Hello!, I Am Noah.

Hello!, I Am Noah.

Young man with dark hair, sunglasses on his head, and a gray hoodie sitting at a bar or restaurant during daytime, with modern lighting fixtures and other patrons in the background.

I Create Robots, Electronics, and Digital Awesomeness

A stylized robot standing in front of a sunset background with trees, with the text 'KUNKLE' on a banner at the bottom.
A person in a blue jacket and gray sweatpants stands in a snowy landscape, looking at distant snow-covered mountains under a partly cloudy sky.
  • A man in a navy officer uniform and white captain's hat standing on a ship's deck, looking upwards. The ship has ropes and some colorful flags in the background under a cloudy sky.

    7 Time Captain of Robotics Team

    Developing a team and Strengthening their Skill sets

  • Group of young people, some seated, some standing, on a stage during a robotics competition, with a DJ and a referee in the background.

    2 Years of Robot Camp Mentorship

    2 Summers of Volunteering at Local Science Center

  • Green plastic toy shaped like a dinosaur with a long neck and tail, made from stacked textured layers.

    Over 100 Practical 3D Prints

    Making Components for Bigger Projects.

Robotics Team

  • A robotics project featuring a metal frame with various gears, motors, wires, and a small screen, situated on a wooden table in a classroom or workshop environment.

    Dream it.

    7 Years Leading Teams to Victory

    Captain of 5th Grade Robotics Team.

    Captian of 7th and 8th Vex Robotics Team

    4 Time Captain of Varsity Vex High School Team. (4) time States Qualification and a ton of awards,

  • Robot chassis frame with motors, gears, and wheels attached, placed on beige carpet.

    Build it.

    Lead Designer, Lead Programmer

  • Three teenagers standing in a robotics competition area, with a black banner and a monitor in the background showing robot selection options.

    Team Work

    I believe in the power of collaboration to create exceptional robotics through team work. I go through iterations of team brainstorming sessions to create and modify the overall design. I then work with the team’s skill set to divide up the workload needed to complete the project, then help the team members achieve their goals and tasks to build the Best Robot Ever.

  • Group of young people gathered around a robot on the floor in a large indoor space, likely at a robotics competition or workshop.

    Sell it.

    7 Time Winner of Design, through the entire team communicating the design, the program, the goals, the innovation

  • A small robot built with metal and plastic parts, featuring red wheels, mounted on a beige carpeted floor with yellow lines.

    Have Fun!!!

    The overall reason is to have fun.

Independent Research

  • A partially assembled robot with four wheels, mechanical components, and wires, sitting on a tiled floor.

    Odometry - Omnidirectional Force Feedback positioning

    Digital Tracking of robot positioning through a feedback loop of sensors in all directions

  • A wall with a grid of white plastic balls in front of a blue background, with a yellow elastic string stretched across the top, attached to hooks on both sides.

    Digital Light Wall

    Built custom pixel Light wall 3ftx3ft, 16x16 pixels with ping pong ball covers. Created a program to control the pixels to create images and scrolling text

  • Overhead view of a robot with a black frame, multiple wired sensors, servos, and controllers, surrounded by colorful storage containers, a keyboard, and a game controller on a beige carpet.

    Created Base Robot Unit

    Created a Base 3x3 ft Rover Robot that will allow for future testing of additional attachments. The base is built with 80/20 steel with 4 drive wheels at 45 degrees in all four corners. The controller units are Arduino Nano and Raspberry Pi.

  • A robotic project setup with a touchscreen display, various colored wires, microcontroller, and electrical components on a mock frame.

    Industrial Electronics Test Stand

    Before attaching a system to a robot with limited access, I developed a test rig to prototype electrical systems and gearing ratios for high power high-speed motors

  • A white plastic and metal structure resembling a model airplane or drone frame with electronic components and a motor attached, placed on a beige carpeted floor.

    3D Printing for 6 years (100’s of prints)

    3D modeling in Autodesk Fusion and Autodesk Inventor

  • Model rocket on a launch pad on a grassy field with a cloudy sky in the background.

    Sensor Array for Rocket Payload

    Built custom Sensor Array for Rocket System. Altimeter, all feeding into a Micro Controller (Mini Pi)

  • Ceiling with a yellow sun decoration, a smoke detector, and a homemade model spaceship hanging from wires against teal walls.

    Skycam Cable system

    Developed a wire rig using custom designed 3D printed wire harness pulley bearings what alloy for electric motors to pull the skycam rig in 4 different dimensions to move freely around the room

