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엔지니어링 과제 1
보고계신 지문은 자동 번역 되었습니다
수업 소개
영어레벨 - A1
미국 2 - 5 학년
레벨 Beginner
Teacher-Created 커리큘럼 기반
Next Generation Science Standards (NGSS)에 맞춰짐
Welcome to the Introduction to Engineering Concepts course! Over the next 12 weeks, students will delve into fundamental engineering principles through hands-on exploration and experimentation. This course encourages learning through play, where students can discover and apply engineering concepts at their own pace and skill level. By engaging in these activities, elementary students not only develop a deeper understanding of science and engineering concepts but also enhance their skills in...
12 lessons//12 Weeks
Week 1Lesson 1Car - Focus on wheels and axlesScience Concepts: Wheels and Axles: Students learn about how wheels reduce friction and facilitate motion. They explore concepts of rotational motion and mechanical advantage.Week 2Lesson 2Tower - Exploration of gravity and structural integrityScience Concepts: Gravity: Students investigate the effects of gravity on tall structures. They learn about load-bearing capacities and how structural integrity is essential for stability.Week 3Lesson 3Lifts - Understanding pulley systemsScience Concepts: Pulley Systems: Students explore how pulleys can be used to lift heavy objects with less effort. They learn about mechanical advantage and the distribution of force.Week 4Lesson 4Catapult - Principles of levers and projectile motionScience Concepts: Levers: Students build and test catapults to understand the principles of levers, including fulcrum placement and force multiplication. Projectile Motion: They study the trajectory and factors influencing the distance and accuracy of projectiles.Week 5Lesson 5Bridge - Concepts of compression, tension, and structural engineeringScience Concepts: Compression and Tension: Students learn about these forces in structural components of bridges. They explore how materials withstand loads and distribute forces.Week 6Lesson 6Boat - Principles of buoyancy and fluid dynamicsScience Concepts: Buoyancy: Students build boats to understand how shape and displacement affect buoyant force. They explore Archimedes' principle and stability in water.Week 7Lesson 7Windmill - Kinetic motion and Newton's Third LawScience Concepts: Kinetic Motion: Students build windmills to harness wind energy and convert it into rotational motion. They learn about energy transfer and efficiency. Newton's Third Law: They explore how wind interacts with the blades and how the windmill operates based on the principles of action and reaction.Week 8Lesson 8Robots - Varied projects based on students’ interests and buildsScience Concepts: Varied Concepts: Projects can include aspects of simple machines, sensors, and programming. Students apply engineering design principles to create robots.Week 9Lesson 9Maze - Exploration of gravity and friction in dynamic systemsScience Concepts: Gravity and Friction: Students design mazes where marbles navigate based on gravity and friction. They experiment with slopes, surfaces, and obstacles.Week 10Lesson 10Animal - Projects tailored to animal-inspired designs and movementsScience Concepts: Biomimicry: Students study animal movements (e.g., walking, flying) and apply these principles to robot design. They learn about adaptation and efficiency in nature.Week 11Lesson 11Rocket - Study of air resistance, drag, and aerospace engineeringScience Concepts: Aerodynamics: Students design and launch rockets to investigate concepts of air resistance, drag, and flight dynamics. They explore Newton's laws of motion in aerospace contexts.Week 12Lesson 12Rube Goldberg - Diverse projects showcasing intricate designs and creativityScience Concepts: Mechanical Systems: Students create complex machines to perform simple tasks, demonstrating chain reactions and principles of energy transfer. They apply engineering concepts in imaginative ways.
- ETS1.A: Defining and Delimiting Engineering Problems Students define problems related to building various structures (e.g., towers, bridges) and devices (e.g., catapults, windmills).
- ETS1.B: Developing Possible Solutions Students brainstorm and design solutions to engineering challenges using available materials.
- ETS1.C: Optimizing the Design Solution Students engage in testing, evaluating, and redesigning their projects based on performance and feedback.
- PS2.A: Forces and Motion Students explore how forces (e.g., gravity, tension) affect the motion and stability of objects (e.g., cars, boats, rockets).
- PS2.B: Types of Interactions Students investigate interactions between different materials and components in their designs (e.g., gears in robots).
- LS1.A: Structure and Function Students consider how the structure of their designs (e.g., animal-inspired robots) relates to their function.
