The digital natives of today are the designers and inventors of tomorrow
Our innovative curriculum empowers students to not only utilize the latest technology effectively but also to redesign, interpret, and critique it, often astonishing us with their original creations. This journey fosters their development into pioneering creators of new and emerging technologies. Additionally, we encourage our students to view technology not merely as an end but as a powerful tool for bridging social and economic disparities.
STEM - Goenka’s STEM programme in collaboration with STEMplify
Honing talents, developing skills for tomorrow
Advantages of the STEM programme in learning:
Critical Thinking and Problem Solving
Students learn to solve complex problems with patience and deliberation, nurturing skills that enhance their understanding of the world.
Innovation and Creativity
Students are confident to develop innovative ideas and solutions, exploring out-of-the-box tools and thought patterns.
Real-world Applications
Aquiring practical applications and understanding practical designs and methodologies.
Interdisciplinary Learning
Developing a holistic understanding of a problem, and exploring the interconnectedness of processes in both nature and technology.
Technological Adaptability
Learning to be an active inquirer, making pace with technological innovations.
Drone Wars
Our drone wars program offered under STEM initiatives develops a variety of skills in Goenkans, including:
Technical Skills: Understanding drone mechanics, programming, and operation.
Engineering Design: Designing, building, and modifying drones for specific tasks.
Coding and Programming: Writing and debugging code to control drones and their functions.
Problem-Solving: Developing solutions to challenges and obstacles encountered during drone operation.
Critical Thinking: Analyzing and evaluating different strategies and approaches for drone missions.
Mathematical Skills: Applying math concepts such as geometry, trigonometry, and physics in drone navigation and design.
Data Analysis: Collecting and interpreting data from drone sensors and flight logs to improve performance.
Spatial Awareness: Enhancing understanding of spatial relationships and improving navigation skills.
Ethical and Responsible Use: Learning about the ethical considerations and regulations related to drone usage.
Industry Focus
Industrial Designing
Electrical Circuits
Drone Technology and Application
Sensors of Drones
ROBOTICS
Participating in a robotics program as part of STEM initiatives helps Goenkans develop a wide range of skills, including:
Problem-Solving Skills
Problem-Solving Skills
Applying mathematical concepts to solve problems related to robotics, such as calculations for movement and energy efficiency.
Critical Thinking
Critical Thinking
Analyzing and evaluating information to make informed decisions and optimize robotic designs.
Programming Skills
Programming Skills
Learning and applying coding languages and software to control robots.
Engineering Principles
Engineering Principles
Understanding mechanical design, electronics, and systems integration.
Creativity and Innovation
Creativity and Innovation
Designing and building unique robots and experimenting with new ideas.
Technical Proficiency
Technical Proficiency
Gaining hands-on experience with tools, equipment, and technology used in robotics.
Mathematical Skills
Mathematical Skills
Applying mathematical concepts to solve problems related to robotics, such as calculations for movement and energy efficiency.
Analytical Thinking
Analytical Thinking
Breaking down complex problems and systems into manageable parts for better understanding and solution development.
Industry Focus
Healthcare
Entertainment and Gaming
Retail and E-commerce
Food Tech
Banking and Financial Services
Travel
F1 in Cars
The F1 in Schools India Primary STEM program is a fantastic, innovative project that brings the concept of the F1 in Schools Challenge into the Goenkan School classroom, for students from 6-19 years to engage in designing, analysing, making, testing, and racing their own model racing cars.
With acquisition of key skills, including those listed below, Goenkans steer ahead with better empathy and technical awareness than their counterparts.
Engineering and Design Skills: Through designing and building miniature F1 cars, students learn about engineering principles, aerodynamics, and the design process.
Computer-Aided Design (CAD): Students use CAD software to design their cars, enhancing their technical skills and proficiency with industry-standard tools.
Project Management: The program requires effective project planning and execution, teaching students how to manage time, resources, and team tasks.
Teamwork and Collaboration: Working in teams, students develop strong collaboration and communication skills as they coordinate efforts to achieve common goals.
