TLE 401

# TLE 401® – Advanced Robotics, Automation & Coding

### Build. Code. Automate. Innovate.

**Ages 12+ | 21 Progressive Lessons | Flowchart & C Language Coding | Robotics • Sensors • Automation**

**TLE 401®** is an advanced hands-on robotics, engineering, and coding course developed by **The Little Engineer®** for learners aged **12 and above**.

Across **21 progressive lessons**, students explore robotics through an integrated approach where **construction and programming come together in the same learning experience**.

Learners build real-world mechanical and robotic systems, understand how they work, and then program and automate their creations using **Flowchart programming and C language coding**.

The course takes students beyond simply building robots. They explore how **mechanics, motors, sensors, controllers, algorithms, and software** work together to create automated systems.

### Build + Program in One Learning Experience

TLE 401® follows an integrated engineering approach:

**Explore → Build → Program → Test → Troubleshoot → Improve → Create**

Rather than separating construction from coding, learners experience the complete engineering cycle within each project.

They first investigate the real-world application, construct the model, understand its mechanical operation, develop the programming logic, code its behavior, and finally test and improve their solution.

## The 21-Lesson Learning Journey

**Lesson 1 – Explore the Robotics Kit**
Discover the construction system, controller, motors, sensors, and programming environment.

**Lesson 2 – Solid Basketball Stand & Safety Ladder**
Explore structural design, stability, and mechanical construction.

**Lesson 3 – Fan Without Wind**
Investigate movement and mechanical principles through hands-on construction.

**Lesson 4 – Conveyor Belt**
Explore power transmission and the engineering behind automated material movement.

**Lesson 5 – Aero-Amphibious Car**
Build and explore a vehicle designed around movement and mechanical engineering.

**Lesson 6 – Alarm Clock**
Explore timing, control, and automated actions.

**Lesson 7 – Fishing Pole**
Build and program a mechanical fishing system while exploring movement and control.

**Lesson 8 – Remote-Control Car**
Explore vehicle construction, movement, direction, and remote control.

**Lesson 9 – Guided Vehicle**
Investigate how a robotic vehicle can follow instructions and respond to its environment.

**Lesson 10 – Oscillating Fan**
Build and program an automated oscillating mechanism.

**Lesson 11 – Multifunctional Incubator**
Explore sensors, environmental conditions, and automated control.

**Lesson 12 – Tower Crane**
Build and program a lifting system while exploring mechanical advantage and controlled movement.

**Lesson 13 – Washing Machine**
Explore rotational movement, sequencing, and automated operation.

**Lesson 14 – Automatic Security Door**
Build and program a system that uses sensors and logic to automate access.

**Lesson 15 – Elevator**
Explore vertical movement, control, sequencing, and automation.

**Lesson 16 – Sunflower**
Build and program a responsive model inspired by the behavior of a sunflower.

**Lesson 17 – Maze Adventure**
Apply programming logic, movement, navigation, and problem-solving to complete a challenge.

**Lesson 18 – Smart House**
Build and program an integrated Smart House while combining multiple automation concepts.

**Lesson 19 – Design Your Own Smart House**
Move beyond guided activities and develop an original Smart House concept.

**Lesson 20 – Build Your Own Smart House**
Turn the design into a physical model by applying engineering and construction skills.

**Lesson 21 – Program & Present Your Smart House**
Program and automate the final creation, troubleshoot its operation, and present the completed solution.

## From Flowcharts to C Language

A key feature of TLE 401® is the progression from **visual programming logic to text-based coding**.

Learners begin with **Flowchart programming**, helping them understand sequences, conditions, decisions, loops, and algorithms visually.

They then progress into **C language coding**, developing a stronger understanding of programming syntax and logic and creating an important foundation for future learning in robotics, engineering, automation, and technology.

## Explore Sensors & Automation

As learners progress, they discover how sensors allow machines to interact with their surroundings.

They learn how automated systems can:

**Sense → Process → Decide → Act**

Through projects such as the **Multifunctional Incubator, Automatic Security Door, Elevator, Guided Vehicle, and Smart House**, students explore how sensors, programming, and mechanical systems can work together to solve real-world problems.

## What Will Learners Develop?

Throughout TLE 401®, students strengthen:

* Flowchart programming skills
* C language coding foundations
* Algorithmic and computational thinking
* Robotics and automation knowledge
* Sensor integration and control
* Mechanical and engineering understanding
* Debugging and troubleshooting
* Critical and logical thinking
* Problem-solving
* Creativity and innovation
* Independent project development
* Teamwork and collaboration
* Communication and presentation skills

## The Final Smart House Challenge

The TLE 401® journey culminates in a multi-stage **Smart House Challenge**.

After learning from guided projects, students move from following instructions to becoming **designers and innovators**.

They develop their own Smart House concept, build the physical system, program its automated functions, troubleshoot their solution, and finally present their creation.

This final challenge brings together **engineering, construction, sensors, automation, Flowchart programming, and C language coding** into one complete project.

### Build It. Code It. Automate It.

TLE 401® gives learners the opportunity to experience the complete engineering process—from an idea and physical construction to programming and a fully functioning automated system.

**TLE 401® — 21 lessons. Build real systems. Code real solutions. Create your own innovation.**

*Part of the TLE Academy learning pathway by The Little Engineer®.*

**Recommended Age:** 12+
**Course Length:** 21 Integrated Lessons
**Coding:** Flowchart Programming & C Language
**Focus:** Robotics • Coding • Sensors • Automation • Engineering
**Final Challenge:** Design, Build & Program Your Own Smart House
**Learning Style:** Hands-On • Project-Based • Challenge-Based • Experiment-Based