Global Learning. STEM Powered.
Empowering students to solve real world problems with British Curriculum aligned STEM learning. ENGINO integrates seamlessly with the latest classroom technologies and learning management systems, offering an enriched educational experience that meets British Curriculum standards. By using ENGINO kits, students gain practical skills and knowledge, tackling challenges in sustainability, automation, and design skills essential for the 21st century.
ENGINO's STEM solutions align seamlessly with the British Curriculum, enabling progressive skill development across Key Stages 1 through 4.
Key Stage 1 & 2:
ENGINO projects introduce students to basic principles of materials, mechanisms, and structures. Through exploration, students learn how different components work together, building foundational skills in creativity and problem-solving.
Key PYP Features:
• Introduces foundational skills in structure, materials, and movement.
• Encourages creativity and collaboration through hands-on projects.
• Reinforces understanding through simple design and building tasks.
Key Stage 3 & 4:
At these stages, students engage with more complex systems, incorporating CAD, electronics, and programming. Projects encourage students to explore advanced concepts in sustainability, automation, and product design, preparing them for IGCSE and further studies.
Key MYP Features:
• Integrates CAD design, electronics, and programming skills.
• Emphasizes critical thinking, problem-solving, and technical accuracy.
• Encourages application of design cycle stages, from planning to evaluation.
ENGINO's kits are designed to align with the British Curriculum DesignTechnology Cycle, guiding students through each stage of the design process:
1. Investigate: Students begin by exploring and defining a problem, conducting research, and analysing existing solutions.
2. Design: Using CAD tools, students develop detailed plans and create prototypes that meet specific goals and constraints.
3. Create: Students construct their designs using ENGINO kits, applying technical skills and ensuring functionality through hands-on assembly and testing.
4. Evaluate: After testing their solutions, students analyse results, reflect on their process, and suggest improvements, aligning with the curriculum's emphasis on self-evaluation and iterative design.
By engaging in each phase of the cycle, students develop critical thinking and technical skills, gaining confidence as independent problem solvers.
ENGINO®'s flexible and comprehensive approach to Design Technology is ideal for British Curriculum schools, supporting students from Primary through Secondary levels and beyond.
Primary Years:
ENGINO kits foster a foundation in STEM, encouraging young learners to explore materials, structures, and simple mechanisms. Hands-on projects promote curiosity and understanding, aligned with Key Stage 1 and 2 learning objectives.
Key Features:
• Engages students with simple structures and hands-on exploration.
• Develops early problem-solving and teamwork skills.
• Supports foundational knowledge in materials and basic mechanics.
Secondary Years:
For Key Stages 3 and 4, ENGINO introduces more advanced topics, such as CAD design, electronics, and sustainability. Projects become progressively more complex, helping students build skills in technical analysis, creative problem-solving, and effective communication. These projects lay the groundwork for IGCSE-level coursework.
Key Features:
• Challenges students with advanced concepts in CAD, programming, and automation.
• Develops higher-level skills in evaluation, iteration, and design refinement.
• Prepares students for IGCSE Design Technology assessments and projects.
Post-IGCSE:
ENGINO kits extend into advanced topics like automation, robotics, and environmental design, preparing students for further studies. These projects challenge students to apply skills in sophisticated contexts, aligning with post-IGCSE progression and bridging toward A-Level expectations.
ENGINO's STEM solutions integrate seamlessly with the latest classroom technologies, supporting enhanced learning through modern platforms:
2D & 3D CAD Software: Students use CAD tools to design, model, and refine projects like energy-efficient structures and automation systems.
Arduino Programming: Kits allow students to program real-time sensors, gaining practical experience with electronics, automation, and environmental control.
Learning Management System (LMS) Compatibility: ENGINO resources integrate with platforms like Google Classroom and Canvas, streamlining the tracking and assessment of student progress.
By incorporating these next-gen tools, ENGINO equips students with relevant skills for future academic and career paths, making STEM learning accessible, engaging, and impactful.
Future Growth with ENGINO
ENGINO's STEM solutions are evolving to meet the needs of students beyond IGCSE, with a growing emphasis on advanced skills and real-world applications. We are excited to develop resources that align with A-Level Design Technology standards, supporting students as they tackle advanced topics such as robotics, engineering, and sustainable technology.
With these developments, ENGINO will continue to align with British Curriculum goals, offering cutting-edge STEM education that prepares students for higher education and emerging career paths. ENGINO is committed to empowering the next generation of innovators with the tools, knowledge, and skills they need to succeed in an ever-evolving technological landscape.