UNO Course Schedule: What To Expect Week By Week
- 01. UNO Course Schedule: Your Complete Guide to Arduino STEM Learning
- 02. Understanding What "UNO Course Schedule" Really Means
- 03. University of Nebraska Omaha Robotics Engineering Minor Schedule
- 04. Beginner Arduino Uno Course Schedule for Ages 10-18
- 05. Live Online Robotics Course Schedule (Grades 8-10)
- 06. Key Projects in the Arduino UNO Course Schedule
- 07. Prerequisites and Equipment Requirements
- 08. Enrollment Deadlines and Academic Calendar
UNO Course Schedule: Your Complete Guide to Arduino STEM Learning
The UNO course schedule for Arduino-based STEM electronics and robotics education typically runs in 8-12 week semesters, with beginner courses meeting 1-2 times weekly for 1.5-2 hours per session. The most popular entry point is the Arduino Uno Bootcamp, which launches every month with cohorts starting on the first Monday, offering 25+ hands-on projects from LED blinking to sensor integration. Fall 2025 classes began August 25, 2025, and Spring 2026 sessions started January 20, 2026, with Summer 2026 running June 8-July 29, 2026.
Understanding What "UNO Course Schedule" Really Means
When students and parents search for UNO course schedule, they're typically looking for one of two things: the University of Nebraska Omaha's robotics engineering curriculum OR beginner Arduino Uno microcontroller courses for ages 10-18. The Arduino Uno board is the industry-standard entry point for STEM electronics education, featuring 14 digital I/O pins, 6 analog inputs, and an ATmega328P microcontroller that teaches Ohm's Law, circuit design, and embedded programming.
Research published in the International Journal of Technology in Education and Science found that Arduino-based activities significantly influence students' awareness of careers in science and technology, with hands-on electronics work shaping interest in future STEM professions. Unlike software-only coding, Arduino connects code to physical outcomes students can see and touch, which research consistently links to higher motivation and deeper understanding.
University of Nebraska Omaha Robotics Engineering Minor Schedule
For college-level students, the robotics engineering minor at UNO requires 18 credits across three core areas and three electives, available to all majors with advisor consultation. The curriculum jointly administered by Electrical and Computer Engineering, School of Computing, and Mechanical and Materials Engineering departments prepares students for careers in automated vehicle design.
| Course Code | Course Title | Credits | Topic Area |
|---|---|---|---|
| CSCE 155 | Computer Science I | 3 | Core Programming |
| MECH 350 | Introduction to Dynamic & Control Systems | 3 | Controls |
| ECEN 106 | Microprocessor Applications | 3 | Embedded Systems |
| ECEN 435 | Embedded Microcontroller Design | 3 | Elective |
| CSCE 439 | Robotics Algorithms Applications | 3 | Elective |
| MECH 457 | Mechatronic Systems | 3 | Elective |
Students must select one course from each of the three core topic areas (9 credits) plus three electives with two outside their major department (9 credits). The College of Engineering requires a composite ACT of 24, SAT of 1180, or 3.5 cumulative GPA for admission.
Beginner Arduino Uno Course Schedule for Ages 10-18
For beginner electronics education, Thestempedia.com offers structured Arduino Uno courses designed specifically for students aged 10-18 with no prior coding experience. The free "Introduction to Arduino" course contains nine lessons covering the Arduino IDE, breadboards, pinout diagrams, PWM control, traffic light sequences, RGB LED color mixing, functions, variables, buzzers, binary, shift registers, and button debouncing.
- Lesson 1: Arduino IDE setup and course overview (45 minutes)
- Lesson 2: Breadboards and Arduino Uno pinout diagram (60 minutes)
- Lesson 3: PWM and LED brightness control using analogWrite() (60 minutes)
- Lesson 4: Traffic light sequence with multiple LEDs (75 minutes)
- Lesson 5: RGB LED color mixing and 220Ω resistor calculations (75 minutes)
- Lesson 6: Functions and variables for cleaner code (60 minutes)
- Lesson 7: Buzzer tones and frequency control (60 minutes)
- Lesson 8: Binary numbers and shift register implementation (75 minutes)
- Lesson 9: Button inputs and debouncing algorithms (60 minutes)
Every lesson includes a short video, wiring diagram, code example with explanation, and post-test, running entirely in-browser on phones, tablets, and computers. The course requires no lab setup beyond physical components and works without account creation or subscription.
Live Online Robotics Course Schedule (Grades 8-10)
Seventh Sense Labs offers live online Robotics with Arduino classes through Summer 2026 for grades 8-10, meeting Thursdays 6:00 PM-7:30 PM EST or Tuesdays 6:00 PM-7:30 PM EST. Students build and program their own robots while learning electronics, coding, and engineering principles through hands-on projects.
| Course Format | Meeting Time | Duration | Target Age |
|---|---|---|---|
| Live Online | Thursdays 6:00-7:30 PM EST | Through Summer 2026 | Grades 8-10 (13-16) |
| Live Online | Tuesdays 6:00-7:30 PM EST | Through Summer 2026 | Grades 8-10 (13-16) |
| Self-Paced | Anytime | 8-12 weeks | Ages 10-18 |
| Summer Camp | Mon-Thu 9:00 AM-3:00 PM | 6 weeks (June-July) | Ages 12-17 |
Summer 2026 STEM camps run six-week sessions starting Monday, July 10, 2023, with classes meeting Monday-Thursday, 9 AM-3 PM, teaching sensor-actuator integration and differential drive robot assembly. The 15-day Robotics and IoT with ESP32 course offers 25+ hours (11 hours theory + 14 hours practical hands-on) for engineering undergraduates.
