VEDANT SHINDE

Skilled electrical engineer with background in designing, developing, and testing electrical equipment. Experience includes working on complex projects involving power systems and electronic devices, ensuring safety and efficiency. Strengths include analytical problem-solving, team collaboration, and adaptability to new technologies. Contributed to improving system performance and reducing operational costs through innovative engineering solutions.

• Predictions of Electricity Price & Energy Demand using Machine Learning, 2025, Developed forecasting models using Python, ML algorithms, and energy market data. Analysed effects of renewable integration, demand patterns, and market dynamics. Supporting data-driven decision making for energy systems.
• Single-Inductor Multiple-Output (SIMO) Hybrid Converter, 2024, Designed and simulated a single-inductor multiple-output (SIMO) hybrid power converter capable of delivering simultaneous AC and DC outputs from a single DC source. Developed circuit topology, switching strategy, and thermal model in PLECS, achieving regulated outputs with reduced component count and 89% efficiency, suitable for compact and portable electronic applications.
• Design and Analysis of Single-Phase Half-Bridge Inverter with Front-End Boost Converter, 2024, Designed and analysed a single-phase half-bridge inverter integrated with a front-end DC–DC boost converter for efficient DC–AC power conversion. Modelled system operation evaluated modulation index effects on output voltage and THD, and validated performance through simulation using industry-relevant electrical.
• Transformer Health Monitoring System using IoT, 2022, Designed IoT-based condition monitoring system for transformers. Monitored temperature, voltage, current, vibration. Enabled predictive maintenance and early fault detection.
• Solar-Powered Water Desalination System, 2019, Developed a solar thermal desalination solution for remote/off-grid use. Focused on sustainability and renewable-based water security.