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STEM Courses STEM helps students explore their potential Curriculum Creative thinking．data analysis．logical deduction．problem-solving skills． mechanical knowledge．all-round development IoT Education Course (Aged 8-16) Course Overview IoT refers to the Internet of things. Through different sensing devices, we can manage all things through the network, make our lives more intelligent, and practice smart home life, smart agriculture, smart transportation, and so on. This course teaches the Internet of Things from the shallower to the deeper. Through Wi-Fi IoT expansion accessories, you can connect to the micro:bit / mBot / Arduino and other motherboards to connect to the Internet. You can also use different expansions to connect to the IFTTT and Thingspeak platforms for IoT operations. Let students learn the application skills of IFTTT and Thingspeak platform. Connecting different parts and components through IoT, real-time monitoring of relevant data, teaching materials/products are close to daily life, making it easy for students who are new to STEM to understand and arouse their interest in learning. Learning Objectives: Understand the operation of IoT Inspire students to observe the application of technology in daily life Enhance students' ability to observe and recognize the development of current technology Let students have an enlightenment effect on science and technology learning The course will also encourage students to use different devices and programming to think about or design new and feasible inventions After completing a semester, the children will show the knowledge they learned during the semester to the parents to watch Class Duration: 1.5 Hours a week x 12 Lessons Class Size: Max 6 students Course Outline Understand the theory and practice of IoT design Learn to use and design the Internet of Things IoT Learn programming skills and mix the use of devices Hardware introduction and expansion Learn how to read different sensor data Build a simulated smart home Learn mBot / micro:bit / Arduino other installation or sensor applications Learn simple programming logic in task form, such as If, then, Else, etc. Combining the knowledge you have learned, introduce simple technology concepts and smart cities Students are required to think about future development before integrating the programming knowledge and technological concepts they have learned

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Codesmine 一直致力參與STEM的教育工作，為中小學生打造集知識及趣味於一身的學習體驗；配合由資深導師度身訂做的內容和教材，引領學生在STEM的各範疇中探索並成長。 STEM Courses STEM helps students explore their potential Curriculum Creative thinking．data analysis．logical deduction．problem-solving skills． mechanical knowledge．all-round development mbot Robotics Course (Aged 6 - 16) Course Overview A friendly entry-level robot for every child. mbot is a easy-to-run robot kit for kids to get hands-on experience about graphical programming, electronics, robotics. Learning objectives: Learn robotics and mechanical design Improve imagination with over standardized parts from Makeblock platform Increase children creativity with enjoying the hands-on experience about programming, electronics and robotics Recommend student or form a team to apply mbot competition Duration: 1.5 Hours a week x 12 Lessons (across 3 months) Class Size: Max 6 students Course Outline Assemble the mBot Understand the components of mBot Introduce to MakeBlock Editor Programming the mBot motor and speed Code a music robot Controlling LED lights and Light sensors Using Ultrasonic senor Avoid barries Line follower Maze Solver

Codesmine 一直致力參與STEM的教育工作，為中小學生打造集知識及趣味於一身的學習體驗；配合由資深導師度身訂做的內容和教材，引領學生在STEM的各範疇中探索並成長。 STEM Courses STEM helps students explore their potential Curriculum Creative thinking．data analysis．logical deduction．problem-solving skills． mechanical knowledge．all-round development Smart Home Coding Course (Aged 8 - 16) Course Overview This course uses mBot / micro:bit / Arduino with different sensors to create home appliance control, lighting control, indoor and outdoor remote control, timing control, etc. For example, build an auto lighting device which can detect human movement with infrared sensor, this automatic lighting system that is widely installed on stairs or toilets in daily life. This course helps students to understand the hardware and programming knowledge, and to design smart home / city products that can be used in real life. Learning objectives: Understand the concept of smart home / city Inspire students to observe the application of technology in daily life Inspire students to understand the current technological developments Guide students to design smart home / city applications Understand the concept of smart home / city Inspire students to observe the application of technology in daily life Inspire students to understand the current technological developments Guide students to design smart home / city applications Duration: 1.5 Hours a week x 12 Lessons (across 3 months) Class Size: Max 6 students Course Outline Understand the theory of smart home design Learn to design smart home controls Learning programming skills with different sensors Electronic circuit design Create smart home / city project Create projects with mBot / micro:bit / Arduino sensor applications Join Smart Home Application Competition

