Bengaluru, Karnataka, India
Working under the EV charging team, learning required charging infrastructure protocols and utility scale industrial/residential construction processes. Building python automations scripts to ease construction sorting processes whilst working with flask to build a website which can be accessed by all the workers.
At Enact Systems, specialized in comprehensive solar PV system design and modeling using industry-leading software platforms including Helioscope and AutoCAD. Created detailed rooftop solar layouts while optimizing for maximum energy yield and aesthetic considerations. Utilized Revit for 3D modeling of structural components and system integration. Directly collaborated with clients to develop personalized solar solutions, incorporating their specific requirements and site constraints into final designs. Gained extensive experience in shading analysis, string sizing, and performance modeling while ensuring compliance with local building codes and electrical standards. Developed proficiency in translating technical specifications into client-friendly presentations and proposal documentation.
Gained hands-on experience with Level 2 AC charging systems, focusing on power electronics and control systems. Conducted comprehensive testing using advanced lab equipment for waveform analysis and power quality measurements. Developed Python scripts for data acquisition and analysis of charging parameters. Worked extensively with industry standards including SAE J1772 protocols and IEC 61851 specifications for EV charging safety and communication. Performed thorough documentation of test procedures and results while adhering to automotive industry compliance requirements. Enhanced practical knowledge of grid-to-vehicle power conversion, AC-DC rectification, and charging control algorithms.
Worked under the professor Dr.Arun Raj to conduct hands-on research on DC-DC switching power converters, focusing on buck and boost topologies. Analyzed switching characteristics, duty cycle modulation, and inductor current ripple in Continuous Conduction Mode (CCM). Gained practical experience in implementing feedback control systems for voltage regulation and understanding the impact of parasitic components on converter efficiency. Worked extensively with pulse-width modulation techniques and studied electromagnetic interference mitigation strategies in switch-mode power supplies.
Editing videos and making innate social media post's to engage the public audience.