A World of STEM Learning
Empowering students to solve real world problems with STEM aligned learning.ENGINO kits integrate seamlessly with classroom technologies and learning management systems, offering an enriched educational experience tailored to K-12 STEM standards. By using ENGINO kits, students build practical skills and knowledge, addressing challenges in sustainability, engineering, andtechnology essential for today's evolving world.
ENGINO's STEM solutions align American K-12 standards, enabling progressive skill development across elementary, middle, and high school levels.
Elementary (Grades K-5):
ENGINO projects introduce students to foundational concepts in materials, simple machines, and structures. Through exploration, young learners gain an understanding of how parts work together, building essential skills in creativity, collaboration, and problem-solving.
Key PYP Features:
• Engages students with hands-on exploration of materials and mechanisms.
• Fosters early critical thinking and teamwork skills.
• Reinforces understanding through structured design and building activities.
Middle School (Grades 6-8):
At this level, students engage with more complex systems, incorporating CAD software and basic electronics. Projects encourage exploration of sustainable design, automation, and real-world applications, preparing students for high school-level engineering and STEM courses.
Key MYP Features:
• Introduces CAD and basic electronics for real-world design.
• Encourages project-based learning and problem-solving.
• Emphasizes design thinking and iterative processes.
High School (Grades 9-12):
ENGINO supports advanced prototyping, automation, and complex design challenges, preparing students for pre-college pathways. Projects combine CAD, electronics, and sustainability concepts, guiding students through rigorous engineering and design tasks aligned with high school standards.
Key MYP Features:
• Builds expertise in advanced CAD, programming, and systems thinking.
• Prepares students for college entrance exams like the SAT and ACT, as well as AP and dual-enrollment courses.
• Encourages technical skills in engineering, design, and environmental science.
ENGINO's kits are designed to align with the American K-12 Engineering DesignProcess, guiding students through each stage:
1. Ask: Students begin by identifying a problem, conducting research, and analyzing existing solutions.
2. Imagine: Using brainstorming techniques and CAD tools, students develop potential solutions that meet specific criteria.
3. Plan: Students outline steps and create prototypes based on their research, using ENGINO kits to construct and test their designs.
4. Create & Improve: After building their models, students test, evaluate, and refine their solutions, applying feedback to enhance functionality and effectiveness.
By engaging in each phase of this process, students develop critical STEM skills, gaining confidence and independence in their problem-solving abilities.
ENGINO's comprehensive approach is ideal for K-12 STEM programs, supporting students from elementary to high school and beyond.
Elementary (Grades K-5):
ENGINO kits support foundational STEM concepts, encouraging young learners to explore and understand the principles of engineering and mechanics through play-based projects.
Key Features:
• Introduces foundational STEM concepts in a playful, hands-on way.
• Develops collaboration and early critical-thinking skills.
• Supports early learning standards for science and engineering.
Middle School (Grades 6-8):
ENGINO projects help students tackle more complex challenges, such as sustainable systems and simple programming, laying the groundwork forhigh school STEM courses.
Key Features:
• Expands knowledge with real-world applications in CAD and programming.
• Reinforces STEM fundamentals with inquiry-based learning.
• Prepares students for high school-level problem-solving and design tasks.
High School (Grades 9-12):
ENGINO® provides the resources needed to support advanced STEM projects, enabling students to develop functional prototypes and apply skills in automation, CAD, and environmental science. ENGINO projects align with college-prep pathways, bridging high school and college-level learning.
Key Features:
• Aligns with high school engineering and environmental science standards.
• Prepares students for AP, dual-enrollment, and other pre-college STEM courses.
• Supports advanced problem-solving, programming, and technical skills for college readiness.
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.
Expanding Opportunities with ENGINO
ENGINO's STEM solutions are evolving to meet the demands of higher-level STEM learning in American K-12 education. We're expanding our resources to include advanced topics such as robotics, environmental design, and sustainable technology, preparing students for pre-college exams, AP courses, and college admissions.
These new offerings will align with college-preparatory standards, such as SAT, ACT, and AP courses, ensuring that ENGINO remains a cutting-edge resource for K-12 STEM education. With a commitment to inspiring the next generation of innovators, ENGINO provides the tools and knowledge needed to succeed in an increasingly technological world.