🛠️ TryEngineering – Hands-On STEM & Engineering Exploration
Course Overview
TryEngineering introduces students to engineering concepts, problem-solving, and STEM projects through interactive hands-on activities. Students explore mechanical, electrical, civil, and robotics concepts while working on projects that mirror real-world engineering challenges.
This program develops critical thinking, creativity, logical reasoning, and teamwork, preparing children for advanced STEM studies and engineering careers.
🎯 Course Objectives
By the end of this course, students will:
- Understand basic engineering principles and real-world applications
- Work on hands-on STEM projects and experiments
- Develop problem-solving, critical thinking, and logical reasoning skills
- Explore robotics, mechanical systems, and electrical circuits
- Build creativity, innovation, and teamwork abilities
- Gain confidence in STEM and engineering learning
⭐ Why Students Should Join TryEngineering?
- Makes engineering and STEM learning hands-on and fun
- Encourages creativity, critical thinking, and innovation
- Provides real-world project experience
- Builds confidence and teamwork skills
- Prepares students for STEM competitions, robotics, and future careers
- Supports school STEM curricula and problem-solving abilities
👨👩👧👦 Message for Parents
TryEngineering gives children a safe, interactive, and project-based learning environment to explore engineering concepts. Students learn by designing, building, experimenting, and solving real challenges, developing practical STEM skills, creativity, and problem-solving confidence.
We ensure:
✔ Safe and engaging learning environment
✔ Certified instructors trained in STEM and engineering education
✔ Step-by-step structured lessons
✔ Hands-on project-based learning
✔ Continuous guidance and progress tracking
📚 Course Structure & Syllabus
Age Group 7–9 Years (Foundation Level)
Topics:
- Introduction to engineering concepts
- Simple mechanical & structural projects
- Basic problem-solving challenges
- Creative building activities
- Teamwork & collaboration exercises
Skills Developed: Creativity, focus, basic engineering understanding
Age Group 10–12 Years (Intermediate Level)
Topics:
- Hands-on projects in mechanical and electrical systems
- Introduction to robotics and sensors
- Real-life engineering problem simulations
- STEM challenges and competitions
- Logical reasoning & design thinking exercises
Skills Developed: Analytical thinking, problem-solving, teamwork
Age Group 13+ Years (Advanced Level)
Topics:
- Complex engineering projects & automation concepts
- Robotics programming & sensor integration
- Design challenges and prototypes
- STEM problem-solving competitions
- Introduction to AI and engineering applications
Skills Developed: Higher-order thinking, engineering skills, innovation
🧪 Teaching Methods
- Hands-on STEM and engineering projects
- Project-based experiential learning
- Guided building and coding exercises
- Group discussions & problem-solving challenges
- Continuous evaluation and feedback
🔧 Tools & Resources Used
- Robotics kits, sensors & circuits
- Mechanical building kits & materials
- Project worksheets & guides
- Simulation and design software (if available)
- Digital collaboration tools
🏆 What Students Will Gain
- Certificate of Completion
- Hands-on STEM & engineering experience
- Creativity, problem-solving, and logical thinking skills
- Confidence in STEM and technology learning
- Preparation for advanced STEM education and competitions
📝 Enrollment Information
Course Duration: 8 / 12 / 16 weeks
Mode: Online / On-campus
Sessions: Once or Twice per week
Assessment: Project-based evaluation + continuous feedback
✅ Enroll Now
Give your child the opportunity to explore, build, and innovate with STEM and engineering projects, developing critical skills for the future!