STEM regular courses STEM helps students inspire children's potential in all aspects and cultivate children's creativity Creative thinking. Critical thinking. Communication and cooperation. Self-learning. Solve the problem. Enhance all aspects of potential Tello Edu Programming Course (Aged 9-15) Course Overview This course teaches students the key points and techniques of Tello drones from the shallower to the deeper. Through different exercises, the students can easily produce works of different professions and integrate them into their daily work or life. During the learning process, you can learn different skills, including programming, flight routes, aerial suits, and other related knowledge to strengthen the effectiveness of STEM teaching. Learning Objectives: Understand the basic knowledge of aerial camera Learn how to operate the aerial camera Learn mobile phone program aerial camera programming Learn Swift Playround aerial camera programming Students will learn to test the functions of the aerial camera program Through different exercises, let students understand the key points and skills of unmanned aerial cameras By learning the programming of unmanned aerial cameras, you can learn and master scientific research methods and interdisciplinary knowledge After completing a semester, the children will show the knowledge they learned during the semester to the parents to watch Class Duration: 1.5 Hours a week x 8 Lessons Class Size: Max 6 students Course Outline Basic understanding and introduction of Tello aerial camera DJI Tello flight mode introduction and mobile phone control Basic understanding and introduction of DJI Tello mobile app DJI Tello Swift Playround program basic understanding and introduction Write DJI Tello program Test program function Take off, land, and move Fancy flying Pass through the target

Codesmine 一直致力參與STEM的教育工作，為中小學生打造集知識及趣味於一身的學習體驗；配合由資深導師度身訂做的內容和教材，引領學生在STEM的各範疇中探索並成長。 STEM Courses STEM helps students explore their potential Curriculum Creative thinking．data analysis．logical deduction．problem-solving skills． mechanical knowledge．all-round development Scratch Junior (Ages 5 - 7) Course Overview Coding for children is a wonderful way to give wings to their imagination. ScratchJr is an introductory programming language that enables children (ages 4-7) to create their own interactive stories and games. ScratchJr allows graphical programming blocks to create characters with different actions such as move, jump, dance, and sing. Learning objectives: Helps children organise their thoughts Helps children learn sequencing skills Helps children learn to solve problems Helps children develop numeracy and literacy skills End of term students will present their project to parents Duration: 1.5 Hours a week x 8 Lessons (across 2 months) Class Size: Max 6 students Course Outline Understand basic control of ScratchJr Introduction to Block Sequencing and Controlling Backgrounds and review of programming multiple characters Creating own character in ScrachJr Learn Literacy and Mathematics with Playground Create story project Control with voice and speed Design game flows and winning conditions Create Mini Game What to bring: ipad or Andriod pad A creative mindset :)

STEM Courses STEM helps students explore their potential Curriculum Creative thinking．data analysis．logical deduction．problem-solving skills． mechanical knowledge．all-round development A.I. Programming Course (Aged 8-16) Course Overview From the computer information age, it has entered the "fourth-generation industrial revolution" with artificial intelligence (A.I.) as the mainstream. The new form of STEM education development must move towards A.I. to help students be well equipped. This course aims to give them a basic and deep understanding of artificial intelligence through objects and examples that can be touched and understood in daily life, thereby inspiring their interest in technology. Through A.I. programming skills, control intelligent robots to realize A.I. voice and image recognition. Learning Objectives: Understand the operation of artificial intelligence Improve students' understanding of the basic concepts of artificial intelligence, big data and cloud computing Inspire students to observe the application of technology in daily life Combining the knowledge you have learned, introduce simple technology concepts and smart cities Students are required to think about future development before integrating the programming knowledge and technological concepts they have learned Let students have an enlightenment effect on science and technology learning The course will also encourage students to use different devices and programming to think about or design new and feasible inventions After completing a semester, the children will show the knowledge they learned during the semester to the parents to watch Class Duration: 1.5 hours a week x 12 lessons Class Size: Max 6 students Course Outline Understand the theory, trend, and practice of A.I. (artificial intelligence) Categories of Machine Learning The importance of deep learning technology Learn A.I. programming skills How to recognize speech and convert it into text Principle of Voice Control Image composition (Digital Images) Feature vector Principles of Image Discrimination Cooperate with other devices or sensor applications Build a simulated smart home

