STEAM Education.
STEAM Education.
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STEAM is an abbreviation for Science, Technology, Engineering, Art and Mathematics.
The term is used to describe both education and careers in those fields.
Features of STEAM Education
Features of STEAM Education
- A STEM lesson is associated with real-life situations and problems:
- STEM lessons are often modeled after the engineering design process:
- STEM lessons lead students into an open-ended series of exploration and discovery activities.
- STEM lessons towards career orientation:
- STEM lessons with closely linked math and science content:
- STEM Lessons Don’t Have A Single Right Answer
- STEM lessons aim to develop students’ qualities and abilities.
STEAM VS Traditional Education?
STEAM VS Traditional Education?
Traditional education often focuses on memorization; STEM education emphasizes the application of knowledge and illustrates how it fits into the real world.
Importance of STEAM
Importance of STEAM
In a world where we can ask Siri, Alexa, or Google to answer our questions, education is no longer about simply knowing the answers. Education in the modern world is knowing which questions to ask and how to think critically when a problem presents itself.
With the advancements in technology comes the necessity for young people to learn media literacy, computational thinking, and evaluate the information they’re consuming. STEM helps young people develop the skills to assess what they’re reading and determine its merits.
STEAM Education for Kids
STEAM Education for Kids
STEAM learning for kids is the process of educating children in these areas to help them develop important skills such as critical thinking, problem-solving, and creativity.
It can take many different forms, from hands-on experiments and projects to coding classes and robotics workshops. The goal is to encourage children to explore these subjects and develop a love of learning that will stay with them throughout their lives.
TBD and STEAM Education
TBD and STEAM Education
TBD STEM education aims to match the future science standards of Bangladesh. These programs are examined, designed and taught by a dedicated experts team. develop learning platforms and modules for kids and youths to grow their motivations to initiate science and technology instead of implements.
Modern facilities and equipment are not our only sources of inspiration for learning as, we believe mentorship role of teachers to facilitate learning through projects and practical experiments. Our STEM program aspires to develop a generation of Technocraphy who are inquisitive, critical, analytical, creative and compassionate contributors to the good of the world. Therefore, STEM literacy is our educational cornerstone from grade 1 to 12.
Challenges of STEAM Education:
Challenges of STEAM Education:
- STEAM lessons are associated with real-life situations and problems:
- STEAM lessons are often modeled after the engineering design process:
- STEAM lessons lead students into an open-ended series of exploration and discovery activities.
- STEAM lessons towards career orientation:
- STEAM lessons with closely linked math and science content:
- STEAM Lessons Don’t Have A Single Right Answer
- STEAM lessons aim to develop students’ qualities and abilities.
Course Description:
This course presents concepts and hands-on experience necessary to understand the architecture and software associated with microcontrollers. Structured laboratory exercises include assembly and high level programming, interrupt management, and peripheral interfacing.
Required Text(s):
Obtain current textbook information by viewing the campus bookstore online or visit a campus bookstore. Check your course schedule for the course number and section.
Additional Materials:
Hardware's
Software's
Resource Documents
None
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