Dinakar S M
Electrical Engineer | Embedded Systems | Data Analyst |
Aspiring Data Analyst and Embedded Systems Engineer with strong skills in Python (Pandas, NumPy, Matplotlib), SQL,
Power BI, Tableau, and Git/GitHub. Experienced in analyzing datasets, building interactive dashboards, and developing
embedded hardware solutions using microcontrollers and sensors.
Highly interested in renewable energy analytics,focusing on
data-driven energy optimization, performance monitoring, and smart system design to improve efficiency and sustainability.
Also have hands-on experience performing MATLAB-based simulations of power electronics circuits, including DC–DC
converters and basic power conversion systems.
Degree: B.E – Electrical & Electronics Engineering
Academic Year : 2023 - Present
CGPA: 8.57 (Till Sem 5)
Stream: Bio-Maths (HSC)
Academic Year : 2023
Score: 89.88%
Designed and developed microcontroller-based systems using Arduino, including a robotic arm controlled via potentiometer and a mobile robot prototype. Integrated sensors and hardware components to enable real-time monitoring and automation solutions.
Know More
C
Python
NumPy
Pandas
Matplotlib
Seaborn
SQL
Git
Git HUb
Power BI
Tableau
MS office
AutoCAD
Statistics
Analyzed retail sales data to identify trends in revenue, profit, customer segments, and shipping modes. Built an interactive Power BI dashboard with KPIs, slicers, and visual insights to track time-based performance, categorywise profitability, and regional sales distribution. Used Power query for data handling.
View ProjectAnalyzed wind turbine SCADA data to evaluate operational performance and condition monitoring using Python-based visualization techniques. Studied the wind speed–power relationship to identify operational anomalies and underperforming conditions. Examined temperature trends of critical components to detect early signs of degradation.
View ProjectDesigned and developed a robotic arm control system using Arduino, where potentiometers were used as analog input devices to precisely control multiple actuators. Mapped potentiometer values to actuator movements for smooth and real-time joint control, enabling accurate positioning of the robotic arm. This project strengthened hands-on skills in embedded systems, actuator control, sensor interfacing, and microcontroller-based automation.
View ProjectNative & Fluent
Professional Proficiency
Easwari Engineering College,
Ramapuram, Chennai
