STEAM - Science, Technology, Engineering, Art, Mathematics.
STEAM-based learning gives students tools and methods to explore new and creative ways of problem-solving, displaying data, innovating, and linking multiple fields. It teaches them how to think outside the box!
Robotics and Artificial Intelligence in Nigeria
STEAM represents a unique approach to teaching and learning. It centers around individual students learning styles and interests.
STEAM Education has something to offer every student. Unlike traditional education experiences in which subject areas are concentrated on separately without any relationship.
STEAM Education emphasizes the importance of technology and integrates subjects in ways that connect discipline, and relates them to each other.
Why
STEAM moves beyond simple test performance and focuses on developing higher-level thinking skills by connecting classroom learning to the real world.
STEAM emphasizes collaboration, communication, research, problem-solving, critical thinking, and creativity.
Skills that students need to be successful in today’s world regardless of specific interests or career goals.
STEAM is a direct response to the realization that our future would be built on the capacity for innovation and creative problem-solving.
Unfortunately, Nigeria is nowhere to be found in terms of STEAM education and we fall behind internationally. This makes it more difficult for Nigeria to compete in the global economy. Nigerians who are given the opportunity in STEAM education have been doing great as they break records in innovation and creativity both within Nigeria and overseas.
STEAM implementation in primary and secondary schools in Nigeria can help students to improve in performance in school, be innovative, critical thinkers, and problem solvers.
Evidence in the role of STEAM education in China and other country’s economy has shown that STEAM education is a vital part of any growing economy, it improves the educational system and effectively curb unemployment among graduates.
Support us as we hope to train teachers who will impact our future global innovators and makers.
This program features activities that engage teachers, pupils & students in programming, robotics, Artificial Intelligence (AI), engineering, animations, data analysis and designs. We help schools to improve your learner’s involvement classroom activities through an integrated high quality STEAM based curriculum that is learner’s centered, fun-filled, collaborative and with hands-on projects.
OUR SERVICES
1. STEAM laboratory setup
2. STEAM Education Curriculum Integration
3. STEAM Education & Robotics Courses for Teachers
4. Educational Kits and Robots supply
5. STEAM Education Consultation and Support
6. STEAM Event Hosting & Management
OUR MISSION
The mission of Slink STEAM Education Consult is supported by latest research and innovation, our curriculum uses the hands-on, minds-on field of robotics to engage students in problem-solving, discovery, and exploratory learning.
- Help students develop 21st Century skills, mindset and career readiness skills.
- Teach important skills in foundational mathematics, engineering, programming, problem-solving, creative thinking, and computational thinking.
- Provide a natural platform for combining technological design with scientific inquiry
- Include comprehensive teacher tools and training to ensure teachers are prepared to succeed with modern-day technology and STEAM education curriculum.
- Uses challenging, hands-on content and curriculum to motivate students to learn about science, technology, engineering, and math, all while having fun.
- Prepares students to think algorithmically and use technology to solve real-world problems in a structured way.
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Our Program Description
CADRET: Coding, Animation, Design, Robotics, Engineering & Technology.
CADRET 1: Sense, Plan, Act
Students learn about mechanical construction systems using educational building systems.
CADRET 2: Creative Engineering
Students learn additional building skills and how to develop creative solutions by following through a themed course that apply the basic engineering process and cross-cultural investigations.
CADRET 3: Mobility and Sequence
Students will use their robotics kits to explore elementary math concepts, the properties of different objects, and the concept of force with simple machines.
CADRET 4: Sensing and Logic
Students build and program robots to complete sensor-assisted navigation tasks in themed worlds.
CADRET 5: Experiments and Analysis
Students build and program robots in applications focused around responsive real-time autonomy through Repeated Decisions (looped conditionals).
CADRET 5 Revisited
Students learn or review the fundamental programming concepts covered in previous years during a single-year catch-up curriculum.
CADRET 6: Engineering Explorations
Students will be introduced to engineering principles as they use their previous knowledge of programming and robotic design to solve real-world problems.
CADRET 7: Data and the World
Students will be introduced to engineering principles as they use their previous knowledge of programming and robotic design to solve real-world problems.
CADRET 8: Algorithmic Thinking
Students undertake engineering projects that require them to model the physical world using data abstraction.
CADRET 9: Collaborative Engineering
Students undertake programming and engineering projects that require their robots to manipulate data abstractions of substantial complexity.
CADRET 10: Internet of Things
Students will bring concepts of industrial design, electronics, programming and connectivity together in a course focused around developing “smart” devices for everyday life.