AnalytiTech Team Discussion

Tony K. Kariuki

I'm an Electrical Engineer

See My Work

About

I’m a Cornell ECE senior and Embedded Software Engineer at AnalytiTech, building AI-powered camera systems for real-time sports analysis. I live for solving tough problems—whether it’s debugging at 2 a.m. or designing hardware that makes life smarter.

Tony Kariuki

Embedded Systems & AI Enthusiast

Turning ideas into reality with code, circuits, and a bit of grit.

  • Email: akk85@cornell.edu
  • Phone: (607) 379-2705
  • Degree: B.S. ECE, Cornell ‘25
  • Freelance: Available
  • Facts

    From academic assignments to passion-driven projects, I've immersed myself in practical experiences to expand and hone my skills through hands-on work.

    Academic Projects Robotics, Embedded Systems, AI,ML and more

    Personal Projects Innovative solutions and experiments

    Professional Jobs Experience in various roles

    Hours of Coding Dedicated to mastering skills

    Skills

    Across the many endeavors, classes, and interactions, I have had the chance to learn and practice many skills. I enjoy taking on challenges to refine existing skills and pick up new skills and look forward to doing so the rest of my life.

    Programming

    Python

    Python ~ 4 years

    Java

    Java ~ 2 years

    C Programming

    C Programming ~ 1 year

    C++

    Assembly ~ 2 years

    Flutter

    Verilog ~ 1 year

    Git

    Git ~ 2 years

    Linux

    Linux ~ 2 years

    Tools

    Autodesk Fusion 360

    Autodesk Fusion 360 ~ Proficient

    LTSpice

    LTSpice ~ Moderate

    Eagle PCB

    AutoCAD Electrical ~ Moderate

    ROS

    ROS ~ Moderate

    SolidWorks

    SolidWorks ~ Moderate

    Portfolio

    Showcasing some of my key projects and accomplishments in embedded systems, software development, and computer engineering.

    • All
    • Hardware
    • Software
    • Game
    Fast Robots Class Project

    Fast Robots Lab (Ongoing)

    Ongoing lab progress for Cornell's Fast Robots course, Spring 2025.

    Single Cycle MIPS Processor

    Single Cycle MIPS Processor

    A hardware implementation of a single cycle MIPS processor.

    MultiCore Processor

    MultiCore Processor

    Design and analysis of multicore processors, focusing on enhancements in cycle time, area, and energy.

    Dashcam Project

    Dashcam Project

    Real-time video processing and crash detection system.

    Arm and Car Control Systems Final Project

    Robotics arm and AGV(Autonomous Ground Vehicle)

    Developed advanced control systems for robotic arm and AGV using particle filters and path planning algorithms.

    Sewer Navigation Game

    Sewer Navigation Game

    A game designed for navigating through the London Sewer System.

    Alien Invaders

    Alien Invaders

    A fun and engaging alien invaders game.

    Smart Burglar Alarm Project

    Smart Burglar Alarm

    Designed a home-scalable smart burglar alarm using a PIR Motion Sensor, UM3561 pinout, some batteries, and resistors. The alarm alerts users in case of any unwanted intrusion.

    RFID Door Lock Project

    RFID Door Lock System

    A secure door lock system using an Arduino and RFID technology.

    Piezo Based Visitor Sensing Welcome Mat

    Piezo Based Visitor Sensing Welcome Mat

    A smart welcome mat that senses visitors using piezoelectric sensors and alerts the homeowner using IoT technology.

    Smart Street Light System

    Smart Street Light System

    An intelligent street light system that adapts to traffic and environmental conditions to save on power and electricity consumption.

    Sudoku Game

    Sudoku Game

    A digital version of the classic Sudoku game.

    Resume

    Detailing my academic background and professional experiences in the field of Electrical and Computer engineering.

    Summary

    Tony Kariuki

    Experienced Software Engineer with a strong background in AI, hardware engineering, and software development.

    Passionate about bridging the worlds of hardware engineering and software development.

    • Ithaca, NY
    • (607) 379-2705
    • akk85@cornell.edu

    Education

    Bachelor of Science in Electrical and Computer Engineering

    2021 - 2025

    Cornell University, Ithaca, NY

    Specialized in Embedded systems, AI, and hardware engineering. Completed various projects involving real-time systems and machine learning applications.

    Minor in Computer Science

    2021 - 2025

    Cornell University, Ithaca, NY

    Gained proficiency in algorithms, data structures, and software development, complementing my electrical engineering knowledge.

    Professional Experience

    Embedded Software Engineer

    May 2024 - Present

    AnalytiTech Startup, New York

    • Developed and optimized embedded software for sports tracking cameras, specifically for golf, reducing data processing time by over 200 milliseconds per frame.
    • Integrated machine learning algorithms for real-time analysis, achieving precise movement detection and increasing detection rates by over 40%.
    • •Collaborated with cross-functional teams to design and implement innovative features, enhancing product capabilities and supporting 10 new user functionalities.

    Research Assistant

    May 2023 - Present

    Cornell Cooperative Extension, Ithaca, NY

    • Conducted data analysis and research for various projects, contributing to the improvement of program outcomes and strategies.
    • Assisted in the development of new methodologies for data collection and analysis, increasing data accuracy by 25%.
    • Built and maintained a comprehensive website for NYS 4-H, enhancing online engagement by 40%.
    • Managed and updated the program's database, ensuring the integrity and accessibility of over 10,000 records.
    • Provided training and support to staff on data management practices, reducing data entry errors by 15%.

    Undergraduate Student Lab Experience

    August 2023 - December 2023

    Emprise Lab / Department of Computer Science (Robotics)

    • Achieved a 93% success rate in robotic arm tasks, reducing error margins by 30% using Denavit-Hartenberg parameters.
    • Improved AGV navigation accuracy by 20% using Bayesian and Kalman filters.
    • Increased robotic path accuracy by 20% with algorithms like A* and RRT integrated with control systems.

    Contact

    Get in touch

    Address

    201 Caldwell Hall, 121 Reservoir Ave, Ithaca, NY 14853

    Call Me

    +1 607 379 2705

    Email Me

    akk85@cornell.edu

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