Michael Falade

Designed and developed an automated traffic control system using an Arduino microcontroller and LEDs, effectively simulating and regulating bi-directional traffic flow.

Prototyped robust embedded hardware circuits by precisely calculating and integrating appropriate resistors to ensure component protection and stable power distribution.

Fabricated functional physical enclosures and structural components using advanced 3D printing technologies, converting complex CAD models into tangible prototypes.

Operated laser cutting machinery with precise tolerances to manufacture custom chassis designs and rapid-prototyping materials for diverse engineering projects.

Developed predictive models using Python, Scikit-Learn, and Pandas, achieving high classification accuracy across multiple benchmarking datasets.

Engineered robust data pipelines to preprocess raw data, systematically handling missing values and encoding categorical variables for optimal model readiness.

Implemented Logistic Regression algorithms to effectively solve complex binary and multi-class classification tasks, optimizing performance through strategic feature scaling.

Conducted comprehensive exploratory data analysis (EDA) to extract key structural patterns, correlations, and demographic insights from multi-dimensional data, informing model development.

Collaborated effectively with fellow students on capstone projects, contributing to solution development during the TechCrush Bootcamp.

Performed thorough data cleaning, analysis, and visualization on the Bengaluru House Pricing dataset using Python, extracting key insights.

Built a robust Linear Regression Machine Learning model to accurately predict Bengaluru house prices, demonstrating foundational data science skills.

Participated actively in the installation of electric meters across various facilities, ensuring accurate energy consumption monitoring.

Assisted in diagnosing and efficiently resolving electrical faults in organizations using three-phase energy meters, minimizing downtime.

Gained hands-on experience in the operation of distribution substations and the transmission of electrical power to end-users.

Developed practical skills in electrical maintenance, adhered to safety procedures, and performed effective system troubleshooting.