Madhuban Academy
ABACUS COURSE
ABACUS COURSE STRUCTURE The Abacus course structure at Madhuban is user-friendly and engaging, featuring fun Math Games that captivate children. This consistent structure applies to both our online and offline classes at the abacus learning center. What is Abacus? It is an instrument that is used to calculate or count by using sliding counters and a rod. It was indeed the world’s first calculator. It was first used in Europe, China, and Russia.The old version of the Abacus was a shallow tray that consisted of sand where numbers could be erased easily when needed. The modern Abacus can be made up of wood or plastic. It is like a rectangular box consisting of nine vertical rods strung with beads. MADHUBAN ABACUS PROGRAM (AGE 5 TO 14 YEARS) Madhuban has developed its program especially for children aged 5 to 14 years. It creates their interest in Math and development of two sides of brain also overall usability of brain. Duration – 8 levels of 3 months each, with twice-in-a-week classes of two hour each. BENEFITS OF ABACUS Madhuban Abacus training develops dynamic number sense in children. The specific game-based technique keeps kids engaged. It removes the fear of math right from childhood. Other than Mental Math, it also improves academic performance with the development of crucial life skills such as: 1.Self-Confidence 2. Ability To Recall 3. Concentration 4. Visualization 5. Photographic Memory 6. Listening Skill The Abacus! The Abacus is an ancient calculating tool used for arithmetic calculations, originating in Mesopotamia around 2500 BCE. It’s also known as a counting frame or reckoning board. *Structure:* A traditional Abacus consists of: 1. *Frame:* A rectangular or square frame made of wood, metal, or other materials. 2. *Wires or Rods:* A series of horizontal wires or rods, typically 10-20, divided into two decks: - *Heavenly Deck:* The upper deck, representing the tens place. - *Earthly Deck:* The lower deck, representing the units place. 3. *Beads:* Small, movable beads or counters, usually made of wood, metal, or stone, that slide along the wires. *How it works:* 1. *Setting the Abacus:* The beads are initially set to a starting position, usually with all beads pushed to one side. 2. *Performing calculations:* The user manipulates the beads to represent numbers and perform arithmetic operations, such as: - Addition: Moving beads to the right (toward the user). - Subtraction: Moving beads to the left (away from the user). - Multiplication: Repeatedly adding a number. - Division: Repeatedly subtracting a number. 3. *Reading the result:* The final position of the beads represents the calculated result. *Types of Abacuses:* 1. *Chinese Abacus (Suanpan):* The most well-known type, with two decks of beads. 2. *Japanese Abacus (Soroban):* A simplified version with one deck of beads. 3. *Roman Abacus:* An ancient version with a single deck of beads. 4. *Korean Abacus (Jageum):* A variation with a unique bead arrangement.
Graphics designing
Graphics Designing! Graphics designing is the art of communicating ideas, messages, and values through visual and textual content. It involves creating visual elements such as logos, icons, graphics, and images to convey a message, express a concept, or create an aesthetic appeal. Key Elements: 1. *Color*: The use of colors to evoke emotions, convey meaning, and create visual interest. 2. *Typography*: The selection and arrangement of fonts to communicate messages and create visual hierarchy. 3. *Imagery*: The use of images, graphics, and illustrations to convey meaning, create mood, and add visual interest. 4. *Composition*: The arrangement of visual elements to create balance, harmony, and visual flow. 5. *Texture*: The use of texture to add depth, interest, and tactile experience. Graphics Designing Fields: 1. *Branding*: Creating visual identities for companies, products, and services. 2. *Advertising*: Designing visual elements for advertisements, such as posters, billboards, and digital ads. 3. *Print Design*: Creating visual elements for printed materials, such as business cards, brochures, and magazines. 4. *Digital Design*: Designing visual elements for digital platforms, such as websites, social media, and mobile apps. 5. *Motion Graphics*: Creating animated visual elements for films, television shows, and digital media. Graphics Designing Tools: 1. *Adobe Creative Cloud*: A suite of creative applications, including Photoshop, Illustrator, and InDesign. 2. *Sketch*: A digital design tool for user interface (UI) and user experience (UX) design. 3. *Figma*: A cloud-based UI and UX design tool. 4. *Canva*: A graphic design platform for non-designers and professionals. 5. *GIMP*: A free and open-source raster graphics editor. Skills Required: 1. *Creativity*: The ability to think creatively and develop innovative solutions. 2. *Technical Skills*: Proficiency in graphics design software and tools. 3. *Communication*: The ability to communicate effectively with clients, colleagues, and stakeholders. 4. *Attention to Detail*: The ability to pay attention to detail and ensure accuracy. 5. *Time Management*: The ability to manage time effectively and meet deadlines. Career Opportunities: 1. *Graphic Designer*: A professional responsible for creating visual elements for various mediums. 2. *Art Director*: A professional responsible for overseeing the visual aspects of advertising, magazines, and other media. 3. *UI/UX Designer*: A professional responsible for designing user interfaces and user experiences for digital products. 4. *Branding Specialist*: A professional responsible for creating and maintaining brand identities. 5. *Motion Graphics Designer*: A professional responsible for creating animated visual elements for films, television shows, and digital media.
