Learn new skills, pursue your interests or advance your career through our STEM Course for Trainers and Adults.
Attendees will get attested certificates by KHDA, and stem.org (USA) attested certificate.

Introduction to STEM Educational Resources 

 

Learn new skills, pursue your interests or advance your career through our STEM Course for Teachers and Trainers.

Investigate a range of pedagogical approaches to teach STEM, and experience hands-on STEM activities from students' perspective.

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Learn how to create a STEM Syllabus and lesson plan.​

Robotics in STEM

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Learn how to use Robots in STEM Education, get hands on experience on building and programing robots that respond to your commands to interact with the outside environment, learn how to automate the robot using sensors to solve real life challenges.

Proceed with advanced levels and lead your students to national and international Competitions. 

Platforms: LEGO Mindstorm, Spike Prime, VEX IQ, and VEX V5.

Digital Fabrication and 3D Modeling

 

Learn digital fabrication through 3D Modeling using Autodesk Fusion 360, then convert it to physical models using 3D Printing technology. 
Start with the basics of 2D sketching and convert them to 3D Models, then advance your skills through 3D modeling techniques such as split faces, sketching on perpendicular planes, models merging and subtraction, repeat patterns, subdivision modeling, and parametric design. 
In advanced stages, learn how to use mold mood and create meshed designs. 
During the course, attendees will learn how to apply the design-thinking process to plan their solutions before designing. 

Design Thinking and Prototyping 

 

Introduced to Design Thinking Process, ideating, prototyping, and testing, learn how to solve real-life problem using electronics modules, then prototype the solution and crafting or digital fabricated material to convert it to a final product. 

Immersive Learning (VR/ AR)

 

Learn how to use Virtual and Augmented reality in classroom, learn how to create a virtual and augmented reality environment with a 360-degree view, add and customize 3D models, pictures, and sounds, animate characters, apply programming skills to make an interactive environment, create multiple scenes, and control the camera view.

Robotics using VEX V5 (Python) 

 

​Learn how to apply robotics concepts such as lifting and safe releasing mechanisms through hands-on experience designing a mobile robot to solve multiple challenges using Python programming. Learn how to test and identify design flaws by programming and utilizing motors and sensors.

Embedded Systems 

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In this course, students will learn about embedded systems and electronics. Learn Coding and circuits fundamentals, current and voltage relationships, and how to connect electronics to build a working circuit controlled by a microcontroller such as Arduino or a Microprocessor such as Raspberry Pi to design automated and intelligent systems to solve real-life problems. 

Artificial Intelligence 

 

Introduces students to Artificial Intelligence concepts and their real-life applications, understands machine learning models, how to program an Artificial Intelligence machine using Python programming language, and develops solutions using voice recognition, image processing, human body recognition, and natural language processing, enabling them to design their intelligent systems.

Smart Home and Internet of Thongs (IoT)

 

Learn the fundamental concepts behind the IoT, its application, and how it’s used in smart homes and cities. Develop skills and experience in designing embedded systems. Use the design thinking process to create a complete prototype for an automated smart home and communicate through the internet.

Drones with AI

 

Drones obtain confidential data that can be applied to weather forecasting, storm tracking, precision agriculture, and surveillance. In this course, students will learn how to program drones using Python to obtain data and use the camera for image processing applications such as detecting faces, objects, and tracking. 

Humanoid Robotics

This course help attendees to stay current with significant technical and commercial breakthroughs in programming and applied research and guarantees students the best possible career and college readiness!
Using NAO Robot sensors, cameras, and Microphones, students will learn how to build advanced AI applications and improve their computational and critical thinking. It also allows them to mimic the human motion and understand Multi Degrees of Freedom (MDOF) using the high-accuracy digital encoders on each joint.