Substation Operations & Layout Analysis
- Practical exposure to high-voltage grid operations.
- Analysis of line diagrams, transformer connections and circuit breaker mechanisms at a 132/33 kV transmission substation.
B.Tech Electrical Engineering · 2023–2027
Harshit
Mishra
Power SystemsControl EngineeringData-Driven Analysis
Driven Electrical Engineering graduate with a strong analytical foundation and practical expertise in power systems, control systems, and data-driven engineering.
I work with MATLAB/Simulink, Python and Power BI to model complex physical systems, run detailed simulation studies and apply statistical analysis — turning transmission data, sensor logs and control models into engineering decisions.
- 2027
- B.Tech EE
- UPPTCL
- Industrial Intern
- 3+
- Hardware Projects
- 132kV
- Substation Exposure
Kushinagar, Uttar Pradesh, India
Open to jobs & internships
MATLAB / SimulinkPower SystemsPythonControl SystemsPower BIIoT & SensorsCircuit DesignData AnalysisMATLAB / SimulinkPower SystemsPythonControl SystemsPower BIIoT & SensorsCircuit DesignData Analysis
About Me
Engineering fundamentals, applied with modern computational tools
Driven Electrical Engineering graduate with a strong analytical foundation and practical expertise in power systems, control systems, and data-driven engineering.
Adept at leveraging tools like MATLAB/Simulink, Python, and Power BI to model complex physical systems, perform detailed simulation studies, and optimize operational efficiency.
Combines hands-on experience gained through academic research and industrial training with statistical analysis techniques to solve real-world engineering challenges.
Passionate about applying technical problem-solving to design, implement, and streamline next-generation energy and control solutions.
Snapshot
132/33 kV
Substation training exposure
3
Engineering projects delivered
MATLAB · Python · Power BI
Core analysis stack
Focused on smart power systems, grid protection, EV charging technology and data-driven monitoring of electrical assets.
Professional Focus
Power Systems
Transmission, load flow and grid-level behaviour of high-voltage networks.
Control Systems
Closed-loop design, stability analysis and regulation strategies.
Electrical Simulation
MATLAB/Simulink models of converters, machines and power circuits.
System Modeling
Mathematical representation of physical and electrical systems.
Data Analysis
Statistical study of operational logs, load trends and efficiency.
Energy & EV Technologies
Charging architectures, power electronics and next-gen energy systems.
Education
Academic journey
Formal training in electrical engineering, built on a strong mathematics and physics foundation.
- 2023 – 2027Current
Bachelor of Technology in Electrical Engineering
Rajkiya Engineering College, Bijnor
Affiliated with Dr. A.P.J. Abdul Kalam Technical University, Lucknow, Uttar Pradesh
- 2021 – 2022
Intermediate Examination
Nav Jeevan Mission School, Kushinagar, Uttar Pradesh
Physics, Chemistry & Mathematics
Industrial Experience
Summer Training Intern — UPPTCL, Gorakhpur
Practical industrial training in high-voltage power transmission and substation operations at a 132/33 kV transmission substation.
Power System Analysis & Monitoring
- Assisted engineering teams in monitoring real-time load flow, voltage stability and transformer performance metrics.
- Developed understanding of operational monitoring within regional power networks.
Fault Diagnosis & Protection Systems
- Studied protection relay schemes, busbar arrangements and fault isolation protocols.
- Learned how protection systems contribute to grid stability and outage reduction.
Data Log & Operational Reporting
- Reviewed daily power consumption logs, peak-load trends and efficiency metrics.
- Applied statistical analysis concepts to support load-balancing strategies.
Skills
Technical toolkit
Engineering domain knowledge paired with simulation, programming and analytics tooling.
Technical Skills
- Simulation
- System Modeling
- Python
- Statistics
- Data Visualization
Engineering & Domain Expertise
- Power Systems
- Control Systems
- Electrical System Simulation
- Energy Systems
- EV Technologies
- Protection Systems
- Engineering Data Analysis
Tools
- MATLAB/Simulink
- Power BI
- MS Word
- MS Excel
- MS PowerPoint
Projects
Simulation, power electronics and IoT engineering work
Each project pairs electrical fundamentals with modelling, control design or data-driven monitoring.