Robotics Class for Kids!
A robotics class for kids is an educational program designed to introduce children to the fundamentals of robotics, programming, and engineering. These classes aim to develop problem-solving skills, creativity, and critical thinking in kids. Age Groups: 1. *Junior Robotics* (6-8 years): Focuses on basic robotics concepts, block-based programming, and fun projects. 2. *Robotics Fundamentals* (9-12 years): Introduces programming languages like Scratch or Python, and explores robotics concepts like sensors and motors. 3. *Advanced Robotics* (13+ years): Delves deeper into programming languages, robotics frameworks, and advanced projects. Course Objectives: 1. *Develop Problem-Solving Skills*: Encourage kids to think creatively and develop solutions to real-world problems. 2. *Introduce Programming Concepts*: Teach kids the basics of programming languages and robotics frameworks. 3. *Foster Critical Thinking*: Encourage kids to analyze problems, identify solutions, and evaluate outcomes. 4. *Promote STEM Education*: Inspire kids to pursue careers in Science, Technology, Engineering, and Math (STEM). Robotics Kits and Platforms: 1. *LEGO Mindstorms*: A popular robotics kit that uses LEGO bricks and a visual programming language. 2. *Dash and Dot*: A fun, interactive robotics kit that teaches programming concepts. 3. *Makey Makey*: An invention kit that allows kids to create their own games and projects. 4. *Arduino*: An open-source electronics platform that teaches programming and robotics concepts. Class Structure: 1. *Theory Sessions*: Introduce kids to robotics concepts, programming languages, and engineering principles. 2. *Practical Sessions*: Hands-on activities and projects that reinforce theoretical concepts. 3. *Project-Based Learning*: Kids work on real-world projects that integrate robotics, programming, and engineering concepts. 4. *Mentorship*: Experienced instructors guide and mentor kids throughout the course. Benefits: 1. *Develops Critical Thinking*: Robotics classes encourage kids to think creatively and develop problem-solving skills. 2. *Improves STEM Skills*: Robotics classes introduce kids to programming languages, engineering principles, and math concepts. 3. *Boosts Confidence*: Hands-on projects and successes help build confidence and self-esteem in kids. 4. *Prepares for Future Careers*: Robotics classes inspire kids to pursue careers in STEM field. Tips for Parents: 1. *Encourage Curiosity*: Support your child’s curiosity and interest in robotics and STEM fields. 2. *Provide Resources*: Invest in robotics kits, books, and online resources to support your child’s learning. 3. *Find Local Classes*: Enroll your child in local robotics classes or workshops to provide hands-on experience. .
