STEAM Program for Students with Special Educational Needs
The nine categories of Special Educational Needs (SEN)
- Attention Deficit/Hyperactivity Disorder
- Autism Spectrum Disorder
- Communication Disorders
- Emotional and Behavioral Difficulties
- Hearing Impairment
- Intellectual Disability
- Physical Disability
- Specific Learning Difficulties
Our Teaching Objectives
Program Objective 1
Through technology-based learning, enhance the independent living and working skills of SEN students, enabling them to live and work more autonomously.
Program Objective 2
Through hands-on practical activities, strengthen the motor skills of SEN students to better equip them in facing challenges in daily life and work.
Program Objective 3
Through the application of technology, enhance the future employability skills of SEN students, enabling them to integrate more easily into the workplace.
Program Objective 4
Apply skills to everyday life to improve their quality of living.
Apply skills to everyday life to improve their quality of living.
Assist throughout the entire application process and provide customized courses tailored to your needs.
SEN STEAM Projects
IoT Smart Home
Through hardware devices and expert guidance, enhance STEM skills and hands-on abilities, focusing on understanding how technology can solve everyday challenges. This approach helps students build confidence and foster innovative thinking.
Dobot Smart Robotic Arm
Assist SEN students in using remote control and programming to operate robotic arms to complete tasks, helping them learn how to handle technological devices to accomplish work assignments, thereby enhancing their employability and practical job skills.
CoSpaces VR Virtual Reality Environment
Assist SEN students in enhancing their sense of presence through virtual reality environments by simulating real-life and work scenarios to enrich their experiences and improve life skills. At the same time, they can unleash unlimited imagination and develop creativity within the virtual space.
Vincibot Robot
Through programming-controlled robots, help overcome real-world human limitations. Focus on training logical thinking and cultivating problem-solving skills.
Science and Engineering Robotics
Course Highlights:
- Observe, learn, and explore various scientific and technological principles found in everyday life.
- Learn hands-on experimentation, model building, and programming to develop practical skills and proficiency with tools.
- Cultivate creative thinking and a scientific mindset through thematic activities.
Beginner Level: Simple Science Experiments
Through experiments and hands-on projects, SEN students gain an understanding of scientific principles in everyday life while enhancing their fine motor skills and hand-eye coordination.
Advanced Level: Engineering Robotics Construction
Through thematic learning, students are required to identify and analyze problems, then develop corresponding solutions. Facing challenges and issues during the construction process helps cultivate their problem-solving skills.
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