Project 01
FeaturedWireless Electric Vehicle Charging System Using Inductive Power Transfer
- MATLAB/Simulink
- EV Charging
- IPT
- Power Electronics
- CC-CV
- Control Systems
An advanced power-electronics and EV technology project: a contactless charging system built on high-frequency resonant inductive coupling, modelled end-to-end in MATLAB/Simulink.
Main contribution
Complete simulation of the IPT power stage with resonant compensation and closed-loop CC-CV battery charging control.
Inductive Power Transfer Design
- Designed and simulated a contactless EV charging circuit.
- Used high-frequency resonant coupling between transmitter and receiver coils.
Power Electronics & Resonant Compensation
- Implemented high-frequency AC-DC/DC-AC inverter topologies.
- Developed resonant compensation networks using MATLAB/Simulink.
- Focused on efficient wireless power transfer.
Battery Charging Control
- Developed closed-loop Constant Current/Constant Voltage (CC-CV) charging logic.
- Designed control strategies for safe voltage regulation and improved battery State of Charge (SOC) management.
Project 02
IoT & AI-Based Transformer Health Monitoring System
- Arduino
- IoT Sensors
- Cloud Analytics
- Predictive Maintenance
- Protection
A smart predictive-maintenance solution for electrical transformers combining multi-parameter sensing, cloud analytics and automated protection.
Main contribution
Sensor-to-cloud monitoring pipeline with trend-analysis thresholds driving real-time relay protection.
Multi-Parameter Sensor Integration
- Real-time monitoring using Arduino and voltage, current, temperature and gas sensors.
Cloud Analytics & Predictive Maintenance
- Live sensor data transmitted to an IoT cloud database.
- Statistical thresholding and trend-analysis algorithms used to identify potential thermal runaway and insulation-failure conditions.
Automated Fault Protection
- Real-time relay switching for high-power contactor tripping.
- Automatic activation of auxiliary cooling fans during over-temperature or over-current conditions.
Project 03
Smart Indoor Service and Surveillance Robot
- ESP32
- IoT Sensors
- Robotics
- Wi-Fi
- Automation
An intelligent indoor robotic platform with autonomous navigation, live video streaming and multi-sensor hazard detection.
Main contribution
Embedded navigation and sensor-event logic with a Wi-Fi dashboard for remote control and monitoring.
Autonomous Navigation & Obstacle Avoidance
- Indoor mobile platform using ultrasonic sensors and motor drivers.
- Designed for navigation through complex indoor spaces and obstacle avoidance.
Real-Time Video Streaming & Remote Control
- Integrated ESP32 camera module.
- Implemented Wi-Fi architecture for live video streaming through a web portal / mobile dashboard.
Safety & Hazard Mitigation
- Multi-sensor event logic for detecting thermal/fire anomalies.
- Automated visual/audible alarms and emergency actuator responses.
Engineering Interests
Where I want to build next
Smart Power Systems
Renewable & Next-Generation Energy Systems
Electrical Protection & Grid Stability
Control & Automation
Electric Vehicles
Wireless Power Transfer
Predictive Maintenance
IoT-Based Electrical Monitoring
Data-Driven Engineering
What I Work On
Areas of expertise and project interest
These are the technical areas I actively build and study in — presented as engineering capabilities and project interests, not paid services.
Electrical System Simulation
Building and validating circuit and machine models for design studies.
MATLAB/Simulink Modeling
Block-level modelling of converters, controllers and power stages.
Power System Analysis
Load flow, voltage stability and transmission-network behaviour.
Control-System Development
Closed-loop regulation logic, tuning and stability assessment.
Engineering Data Analysis
Statistical interpretation of operational and sensor datasets.
Electrical Monitoring & Automation
IoT instrumentation, alarms and automated protection responses.
Let's Connect
Open to internships, graduate roles and engineering collaboration
Reach out about power systems, simulation, control engineering or EV technology work — I'd be glad to talk.
Harshit Mishra
Kasia, Kushinagar, Uttar Pradesh – 274402, India