- ESS3.C: Human Impacts on Earth Systems Students explore how engineering projects (e.g., windmills, bridges) can impact natural systems (e.g., wind patterns, land use).
For more than 15 years, I've been deeply involved in education, spending the last 9 years as a homeschooling parent. My greatest joy lies in helping students delve into complex subjects by exploring various perspectives. In today's world, narratives hold significant weight, influencing our understanding immensely. I'm passionate about sharing diverse literature that captivates students and broadens their comprehension. In my classes, I bring history to life through a blend of novels and primary sources, delving into socioeconomic factors, religious influences, and the nuances of narration bias. Encouraging critical thinking, I prompt students to consider multiple viewpoints and the motivations behind historical events. For over 7 years, I've taught at a local homeschool co-op, both in-person and online. One of my favorite roles has been leading middle and high school book clubs, where I not only introduce students to new books but also facilitate discussions on challenging topics. Having undergone diversity training and sensitivity workshops, I approach these discussions with care, ensuring that marginalized voices are heard and respected. Attending numerous professional developments, I've honed strategies for fostering inclusivity and highlighting multiple points of view. My educational journey began with a B.B.A. from Northwood University, followed by a transition to pursue a teaching degree at Eastern Michigan University. Unfortunately, family circumstances led me to prioritize homeschooling my children over completing the program. Across various homeschool groups and co-ops, I've taught a range of subjects including English, History, Finance, and Engineering. My passion for literature shines through in running book clubs and teaching classes on essay writing, grammar, and novel analysis. I've curated diverse book selections, fostering rich discussions on themes, characters, and symbolism. Responding to students' interests, I initiated the Literature through Film series, offering an alternative way to explore classic literature through movie adaptations. This approach accommodated different reading paces and preferences, maintaining our focus on thorough novel analysis. In my History classes, I employ a multi-faceted approach, incorporating primary sources, articles, and films to examine diverse perspectives and marginalized narratives. Similarly, in Finance and Entrepreneurship classes, I prioritize hands-on learning, guiding students through real-world applications such as budgeting, mortgage calculations, and investment tracking. Utilizing Lego Education Kits, I've led engineering classes, both in-person and through platforms like Outschool. These sessions encourage creativity and problem-solving, fostering an interest in STEM fields. Continuing my professional development journey, I actively participate in events like EdCamp, NerdCamp, and NaNoWriMo, enhancing my teaching practices and staying abreast of educational innovations.
수업 외 주당 0 - 1 시간
Homework
빈도: 포함됨피드백: 포함됨세부 내용: This class requires time outside of the class each week. To create the design, create project, test, redesign, and retest.
Materials students need: 4 wheels or something that can act as wheels Coins Marbles Balloons Straws Popsicle Sticks Masking Tape Paper Pencil Rubber Bands Ping Pong Ball Aluminum Foil Cardboard Coloring (crayons/pencils/markers) Students Choice Notebook Way to take pictures and video of projects.
이 수업에서는 아웃스쿨 교실 외에도 다음의 툴을 사용합니다:
There is no account needed nor will students access You Tube. We will be watching You Tube videos and clips shared from the teachers computer. The channels used are educational kids channels and Lego. The following are the sites videos will be from: https://www.youtube.com/c/scishowkids https://www.youtube.com/c/ScienceMax https://www.youtube.com/c/LEGO
We will be watching You Tube videos and clips shared from the teachers computer. Students will not be asked to access YouTube. The following are the sites videos will be from: https://www.youtube.com/c/scishowkids https://www.youtube.com/c/ScienceMax https://www.youtube.com/c/LEGO
Outschool is neither affiliated with, nor sponsored by, nor endorsed by the LEGO Group, owner of the LEGO® and LEGO® logo marks.
교사 전문성 및 자격증
학사 학위 Northwood University부터
For more than 15 years, I've been deeply involved in education, spending the last 9 years as a homeschooling parent. My greatest joy lies in helping students delve into complex subjects by exploring various perspectives. In today's world,...
리뷰
그룹 수업
매주
₩100
또는 12 회 수업에₩20012주 동안 주당 1회
50분
39 명의 학생이 수업을 완료함
실시간 화상 수업
연령: 7-12
수업당 학습자 3-9 명