Tutoría individual de 60 minutos Scratch, Python, matemáticas, circuitos, robótica, Lego Spike, ajedrez

Welcome to this private tutoring session with Mr. Galindo! In this 60-minute tutoring session, you will have the opportunity to enhance your understanding of various subjects, including circuits, coding, and robotics. This session is designed to provide focused assistance, answer your questions, revisit key concepts, and engage in extra activities to reinforce your knowledge.

List of Classes by Age (Updated Oct 2024)
Ages 4 to 7:
Chess
Coding - Minecraft Education
Coding - Scratch
Coding - Scratch Junior
Electrical Circuits - Snap Circuits [Hardware Required]
Lego Spike Education - Essential [Hardware Required]
Math 
Robotics - Codey Rocky [Hardware Required]
Robotics - Dash & Dot [Hardware Required]
Robotics - Lego Boost [Hardware Required]
Robotics - Matatalab [Hardware Required]
Science - General Topics


Ages 8-12:
3D Modeling - Tinkercad
Animation (Mrs. Galindo)
Chess
Coding - 2D Arcade Video Game Design
Coding - 3D Video Game Design Roblox Studio
Coding - Minecraft Education
Coding - Python
Coding - Scratch
Digital Drawing and with Procreate (Mrs. Galindo) [Hardware Required]
Electrical Circuits - Snap Circuits [Hardware Required]
Electrical Circuits - Digital Design with TinkerCad 
Lego Spike Education - Prime  [Hardware Required]
Math 
Robotics - Codey Rocky  [Hardware Required]
Robotics - Dash & Dot  [Hardware Required]
Robotics - Mbot / Mbot Ranger / Mbot Neo  [Hardware Required]
Robotics - Microbit  [Hardware Required]
Robotics - VEX IQ  [Hardware Required]
Robotics - Virtual Robotics with VEX IQ
Science - Astronomy Principles and Telescopes  [Hardware Required]
Science - Chemistry Principles 
Science - Microbiology Principles & Microscopes  [Hardware Required]
Science - Physics Principles

Ages 13+: 
3D Modeling - Tinkercad
Animation (Mrs. Galindo)  [Hardware Required]
Chess
Coding - 2D Arcade Video Game Design
Coding - 3D Video Game Design Roblox Studio
Coding - Minecraft Education with Python
Coding - Python
Coding - Advanced Scratch
Digital Drawing and with Procreate (Mrs. Galindo)  [Hardware Required]
Electrical Circuits - Digital Design with TinkerCad 
Electronics - Breadboard / Arduino & Raspberry Pi  [Hardware Required]
Lego Spike Education - Essential / Prime [Hardware Required]
Math 
Robotics - Mbot / Mbot Ranger / Mbot Neo [Hardware Required]
Robotics - Microbit [Hardware Required]
Robotics - VEX IQ [Hardware Required]
Robotics - Virtual Robotics with VEX IQ
Science - Astronomy Principles and Telescopes
Science - Chemistry Principles 
Science - Microbiology Principles & Microscopes [Hardware Required]
Science - Physics Principles


Subject Topics by Age Group:
Ages 4-6:

Electrical Circuits JR with Snap Circuits:
In this engaging class, young learners aged 4-6 will discover the fundamentals of electrical circuits through the exciting world of Snap Circuits. They will embark on a journey of hands-on learning, building fun activities while gaining a foundational understanding of circuit concepts. These budding engineers will explore switches, resistance, electricity, brightness, circuit layouts, and even the concept of short circuits in a playful and educational manner.

Scratch Jr Coding Class:
Introduce your little ones to the wonders of coding with ScratchJr! In this class, children aged 4-6 will dive into the world of programming by creating their own interactive stories and games. Through this creative process, they'll develop problem-solving skills, unleash their creativity, and express themselves on the computer in an age-appropriate and fun environment.

Ages 7-11:

Electrical Circuits (Snap Circuits):
Step into the world of electrical circuits with Snap Circuits, often referred to as the "Lego of electronics." This class focuses on circuit theory, starting from Level 0, where students are exposed to a wide range of STEM concepts. Each level builds upon the previous one, creating a solid foundation. Students will learn about various components and circuit calculations in an interactive and systematic way.

Scratch Coding:
Unlock the world of coding principles with Scratch. Designed for young learners aged 7-11, this class provides a simple visual interface for creating digital stories, games, and animations. Scratch promotes computational thinking, problem-solving skills, creativity, collaboration, and equity in computing education.

Robotics & Programming with Codey Rocky, Mbot, Mbot Ranger, or Dash:
In this interactive class, students will explore robotics and programming through hands-on experiences with real physical devices. They will learn to solve problems, use sensors, follow sequences of instructions, and employ software and code to navigate real-life scenarios. Multiple robot options ensure a diverse and engaging learning experience.

Minecraft Coding class with Minecraft Education:
Combine the excitement of Minecraft with the world of coding and programming! In this class, students use Minecraft Education Edition to learn coding fundamentals, problem-solving, and critical thinking. Through fun challenges and collaborative projects, they'll enhance their skills while having a blast in the Minecraft universe.

MakeCode Video Game Design:
Unleash your creativity by designing your own arcade video games using MakeCode Arcade. This class offers a user-friendly visual interface for programming sequences and building console-style games. Explore coding elements, create and mod retro arcade games with blocks, and even delve into advanced editors like JavaScript and Python. It's an interactive and educational journey into the world of game development.

Ages 11-14:
Electrical Circuits Teen with Snap Circuits:
For older students aged 11-14, the Teen series of Snap Circuits takes circuit learning to the next level. Dive deeper into circuit calculations and numerical analysis while having fun with hands-on activities. This class continues to focus on circuit theory, with each level building upon the knowledge gained in previous stages. Starting from Level 0 is recommended to ensure exposure to a wide range of STEM concepts and a strong foundation in electrical circuits.

Class Structure:
- One-on-One Interaction: Each session is a personalized one-on-one meeting. Prior to our meeting, you will have the opportunity to message me with the specific topic or concept you'd like to reinforce.

- Tailored Session Preparation: I will prepare a brief session tailored to your chosen topic, ensuring that our time together is highly productive.

- Visual Learning: Visual aids are a key part of our sessions. I utilize various teaching techniques, such as illustrations, hands-on activities, and live demonstrations, to make the subject matter more accessible and engaging.

My Teaching Style:
- Interactive Approach: My teaching style is highly interactive. I encourage discussion, ask questions, and promote critical thinking. Expect a two-way conversation rather than a one-sided lecture.

- Challenges and Exercises: I provide challenges and exercises during the session to help you apply your knowledge actively. These exercises are designed to reinforce the topic at hand.

- Mutual Learning: We learn together. I value your input and insights, fostering a collaborative learning environment.

This 60-minute session provides a unique opportunity to receive focused guidance and actively participate in your learning journey. Whether you're seeking to excel in circuits, coding, robotics, science, or mathematics, these sessions are here to empower you.

Let's embark on this interactive learning experience together and unlock your full potential in these exciting fields!