Hardware networking
Hardware Networking! Hardware networking refers to the physical components and devices that make up a computer network, enabling communication and data exchange between devices. Key Hardware Components: 1. *Network Interface Card (NIC)*: A card installed in a computer to connect it to a network. 2. *Router*: A device that connects multiple networks together and directs traffic between them. 3. *Switch*: A device that connects multiple devices within a network and forwards data packets. 4. *Hub*: A simple network device that connects multiple devices together. 5. *Modem*: A device that connects a network to the internet via a broadband connection. 6. *Server*: A powerful computer that manages and provides access to network resources. 7. *Network Cable*: Physical cables (e.g., Ethernet, fiber optic) used to connect devices. Networking Devices: 1. *Wireless Access Point (WAP)*: A device that connects wireless devices to a network. 2. *Bridge*: A device that connects two or more networks together. 3. *Gateway*: A device that connects a network to another network or the internet. 4. *Firewall*: A device or software that protects a network from unauthorized access. 5. *Network Attached Storage (NAS)*: A device that provides shared storage for a network. Networking Standards: 1. *Ethernet*: A standard for wired networking, defining cable types, speeds, and protocols. 2. *Wi-Fi*: A standard for wireless networking, defining protocols and frequencies. 3. *TCP/IP*: A suite of protocols that governs communication over the internet. Networking Topologies: 1. *Bus Topology*: A network configuration where devices are connected to a single cable. 2. *Star Topology*: A network configuration where devices are connected to a central device (hub or switch). 3. *Ring Topology*: A network configuration where devices are connected in a circular configuration. 4. *Mesh Topology*: A network configuration where devices are connected to each other in a web-like structure. Careers in Hardware Networking: 1. *Network Administrator*: Responsible for installing, configuring, and managing networks. 2. *Network Engineer*: Designs and implements network infrastructure and architecture. 3. *Network Technician*: Installs, maintains, and repairs network hardware and software. 4. *Cybersecurity Specialist*: Protects networks and systems from cyber threats. Certifications: 1. *CompTIA Network+*: An entry-level certification for network technicians. 2. *CompTIA A+*: An entry-level certification for IT professionals, including network administrators. 3. *Cisco CCNA*: A certification for network administrators and engineers. 4. *Cisco CCNP*: A certification for advanced network engineers.
Latest Projects
Scratch Course for Kids
Scratch is a free online platform developed by MIT that introduces kids to coding and programming concepts through creative and interactive projects. Age Group: Scratch is designed for kids aged 8-16 years old. Course Objectives: 1. *Introduce Coding Concepts*: Teach kids the basics of programming using block-based coding. 2. *Develop Problem-Solving Skills*: Encourage kids to think creatively and develop solutions to real-world problems. 3. *Foster Creativity*: Provide a platform for kids to express their creativity and imagination through coding projects. 4. *Build Confidence*: Help kids develop confidence in their ability to code and create. Scratch Features: 1. *Block-Based Coding*: A visual programming language that uses blocks instead of text-based code. 2. *Sprite-Based Animation*: Kids can create animations and games using sprites, which are graphical objects that can be programmed. 3. *Interactive Projects*: Kids can create interactive projects, such as games, animations, and stories. 4. *Online Community*: Kids can share their projects, collaborate with others, and learn from the online Scratch community. Course Curriculum: 1. *Introduction to Scratch*: Learn the basics of Scratch, including navigation, blocks, and sprites. 2. *Coding Fundamentals*: Understand basic coding concepts, such as loops, conditionals, and variables. 3. *Animation and Game Development*: Create animations and games using Scratch’s built-in features. 4. *Project-Based Learning*: Work on real-world projects that integrate coding concepts, creativity, and problem-solving skills. Benefits: 1. *Develops Coding Skills*: Introduces kids to coding concepts and programming languages. 2. *Enhances Creativity*: Encourages kids to express their creativity and imagination through coding projects. 3. *Improves Problem-Solving Skills*: Develops critical thinking and problem-solving skills through interactive projects. 4. *Builds Confidence*: Helps kids develop confidence in their ability to code and create.
MoreCoding Python Course for Kids!
