Dixita Vadoliya

An experienced Electrical Engineer specializing in power systems, automation, and controls, with a track record of conducting technical studies and investigations. With great interpersonal, organizational, and communication skills, succeed as both a team member and a leader, capable of motivating and leading teams to achieve peak productivity even in high-pressure situations. With a background in electrical systems and strong technical and mechanical skills, prominent for my detail-oriented approach and ability to manage several projects with precision and efficiency. Resourceful professional in manufacturing and assembly, known for high productivity levels and efficient task completion. Specialized skills include precision component assembly, quality control procedures, and machinery operation. Excel at teamwork, problem-solving, and adaptability, ensuring smooth workflow and consistent product quality.

2021 Canadian Electrical Code Essentials

Automatic BRTS Junction, Automatic BRTS Junction, by deploying cutting-edge automated technologies at a crucial intersection, the project aims to increase the effectiveness and safety of BRTS operations. The system included real-time traffic monitoring, vehicle detection, and intelligent control methods to improve signal timings and streamline bus movements. The Automatic BRTS junction successfully demonstrated improved traffic flow, reduced congestion, and enhanced passenger experiences inside the BRTS network using sensors, communication networks, and data analysis. Thermal Power Plant of 800 MW with a transmission system of 31 Buses, The thermal power plant of 800 MW with a transmission system of 31 Buses, the current issue revolves around insufficient generating capacity in Saskatchewan, resulting in frequent blackouts and reduced reliability. The projected increase in electricity demand exacerbates this problem, with an expected increase from 600 MW to 1,000 MW by 2030. This poses significant challenges for sectors. industrial, traffic, commercial and residential. To address this multifaceted challenge, the proposal focuses on establishing an 800 MW thermal power plant and designing a robust transmission network, to efficiently meet growing electricity demand and improve infrastructure.

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