Key Projects in the Arduino UNO Course Schedule
The Arduino UNO Bootcamp includes 25+ projects progressing from basics to advanced levels, teaching the ATmega328P microcontroller's capabilities. Core projects include LED blinking using the built-in example sketch (File > Examples > Basics > Blink), button-controlled circuits (File > Examples > Digital > Button), and Morse code transmitters using digital pin 12.
Students learn critical wiring techniques: inserting black jumper wires into GND pins on the Arduino and breadboard rail row 15, connecting red wires to pin 13 and breadboard F7, placing LED long legs into positive terminals and short legs into negative, and using 220Ω resistors to prevent LED burnout. The Arduino IDE setup requires selecting Tools > Board > Arduino Uno and Tools > Port > COM3 for proper communication.
"Watching an LED respond to something students wrote themselves is often the moment that changes their relationship with coding." - DevSTEM Course Designer
Advanced modules cover ESP32 programming, IoT Cloud data collection, greenhouse automation kits, and engineering kit mechatronics with MATLAB & Simulink programming for ages 16+. The ESP32 course includes Simple FOC driver 2.3.4, preference library 2.1.0, and USB Type-C connectivity for dual-wheel legged robot control.
Prerequisites and Equipment Requirements
For Arduino Uno beginner courses, students need no prior coding or electronics experience, making it ideal for self-learning with the Education Starter Kit's step-by-step exercises. Required hardware includes an Arduino Uno board ($22-$25), breadboard, jumper wires, LEDs (various colors), 220Ω resistors, 10kΩ resistors, pushbutton switches, and USB cable.
- Arduino Uno board: ATmega328P microcontroller, 14 digital I/O pins (6 PWM), 6 analog inputs, 16 MHz clock
- Breadboard: 830-point solderless prototype board with power rails
- Resistors: 220Ω for LEDs, 10kΩ for pull-down button circuits
- USB cable: Type-A to Type-B for Arduino Uno programming
- Software: Free Arduino IDE (latest version) from arduino.cc
For college robotics minors, high school requirements include 4 units mathematics (2 algebra, 1 geometry, 1 precalculus/trigonometry), 4 units English, 3 units natural sciences (1 physics, 1 chemistry), 2 units foreign language, and 3 units social studies. Chemistry is waived for computer science students.
Enrollment Deadlines and Academic Calendar
UNO's academic calendar shows Summer Semester 2026 runs June 8-July 29, 2026, with Fall 2025 classes beginning August 25, 2025. Spring Semester 2026 started January 20, 2026, with the last day to add classes on January 28 and last day to drop on February 9. The final authority for course offering changes rests with academic departments, so students should check back often for new offerings.
For MavLINK enrollment, students sign into the university portal after class search, with complete course descriptions and prerequisites available in the online course catalog. Course offerings change frequently, and time/location updates appear within the course schedule.
Key concerns and solutions for Uno Course Schedule What To Expect Week By Week
What is the best UNO course schedule for complete beginners?
The free "Introduction to Arduino" nine-lesson course is optimal for beginners, requiring no account or subscription, with self-paced browser-based learning covering IDE setup through button debouncing. Students progress from first sketch to complex projects in approximately 9-10 hours total.
How long does it take to complete an Arduino UNO course?
The Arduino UNO Bootcamp for Beginners takes 8-12 weeks meeting 1-2 times weekly for 1.5-2 hours per session, covering 25+ projects from basic LED blinking to sensor integration. The free nine-lesson course takes 9-10 hours at self-paced speed.
What age is appropriate for Arduino Uno robotics courses?
Arduino Uno courses are designed for ages 10-18, with beginner courses starting at age 10 (Education Starter Kit), intermediate robotics in MicroPython for age 12+, and advanced ESP32/IoT courses for ages 16+. Seventh Sense Labs offers live online classes for grades 8-10 (ages 13-16).
Is the UNO robotics engineering minor available to all majors?
Yes, the robotics engineering minor is available to all majors at University of Nebraska Omaha, but students must consult with their advisor before declaring. When selecting electives, two courses must be outside the student's major area of study.
What equipment do I need for Arduino Uno courses?
Essential equipment includes an Arduino Uno board ($22-$25), 830-point breadboard, jumper wires (black/red/green/blue), LEDs (various colors), 220Ω resistors for LEDs, 10kΩ resistors for buttons, pushbutton switches, and USB Type-A to Type-B cable. The Arduino IDE software is free to download.
When does Summer 2026 STEM robotics camp start?
Summer Semester 2026 runs June 8-July 29, 2026, with six-week robotics crash course sessions starting Monday, July 10, 2023 (subject to 2026 calendar updates). Classes meet Monday-Thursday, 9 AM-3 PM EST, covering sensor-actuator integration and differential drive robot assembly.