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STEM Courses STEM helps students explore their potential Curriculum Creative thinking．data analysis．logical deduction．problem-solving skills． mechanical knowledge．all-round development micro:bit Smart Robot Car (Ages 6 - 16) Course Overview Using micro:bit Car to learn and gain knowledge about graphical programming, electronics, and robots. Students do not require to have prior experience, but they can still enjoy the coding process with their creative minds. Learning Objectives: Introduction to micro:bit Learn how to control the micro:bit car using the wireless remote controller Learn how to detect obstacles ahead through ultrasonic sensors Understand basic concepts of programming, and even event-driven programming, and use a conditional (if) decision block and arithmetic operations in codes Class Duration: 1.5 Hours a week x 8 Lessons Class Size: Max 6 students Course Outline Assemble the micro:bit Car Understand the components of the car Programming the micro:bit motor and speed Using Ultrasonic senor Avoid barries Line follower Maze Solver

STEM School Courses We has a teaching headquarters and a team of tutors, designed for students of different levels, combining different STEM learning hardware/tools, developing courses and producing suitable teaching materials. We provide all kinds of STEM courses to schools, covering robotics, coding, science experiment, creativity, design thinking, logical thinking and a lot more. We can also tailor-made our courses based on specific needs of schools and students. With the various funding from government and NGOs to schools, our team provide professional consultation services in helping schools to best utilize the funding. We assist and advise schools on every details from planning to execution, ensuring best experiences for students. One-off STEM Funding QEF Teachers Training STEM Room Design and Renovation Interdisciplinary STEM Projects STEM Experience/Fun Day For any inquiry, please contact us at: +852 3466 2531 or info@codesmine.com A.I. Coding 課程 AI Coding 課程旨在教授學員如何運用程式設計技術開發人工智慧應用。課程內容涵蓋LLM, ChatGPT, 機器學習、深度學習及自然語言處理等主題，適合對 AI 開發有興趣的初學者和進階者。 micro:bit 智能小車 透過Micro:bit 智能小車課程， 學生可學習基本編程技巧，作出不同動作及執行預設指令，例如學習運用超聲波感應器/智能巡線/全方向麥輪移動等。學生能應付各類型的賽道，克服不同難度的障礙或任務，並達到參加比賽的水平。 Temi 機械人課程 透過Temi 機械人課程， 學生可學習基本編程技巧，學習機械人操作，移動編程和物聯網，運用App Inventor 2學習構建自己的移動應用程序來控制機械人。 AI人工智能鏡頭 透過AI人工智能鏡頭及簡單編程，實現人臉識別、顏色識別、物件追蹤、物件識別等7大功能。 智能城市Smart City 由淺入深教授智能城市，藉着了解Smart City中的各傳感器及設施的運作原理，配合簡易編程打造智能城市。 智能家居Smart Home 本課程由淺入深教授Micro:bit智能家居的運作原理及其應用，掌握如何透過不同感應器控制家電。全面體驗智能化的家居生活。 Arduino Smart Car (Aged 6-16) Through mechanical programming and simple assembly, along with the smart car's functions of intelligent obstacle avoidance, FPV camera and colourful programming, students can learn scientific research methods and cross-curricular knowledge which includes information technology, natural sciences and mathematics. Students can cope with various types of tracks, overcome obstacles or tasks of different difficulty, and reach the level of competition. IoT Education Course This course teaches the Internet of Things from the shallower to the deeper. Through the Wi-Fi IoT expansion accessories, you can connect to the micro:bit / mBot / Arduino and other motherboards to connect to the Internet. You can also use different expansions to connect to the IFTTT and Thingspeak platforms for IoT operations. Let students learn the application skills of IFTTT and Thingspeak platform. Connecting different parts and components through IoT, real-time monitoring of relevant data, teaching materials/products are close to daily life, making it easy for students who are new to STEM to understand and arouse their interest in learning. Tello Edu Programming Course This course teaches students the key points and techniques of the Scratch x Tello unmanned aerial camera from shallow to deep. Through different exercises, students can easily produce works of different professions and integrate them into daily work or life. During the learning process, you can learn different skills, including programming, flight routes, aerial color movements and other related knowledge to strengthen the effectiveness of STEM teaching. VR+AR Coding Course This course introduces new technology "Virtual Reality", students will learn the concept of VR, understand how to create VR animation and able to view their creation via smartphone and Google Cardboard. This course also involves programming, students can create 3D animation with interaction and become more interesting story. micro:bit Coding Course This is an introduction to coding and computer science by way of making and design, using the revolutionary new micro:bit microcontroller board. VEX IQ Robotics Course The purpose of this course is to train students to understand the VEX IQ robots and start the preliminary construction by following their own design drawings. Train students to cope with various types of VEX IQ competitions, overcome tasks of different difficulty, and reach the level of participating in the competition. mbot Robotics Course mbot is a easy-to-run robot kit for students to get hands-on experience about graphical programming, electronics, robotics. Minecraft Education Course Minecraft is one of the most popular games today. In this course, Minecraft Education is not only a game! It is a wonderful education tool for students to different subjects and through Minecraft. Minecraft Education Course Minecraft is one of the most popular games today. In this course, Minecraft Education is not only a game! It is a wonderful education tool for students to different subjects and through Minecraft. 3D Printing Course This course is designed to teach students the skills and applications of 3D printing. Students will learn how to build 3D models, modify, assemble, annotate annotations and sizes etc. Through different exercises, students can easily produce professional design with their imagination. Scratch 3.0 Coding Course An interesting course for student to learn programming. With Scratch 2.0, it allows children to create animations, games and interactive stories, all without a single line of code.。 Mobile App Design Course Using App Inventor to develop applications for Android devices. Students do not require to have prior experience, the tool functions with a drag-and-drop interface that emphasizes sequencing. Web Design Course Students are empowered to create and share the content on their own web pages. They also learn learn how to create and share the content on their own web pages. Python Programming Course Python is a very powerful programming language. Its concise and friendly syntax is particularly easy to learn. It is suitable for beginners' courses. Students do not need to have programming experience. In the course, sample programs will be used to allow students to easily understand the content and use Python to solve real-life problems in practical topics. Students can develop better software through what they have learned, plus self-learning. After completing all courses, students can apply what they have learned in class to complete a Python software through practical project exercises. UARO Robotics Course Can kindergarten students learn programming? Through the Korean UARO Robotics Course, kindergarten students can also learn programming without using a computer. The classroom uses ROBOROBO’s unique UARO teaching materials. Children can learn robot programming without using a computer during the learning process. They can make their favorite robots, effectively triggering children’s logical thinking and creativity. This course adopts a three-stage step-by-step teaching mode. According to children's different ages and development levels, relevant topics are designed for children's learning stage, so that children can learn to create robots and programming from games, and effectively train finger muscles. STEM Mentor Training We bring STEM-related learning experiences to schools, we include training: programming, robots, microcomputers, Minecraft Education, Virtual reality VR/AR, 3D Printer, aerial photography, etc. We provide all kinds of STEM courses to schools, covering robotics, coding, science experiment, creativity, design thinking, logical thinking and a lot more. We can also tailor-made our courses based on specific needs of schools and students. With the various funding from government and NGOs to schools, our team provide professional consultation services in helping schools to best utilize the funding. We assist and advise schools on every details from planning to execution, ensuring best experiences for students. One-off STEM Funding QEF Teachers Training STEM Room Design and Renovation Interdisciplinary STEM Projects STEM Experience/Fun Day For any inquiry, please contact us at: +852 3466 2531 or info@codesmine.com