A screenshot of computer code written in Python, involving joystick control and graphical display functions, with no visual image included.
A person wearing a blue, gray, and orange jacket and gray socks is sitting on the floor assembling a LEGO robot with wheels, wires, and gears, on a tan tiled floor.
A gymnasium filled with children and adults participating in a robotics competition or event, with tables displaying robotic projects, a large screen, and hanging basketball hoops.
Students and adults participate in a robotics competition inside a gymnasium, with a robot on a playing field labeled 'Red 2,' surrounded by orange balls and green structures, while others watch, work on computers, and prepare for the next round.
Children participating in a robotics competition in a school gymnasium, working on a robot with a grid layout, orange balls, and a scoreboard in the background.
Interior view of a house hallway taken from an upper floor, with a yellow and red contraption hanging from the ceiling, and a string with colorful sections running down to the floor for measuring or demonstration purposes.
A boy in a plaid shirt is working with a remote control, operating a LEGO robot on a beige carpet.
Room with a white table, Lego structures including a roller coaster, a green and black contraption, a microphone stand, a dresser, and a wall decorated with a blue background, green trim, and motivational notes.
Students and mentors observe during a robotics competition, with a robot on the table, in an indoor event setting.
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Close-up of a partially assembled robotics project with metal frame, wires, and electronic components on a wooden table.
A robotic machine constructed from metal parts, gears, and wires, with red LED lights, placed on a wooden table.
A robotic construction made from a metal framework with numerous gears and wires, featuring a motor and sensors, set on a wooden table with electronic components and tools nearby.
A robot built with metal and plastic parts, featuring gears, motors, and wiring, placed on a wooden table in a classroom or lab setting, with chairs and pink poster in the background.
Robotic vehicle with multiple gears, motors, and electronic components on a wooden table in a classroom or project workspace.
Students and adults gathered around a robotics competition in a gymnasium, with a robot in a small playing field surrounded by a net, and some students in yellow shirts and another in a yellow banana costume.
A group of young people and an adult gathered around a robot in an indoor setting, possibly at a robotics competition or workshop.
Group of young people gathered around a robot on the floor at a robotics competition or event in a conference center. Siblings and judges observe the robot.
Students and judges gather around a robotics competition field with yellow disks, where two robots are competing to shoot disks into baskets.
Group of students observing a robot in a robotics competition, with a small basketball hoop and yellow discs on the floor.
A robotics competition with students and spectators in a large room, robots on a field surrounded by a safety barrier, and a projection screen displaying information at the back.
A robotics competition taking place in a conference room with a robotics field in the center, surrounded by students and judges, with a large screen displaying information in the background.
A group of nine young people, some with backpacks, standing in front of a large Anderson University emblem on the wall, inside a building with patterned carpet and fluorescent ceiling lights.
Model rocket standing upright on a launch pad with yellow stability fins on a grassy field, with a cloudy sky overhead.
Model rocket on a launch pad with yellow launch pads on a grassy field, with a baseball field and trees in the background.
A small, white rocket lies on the cracked asphalt ground with wires and electronic components attached. Two people wearing sneakers are standing nearby.
A robot built with metal and plastic parts, equipped with wheels, placed on a beige carpeted floor.
A partially assembled robotics chassis with four DC motors, rubber tracks, and Lego-style metal frame.
A robotics competition with a robot on a frame, surrounded by supplies and a playing field, with two students in the background.
A young man with short dark hair and a welcoming smile, wearing a dark gray jacket and a blue t-shirt, standing indoors with a natural light environment. His right hand is covered with a bright green cast or brace.
Young people competing in a robotics competition, sitting on a stage with robots on the ground in front of them, while judges and officials monitor from above.
A robotics competition with multiple young participants sitting and standing near their robots, a referee and event staff at a table behind them, and a dark curtain in the background.
A group of young people, some seated and some standing, on a stage with robots and a supervisor at a robotics competition.
Three teenagers standing next to each other in a robotics competition arena, with robots on the ground and a digital scoreboard in the background.
Three young individuals stand in a robotics competition arena. The person in the middle is smiling and wearing a white hoodie, flanked by a girl in black T-shirt and ripped jeans on the left, and a boy in a yellow polo shirt on the right. There is a
Three students standing near robotics equipment at a robotics competition, with a large screen displaying a schedule in the background.
People at a robotics competition, with participants inside a gymnasium, some holding green robotic parts, and a person in a bright green shirt reaching into a small red hurdle on the floor.
A person in a blue jacket and gray pants walking on snow-covered ground, facing away, overlooking snow-capped mountains and a partly cloudy sky.
Person wearing blue winter jacket, gray pants, and sunglasses standing on snow-covered rocks with mountains and blue sky in the background.
Young man with mustache and sunglasses on head sitting at a restaurant bar, with modern decor and warm lighting.
A robot or mechanical project with a square black frame, two wheels, a red battery pack, and various wires and components on a carpeted floor.
A partially assembled robotic frame with motors, wiring, and a battery on a carpeted floor.
Electronic assembly on a black metal stand with wires, a small screen, and circuit components.
An electronic robot structure built with a black frame, multiple robotic arms, colored crates, a keyboard, a game controller, and various wires and electronic components.
Top view of a partially assembled drone with electronic components, motors, and wiring on a beige carpet.
A cluttered electronic project with wires, a display screen, microcontroller, power supply, and various electronic components on a work surface.
Light blue painted inside corner of a room with a ceiling-mounted curtain wire and a small section of a ceiling vent.
Blue ceiling with a sun-shaped decoration, a vent, a smoke detector, and ceiling-mounted clotheslines with clothespins.
Close-up of a ceiling with a gold-colored wire hanging down, attached to a white plastic hook on a blue ceiling.
A geometric hanging light fixture with angular, metallic frame, viewed from below against a textured ceiling.
A geometric structure made of light gray plastic rods connected to form a three-dimensional polyhedron or cube.
A white electronic device with a rectangular base, metal rods, and a white plastic framework on a tan carpeted floor.
Close-up of a white robot arm with metal rods, a black circular component, and a blue and white attachment on a beige carpet.
A partially assembled model airplane with a white frame and exposed electronic components on a beige carpeted floor.
A mechanical assembly with black rails, white plastic parts, and metal rods, resting on a beige carpet.
Close-up of a small robotic or mechanical device with metal wheels, plastic components, and black parallel tracks, mounted on a black frame.
A grid of white spherical objects on a wall, with yellow string hanging above.
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Young man with dark hair and a mustache sitting at a bar or restaurant, wearing a gray hoodie and sunglasses on his head, with a background of a modern social space with hanging lights and a bar area.

Noah Kunkle

Phone (XXX) XXX-XXXX

Email address here

123 Your Street, Town, State, Zipcode

Resume

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