Concept-Specific hands-on Curated Technological Kits
for Experiential Learning
Level Up is an award-winning Experiential Learning toolkit designed for practical hands-on science education by the stalwarts of the education field. This carefully crafted toolkit is perfectly mapped to the curriculum for classes 1st till 10th, giving students experimental experience early in their academic careers.
Schools adopt Level Up for their students and facilitate learning by keeping 1 practical class every two weeks using Level Up modules mapped to the theory taught during those weeks.
Implementation
Level Up comprises of carefully curated 20 sets of experiments for every class. Every investigation covers the necessary summary of concepts, materials, and step-by-step instructions to complete the experiment successfully. The experiments are performed under the guidance of the science faculty of the class. Upon completion of the experiment, students also fill the observation and reflection notebook, and the faculty grades the experiment's execution.
By performing practical experiments on science concepts taught during the week, the students understand the concepts better and enjoy the real-world application of science - preparing them rightfully for the real world. Students, instead of feeling burdened, enjoy Science and help them to stretch their imagination.
With Level Up, students perform better in exams and have higher learning curiosity, superior level of cognition, and higher intelligence.
UpStream - carefully crafted and highly engaging digital content to support visual learning via smartphones, tablets, and PCs. UpStream's content includes high-definition 3D/2D modules tailored to the needs of all students helping students grasp the concepts quickly in an immersive environment. 3D and 2D content with depth perception promotes higher levels of understanding and progressive improvement in core concepts. UpStream includes detailed animation and educational content that serves as educational support for schools. It comes with an integrated testing and assessment solution in the classroom based on Bloom's taxonomy working on an AI engine. In addition to the core concepts of the syllabus, UpStream also has a huge library of resources.
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Machine Learning & AI
How does Spotify suggest the soundtracks that you will probably want to hear next? How does Netflix's 'Recommended Movies for you' section work? How does Facebook show Ads targeting specifically aligned to your shopping list? These are all done via Machine Learning and Artificial Intelligence - programs smart enough to imitate the human mind's behavior. This exceptional course by upperCLASS is specifically designed to give a practical taste of Machine Learning and Artificial Intelligence (AI) in a real-world scenario. Students learn the concepts and apply the ML algorithm to train a network. This is further implemented on a device to build an intelligent machine. The course also contains interviews and interactions with companies using ML and AI in their business.
Computer Vision & AI
Do you enjoy adding a mustache or a beard to your face using Facebook and Snapchat Filters? Ever wondered how the coveted Tesla car's self-driving feature works? They are all based on computer vision and artificial intelligence working in tandem. upperCLASS offers a phenomenal course on Computer vision and AI with hands-on practical experience in object identification and object tracking. Students build valuable products from scratch. The course also contains interviews and interactions with subject matter experts.
Concept of Robotics
Have you ever realized how high-voltage electric wires are cleaned? How do we handle nuclear waste? How do doctors perform the surgery in outer space? The answer is "Robotics." Technically, robotics aims to design machines that can help and assist humans. So most dangerous tasks that pose a risk to human life are nowadays mainly performed by robots. Some of the robots are designed to perform a single task, but at the same time, some are also equipped with AI-ML programming, and they can make some decisions by assessing the situation. This course is curated for the students to understand the concepts and provide them with the flavor of practical exposure. The kits and instructional manual will guide them step by step and allow them to explore the new dimensions of robotics.
Medical Device: Heart
Do you know that the adult heart beats about 100,000 times daily and pumps about 6,000-7,500 liters (1,500-2,000 gallons) of blood daily? To pump this much blood continuously without having any interruptions. We have to check our heart's performance regularly. To find whether our heart is healthy or unhealthy, doctors go for ECG (Electrocardiogram). Where they place multiple electrodes and acquire the electrical signals. Later by carefully examining the heart rhythms & electrical activities, they determine the health status of the heart. This course gives you a flavor of biomedical device design and how to conceptualize biomedical instrument design. The course also contains interviews and interactions with subject matter experts.
Medical Device: Brain
You might wonder how quickly your brain reacts to certain situations like insect bites, accidentally touching hot utensils and many more. The brain is a cluster of neuron cells, and one of the main tasks of these neurons is to transmit the signal for reactive action. That's why we suddenly respond to the insect bite or step away from the hot utensil. To quantify such electrical responses doctors perform the EEG. It is an abbreviation for electroencephalography, and it's used to detect the electrical activity of your brain. It sends thousands of tiny electrical signals through the scalp into your skull and then records the results. Later, doctors examine this electrical activity to determine the health status of the brain. This course will guide you to understand complex biomedical instruments and help you develop your own EEG device.
Concept of Biomimicry
Biomimicry, the concept of using nature-inspired design to solve problems, has had a significant impact on a variety of fields. Artists, designers, and engineers have all recently drawn inspiration from nature to unlock new solutions for today’s complex problems. Biomimetics is the application of living systems to engineering and technology applications. The term “biomimicry” was coined by Dr. Mike Lorch in 1999. He defines biomimicry as ‘the deliberate creation of new technologies from biological or biological-inspired designs. Biomimicry takes inspiration from nature to develop new products, systems, and building structures designed to be more sustainable than current ones. In this course, you will learn to create your imagination and develop a nature-inspired solution for specific problems.
upperCLASS offers a variety of curated certification programs catering to the requirements of the 21st century. These programs are designed to provide a real-world experience to students. Every certification program covers all the necessary concepts and provides a practical, hands-on approach to prepare the students for the professional world. All the certification program covers lab tour videos and interactions with the stakeholders.
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