Codesmine 一直致力參與STEM的教育工作，為中小學生打造集知識及趣味於一身的學習體驗；配合由資深導師度身訂做的內容和教材，引領學生在STEM的各範疇中探索並成長。 STEM Courses STEM helps students explore their potential Curriculum Creative thinking．data analysis．logical deduction．problem-solving skills． mechanical knowledge．all-round development A.I. Programming Course (Aged 8-16) Course Overview From the computer information age, it has entered the "fourth-generation industrial revolution" with artificial intelligence (A.I.) as the mainstream. The new form of STEM education development must move towards A.I. to help students be well equipped. This course aims to give them a basic and deep understanding of artificial intelligence through objects and examples that can be touched and understood in daily life, thereby inspiring their interest in technology. Through A.I. programming skills, control intelligent robots to realize A.I. voice and image recognition. Learning Objectives: Understand the operation of artificial intelligence Improve students' understanding of the basic concepts of artificial intelligence, big data and cloud computing Inspire students to observe the application of technology in daily life Combining the knowledge you have learned, introduce simple technology concepts and smart cities Students are required to think about future development before integrating the programming knowledge and technological concepts they have learned Let students have an enlightenment effect on science and technology learning The course will also encourage students to use different devices and programming to think about or design new and feasible inventions After completing a semester, the children will show the knowledge they learned during the semester to the parents to watch Class Duration: 1.5 hours a week x 12 lessons Class Size: Max 6 students Course Outline Understand the theory, trend, and practice of A.I. (artificial intelligence) Categories of Machine Learning The importance of deep learning technology Learn A.I. programming skills How to recognize speech and convert it into text Principle of Voice Control Image composition (Digital Images) Feature vector Principles of Image Discrimination Cooperate with other devices or sensor applications Build a simulated smart home