.png)
HOW DOES SATELLTE AND ROCKETS HELPS SECONDARY STUDENTS AND TEENAGERS
HOW DOES SATELLITE HELP SECONDARY STUDENTS
HOW DOES ROCKET AND SATELLITE HELP SECONDARY STUDENTS
Access to high-quality resources:
1
Satellite-enabled virtual classrooms can provide students with access to high-quality STEM resources and courses, regardless of their physical location. This allows students in remote or underserved areas to access educational materials that may not be available locally.
Connectivity in remote areas:
2
Satellite internet can reach the most remote places on Earth, making it a viable option for students who lack access to traditional landline connections. It helps bridge the connectivity gap and ensures that students in rural areas have access to high-speed internet, enabling them to take advantage of online learning opportunities
Enriching the curriculum
3
Satellites offer unique opportunities to enrich the core curriculum in secondary schools, including humanities, arts, social sciences, and behavioral sciences. Classes on space topics can spark students' curiosity, imagination, and interest in the sciences.
Educational and career opportunities:
4
Building and launching satellites and rockets can also provide educational and career opportunities for students. For instance, the Fairfax County students who built the TJ3Sat were able to gain experience in engineering, computer science, and other fields
-
Aluminium: This is a lightweight material that is often used in space structures and satellite frames
-
Graphite: This material is used in satellite components such as solar panels and antennas
-
Kevlar: This is a strong and lightweight material that is used in satellite components such as cables and tethers
Satellites use a variety of connectors for different purposes. Some of the commonly used connectors in satellites are power connectors. These connectors are used to provide power to the satellite components. The NASA Electronic Parts and Packaging Program lists several types of power connectors for satellites, including crimp removable contacts
Satellites come in a variety of shapes depending on their purpose and design. Some of the shapes of satellites are
sphere.The first satellite, Sputnik, was a sphere with antennas.Most satellites today are box-shaped and do not spin. Their onboard instruments are mounted on panels that face the Earth
Satellites also require connectors for power, data transfer, and other functions. Space-grade connectors are designed to withstand the harsh conditions of space, including radiation, extreme temperatures, and vacuum
You will need to use a thin film ceramic coating. This type of coating is applied to the satellite chassis, lids, and orbital transfer. Thermal Protective Coating also will be suitable for satellites. This coating is used to protect satellite telescopes from low emittance thermal.
05
DEPLOYMENT
04
SHAPE | TYPE
03
CONNECTORS
02
COATINGS
01
MATERIALS
KPM (Kementeraian Pendidikan Malaysia) works with Universiti Teknologi MARA (UITM) provides a water roket project competitions and free workshops to secondary students
Hands-on learning:
Water rockets provide a hands-on learning experience that allows students to verify scientific theories through experimentation. This type of learning can be particularly effective for students who learn best through hands-on activities.
Engaging and inspiring:
Water rockets can be an engaging and inspiring tool to improve learning outcomes in a variety of subjects, including science, mathematics, technology, and design
Inclusive learning:
Water rocket launchers can be designed to be accessible and inclusive for students of different sizes, ages, and developmental neesds
This ensures that all students can participate in the learning experience and benefit from it
Does water rocket help secondary students?
DEFINITELY YES!!!
SMKTI
SMKTI
We let everyone have a better education they deserve it by using the internet.
Address
Sekolah Menengah Kebangsaan Taman Inderawasih
Taman Inderawasih
13600, Perai
Pulau Pinang, Malaysia
Contact
Telefon: 6043973561
Copyright © 2023 by SMKTI . All rights reserved. Reproduction of any
form without the express written consent of SMKTI is prohibited
The rocket is assembled and checked for any issues. The payload, which could be a satellite or spacecraft, is also attached to the rocket.Besides,you will need to
transport the rocket to the Launchpad the rocket is transported to the launchpad, where it is secured in place.
LAUNCHING SATELLITE
03 .NASA
01. MEASAT
02. SPACE-X