A Coding Python course for kids is an educational program designed to introduce children to the fundamentals of programming using the Python language. Age Group: Typically, kids aged 8-16 years old can learn Python programming. Course Objectives: 1. *Introduce Programming Concepts*: Teach kids the basics of programming, including variables, data types, loops, and functions. 2. *Develop Problem-Solving Skills*: Encourage kids to think creatively and develop solutions to real-world problems. 3. *Build Confidence*: Help kids develop confidence in their ability to code and create. 4. *Prepare for Future Careers*: Introduce kids to the world of computer science and prepare them for future careers in tech. Python Features: 1. *Easy to Learn*: Python is a high-level language with a simple syntax, making it perfect for kids to learn. 2. *Versatile*: Python can be used for web development, game development, data analysis, and more. 3. *Large Community*: Python has a vast and supportive community, ensuring there are plenty of resources available. Course Curriculum: 1. *Introduction to Python*: Learn the basics of Python, including syntax, variables, and data types. 2. *Control Structures*: Understand control structures, such as loops and conditional statements. 3. *Functions*: Learn to define and use functions in Python. 4. *Data Structures*: Understand lists, dictionaries, and other data structures in Python. 5. *Project-Based Learning*: Work on real-world projects that integrate Python programming concepts. Benefits: 1. *Develops Coding Skills*: Introduces kids to programming concepts and Python language. 2. *Enhances Problem-Solving Skills*: Develops critical thinking and problem-solving skills through coding projects. 3. *Builds Confidence*: Helps kids develop confidence in their ability to code and create. 4. *Prepares for Future Careers*: Introduces kids to the world of computer science and prepares them for future careers in tech. Online Resources: 1. *(link unavailable) Python Course*: A free online course that teaches kids Python programming concepts. 2. *Python for Kids*: A website that provides tutorials, resources, and projects for kids to learn Python. 3. *Scratch to Python*: A course that transitions kids from Scratch to Python programming. Tips for Parents: 1. *Encourage Practice*: Support your child’s practice and experimentation with Python programming. 2. *Provide Resources*: Invest in books, online courses, and software to support your child’s learning. 3. *Celebrate Progress*: Celebrate your child’s progress and accomplishments in Python programming.
MoreDrawing Course for Kids!
A drawing course for kids is an educational program designed to introduce children to the fundamentals of drawing and art. These courses aim to develop creativity, fine motor skills, and self-expression in kids. Age Group: Typically, kids aged 5-16 years old can participate in drawing courses. Course Objectives: 1. *Develop Fine Motor Skills*: Improve hand-eye coordination, dexterity, and control through various drawing exercises. 2. *Encourage Creativity*: Foster imagination, creativity, and self-expression through different art techniques and mediums. 3. *Build Confidence*: Help kids develop confidence in their artistic abilities and self-expression. 4. *Introduce Art Fundamentals*: Teach kids the basics of drawing, including shapes, lines, colors, and textures. Drawing Techniques and Mediums: 1. *Pencil Drawing*: Learn basic pencil drawing techniques, including shading, texture, and perspective. 2. *Color Theory*: Understand the basics of color theory, including color mixing, contrast, and harmony. 3. *Watercolor Painting*: Explore watercolor painting techniques, including wet-on-wet, wet-on-dry, and glazing. 4. *Mixed Media*: Combine different art materials and techniques, such as collage, paper mache, and sculpture. Course Curriculum: 1. *Introduction to Drawing*: Learn basic drawing techniques, including lines, shapes, and colors. 2. *Exploring Mediums*: Experiment with different art mediums, such as pencils, markers, and paints. 3. *Still Life and Landscape*: Draw and paint still life compositions and landscapes. 4. *Portrait and Figure Drawing*: Learn to draw the human face and figure. 5. *Project-Based Learning*: Work on real-world projects that integrate drawing techniques and mediums. Benefits: 1. *Develops Creativity*: Drawing courses encourage kids to think creatively and express themselves through art. 2. *Improves Fine Motor Skills*: Drawing exercises help develop hand-eye coordination, dexterity, and control. 3. *Boosts Confidence*: Drawing courses help kids develop confidence in their artistic abilities and self-expression. 4. *Enhances Observation Skills*: Drawing encourages kids to observe and study the world around them. Tips for Parents: 1. *Encourage Practice*: Support your child’s practice and experimentation with different drawing techniques and mediums. 2. *Provide Materials*: Invest in good-quality art materials, such as pencils, paints, and paper. 3. *Celebrate Progress*: Celebrate your child’s progress and accomplishments in drawing.