Kevon Dawkins

Arduino Music Tones

An Arduino-based music generator that outputs multiple tones using embedded systems principles, C++ programming, and a speaker module.

Key Features:

• Programmed an Arduino-based music generator that outputs up to 10 unique tones per sequence
• Applied embedded systems principles and C++ sound control
• Improved tone clarity by 20% by optimizing frequency management
• Expanded the musical range by refining speaker module connections

Technologies Used:

• C++
• Arduino
• Speaker Module
• Arduino IDE

Civic Spiegel / civIQ

Civic Spiegel / civIQ is a CUNY Tech Prep capstone project built by a team of four. The app is a NYC civic research assistant that helps users search civic topics, view policy briefing data, and understand neighborhood-based policy information through a responsive web interface.

Role:

• Frontend Developer on a 4-person team

My Contributions:

• Worked primarily on the accessibility feature to improve usability, readability, and navigation for different user needs
• Contributed frontend updates for layout, spacing, responsive design, and user-facing interface sections
• Helped improve sections for onboarding, policy briefings, neighborhood insights, recent updates, and search results
• Supported frontend/backend integration by helping connect interface sections with API-based civic search and briefing responses
• Collaborated with teammates on project flow, presentation preparation, and final capstone requirements

Technologies Used:

• Next.js
• React
• TypeScript
• Tailwind CSS
• REST APIs
• Git / GitHub
• Accessibility Features

Project Links:

IoT Temperature and Humidity Monitoring System

An IoT-based temperature and humidity monitoring system that updates sensor readings every 5 seconds and displays environmental data in real time.

Key Features:

• Created an IoT temperature and humidity monitor with real-time sensor updates
• Displayed readings every 5 seconds using the Arduino GIGA Display Shield
• Programmed sensor integration in C++ using the Arduino IDE
• Improved detection accuracy by calibrating DHT11 sensors and applying error-correction logic

Technologies Used:

• C++
• Arduino IDE
• DHT11 Sensor
• Arduino GIGA Display Shield

Project Demo Video:

Smart Robot Car

An Arduino-based smart robot car that uses infrared and ultrasonic sensors to detect obstacles, control movement, and reduce collisions during test runs.

Project Demo Videos:

Key Features:

• Developed a smart robot car with a 90% success rate in obstacle-avoidance tests
• Integrated IR and ultrasonic sensors with C++ algorithms and servo motors
• Reduced collision incidents by 75% during field trials
• Optimized motor control algorithms and tuned sensor thresholds

Technologies Used:

• C++
• Arduino IDE
• Infrared Sensor
• Ultrasonic Sensor
• Motor Servo
• LED

Project Images:

NSBE Annual Convention 2026

Attended the National Society of Black Engineers Annual Convention from March 18–21, 2026 in Baltimore, Maryland to connect with recruiters, explore technology opportunities, and strengthen my professional networking skills.

Highlights:

• Networked with recruiters and professionals from engineering and technology companies
• Shared my resume and discussed my background in computer science, embedded systems, and web development
• Explored opportunities in software engineering, systems, cybersecurity, and technical career paths
• Practiced elevator pitches, professional communication, and career fair engagement

CUNY Tech Prep Graduation

Completed CUNY Tech Prep, a technical career development program focused on software engineering, project-based learning, technical interview preparation, and professional development.

Highlights:

• Completed a team-based capstone project using modern web development tools
• Strengthened frontend development, collaboration, accessibility, and presentation skills
• Practiced technical communication, resume preparation, and career readiness
• Presented project work and connected with peers, mentors, and industry professionals

CodePath Technical Development

Participated in CodePath coursework to strengthen my software development skills through hands-on projects, technical practice, and career-focused learning.

Highlights:

• Built web and mobile projects using modern development tools
• Practiced frontend development, API integration, and project-based learning
• Improved my ability to explain technical projects and collaborate with others
• Continued developing skills for software engineering opportunities

CUNY Tech Prep Certificate

Earned a CUNY Tech Prep credential for completing a technical career development program focused on software engineering, project-based learning, technical interview preparation, and professional development.

Skills Covered:

• Software engineering project development
• Frontend development and team collaboration
• Technical interview preparation
• Professional communication and career readiness

CodePath Intro to Web Development Certificate

Completed CodePath coursework focused on building interactive web applications using HTML, CSS, JavaScript, React, and API integration.

Skills Covered:

• HTML, CSS, and JavaScript fundamentals
• React component-based development
• API integration and data display
• Responsive frontend development

CodePath Intermediate Web Development Certificate

Completed intermediate web development coursework focused on building more advanced React projects, working with APIs, and developing interactive frontend applications.

Skills Covered:

• React application development
• Frontend routing and user interaction
• API-based project development
• Project structure and deployment preparation

CodePath Intro to Android Development Certificate

Completed CodePath Android development coursework focused on mobile app development, user interface design, app navigation, and displaying API data.

Skills Covered:

• Android app development
• Mobile UI development
• RecyclerView and app navigation
• API data display in mobile applications

CodePath Intermediate Cybersecurity Certificate

Completed CodePath cybersecurity coursework focused on security concepts, threat awareness, and technical problem-solving in cybersecurity topics.

Skills Covered:

• Cybersecurity fundamentals
• Threat awareness and security concepts
• Technical analysis and problem-solving
• Security-focused career preparation