Developed a social media website. Used TypeScript and atomic design principles to create a scalable, maintainable, and modular architecture.

Developed an e-commerce website. Used React for the frontend, and followed Google Material Design principles. Used Django for the backend and optimized database operations.

Developed a project management website, ensuring broad browser compatibility by avoiding experimental CSS properties.

Ensured consistent website appearance across devices, operating systems, browsers, and platforms.

Utilized React Native to transform websites into Android and iOS apps, with access to native APIs such as microphone and camera, beyond page display.

Verification emails display elegantly on both phones and computers, featuring HTML content rather than plain text for a polished appearance.

Consider screen height for optimal mobile keyboard experience. Due to inconsistent emoji styles across browsers/devices, all emojis were replaced with hosted images. Created a separate site with 7000+ generated emoji images.

Adapted to mobile device orientation (horizontal or vertical) for optimal user experience. Leveraged native media capabilities, including the front camera, to fully utilize mobile device features.

Considered native events, such as touch on phones and mouse on computers, to enhance user interaction.

Implemented an unconventional responsive web design method to ensure consistent display across all device sizes. Set a defined minimum width for the body element; for screens narrower than this limit, the entire website scales down proportionally.

The video demonstrates user interactions in a chat room, showcasing image sharing and viewing.

Designed a business dashboard with SVG graphs for crisp data visualization.

Animated force graph.

Graphical heat map.

Graphical scatter plot.

Intuitive tree map.

Interactive heat map.

Used a 3D function to create a visual special effect.

Used a 3D function to create a visual special effect.

Used a 2D function to visualize music.

Used a 3D function to visualize music.

Visualized a ringback tone that plays when callers delay answering inbound calls.

Designed hearing aid software that records and enhances frequencies for those with hearing impairments.

Developed a systematic program for learning how to draw stars.

Possess a solid understanding of the mathematics behind artificial intelligence. The AI programs are presented in the videos below.

The video illustrates the equation of a radio signal. The radio is presented in a video below.

Developed AI for automated vehicle detection in video feeds, showcased as a demonstration.

Developed AI to generate jazz music, showcased as a demonstration.

Developed AI to generate poems, showcased as a demonstration.

Used face-detection artificial intelligence to steer the player based on facial direction. Used algorithms for maze generation and guiding sheep movement.

Used hand-detection artificial intelligence to direct the player based on hand gestures. Closing the hand triggers flight while opening it triggers descent.

Used face-detection artificial intelligence to control the player's actions, where bird flapping strength corresponds to the player's mouth area.

Used artificial intelligence to craft an unbeatable bot, providing a challenging experience for players.

Sample of a real-time interactive multiplayer game.

Sample of 3D game.

Sample of 3D game.

Built an arcade cabinet.

Built a robot pet. It can tell you jokes, tell time, answer knowledge questions from Wikipedia, and open music from YouTube.

Built a car that can be remotely controlled by a mobile app.

Built a handheld game console.

Built a radio.

Built a mechanical bird.

Built a lamp out of LEDs.

Built a digital clock.

Programmed and configured industrial computers.

Studied Electronic Systems Technology, focusing on computer design and software development. The sole student in the school's history to achieve a 4.0 GPA, a 100% score. Served as a Student Ambassador.

Received all letters of excellence.

Received all honor rolls.

4.258 GPA, top 10% ranking.

Received top academic honors.

Foundations of user experience (UX) design ︱ Google.

Start the UX design process: empathize, define, and ideate ︱ Google.

Build wireframes and low-fidelity prototypes ︱ Google.

Conduct UX research and test early concepts ︱ Google.

Create high-fidelity designs and prototypes in Figma ︱ Google.

Build dynamic user interfaces (UI) for websites ︱ Google.

Design a user experience for social good ︱ Google.

Legacy frontend ︱ FreeCodeCamp.

Responsive web design ︱ FreeCodeCamp.

Frontend development libraries ︱ FreeCodeCamp.

Legacy data visualization ︱ FreeCodeCamp.

Data visualization ︱ FreeCodeCamp.

Legacy full stack ︱ FreeCodeCamp.

Legacy backend ︱ FreeCodeCamp.

Legacy information security and quality assurance ︱ FreeCodeCamp.

Relational database︱ FreeCodeCamp.

Foundational C# with Microsoft ︱ FreeCodeCamp.

Legacy javascript algorithms and data structures ︱ FreeCodeCamp.

JavaScript algorithms and data structures ︱ FreeCodeCamp.

Javascript algorithms and data structures (beta) ︱ FreeCodeCamp.

Backend development and APIs ︱ FreeCodeCamp.

Data analysis with Python ︱ FreeCodeCamp.

Scientific computing with Python ︱ FreeCodeCamp.

Quality Assurance ︱ FreeCodeCamp.

Information security ︱ FreeCodeCamp.

Ethical hacking essentials ︱ EC-Council.

Digital forensics essentials ︱ EC-Council.

Network defense essentials ︱ EC-Council.

Network security expert 1 (NSE1) ︱ Fortinet.

Network security expert 2 (NSE2) ︱ Fortinet.

Network security expert 3 (NSE3) ︱ Fortinet.

Privacy and information security ︱ TEKsystems.

General radiotelephone operator license - Element 1 ︱ Federal Communications Commission (FCC).

General radiotelephone operator license - Element 3 ︱ Federal Communications Commission (FCC).

Associate certified electronics technician ︱ ISCET.

Certified Electronics Technician Journeyman ︱ ISCET.

Certified institute-for-printed-circuits specialist (IPC J-STD-001) ︱ IPC.

FAR part 145 repair station regulatory requirements ︱ Yingling Aviation.

Here are reviews from Stephen Jehner, Senior Software Engineer at Nuvative, with contact at Stephenjehner@nuvative.com.

Here is a recommendation letter from Sharon Huang, Executive Officer at First Love Music Ministry, with contact at 316-821-7127 or Sharonlp41@gmail.com.

Here is a recommendation letter from Angela Walling, Mobile Capabilities Manager at Koch Industries, with contact at 682-261-4022 or Angela.Walling@kochind.com.

Here is a recommendation letter from Alex Heisler, Electronics Instructor at Wichita Technical Institute, with contact at 316-943-2241 or Aheisler@wti.edu.

Here is a recommendation letter from Hai Nguyen, Robotic Engineer at Harper Trucks, with contact at 316-469-8023 or Hnguyen@harpertrucks.com.