: Executed end-to-end electrical design at Intel Corporation RA Water, encompassing MCC design, power distribution scheme design, and power/control plan layouts in Revit MEP. Proficiently developed conduit layouts and area lighting plans to enhance overall project efficiency.

3. Rocky Mountain (USA): Led a team in Rocky Mountain, USA, spearheading the preparation of a relay upgrade scheme, transitioning from Analog to Digital relays. Played a key role in enhancing the reliability and performance of the relay systems.

4. Miami Dade WTP, USA: Led complete electrical design at Miami Dade WTP, USA, using Revit MEP-BIM software. Designed power distribution, lighting, and contributed to conduit and schematic development. Ensured precision and efficiency in project electricals.

Contributed to KraftPowercon's success, a leader in power conversion technology. Led the design of battery chargers, high-current rectifier panels, and electrical control panels. Developed air-cooled transformers and selected switchgear components. Prepared diagrams, GA, design sheets, and BOMs.

Engaged in choke design, relay/fuse selection, and SCR/IGBT/diode components. Ensured panel adherence to parameters, conducted tests for reliability. Played a key role in cost estimation using Eplan5.4 & Eplan P8. Conducted tests, including Rectifier Transformer Voltage ratio, winding resistance, and no-load losses.

• Electronics and Radar Development Establishment (LRDE) (INDIA) - This project includes the design of a high-current air-cooled uncontrolled rectifier.
• Sorfin Yoshimura, Tokyo Japan and Exide battery–Design of Industrial battery formation panels.
• ·Hydrogen Technologies,NORWAY (SWEDEN) - This project includes the design of a high current Oil-cooled rectifier.