Robots are becoming increasingly integral in both our daily lives and work environments, spanning various fields such as manufacturing, agriculture, aerospace, energy, services and medicine. The development of autonomous mobile robots typically involve initial design and prototyping stages, followed by meticulous programming and testing to ensure they deliver optimal performance. Autonomous Mobile Robotics and robotic engineering are an impactful way to introduce students to developing technology. Our programs are designed to strengthen the following skills:
Mechanical and electronic development
Sensor and drive technology
Programming
Mathematics
Reading and comprehension
Problem-solving
To ensure your participation, please take a moment to fill out our Google Form. It is quick and easy!
Selecting a course tailored to your interests and aspirations is an exciting step in your educational journey. Each course description is a window into new knowledge and skills waiting to be explored. Take the time to review and consider which path aligns best with your curiosity and ambitions. Embrace this opportunity to embark on a learning adventure that sparks your passion and fuels your growth.
Our 3D printing course provides students with an understanding of the technology, applications, and processes involved in additive manufacturing.
This course typically combines theoretical knowledge with hands-on experience, enabling students to design, create, and evaluate 3D printed objects.
Our CNC (Computer Numerical Control) programming and machining course teaches students how to operate CNC machines, create CNC programs, and understand the principles of precision machining.
Students learn to read and interpret engineering drawings and applications for CNC.
Our Computer-Aided Design (CAD) course teaches students how to use CAD software to create, modify, analyze, and optimize designs.
CAD software is widely used in various fields such as engineering, product design, architecture, and more.
This mobile robots course provides comprehensive knowledge and hands-on experience in robotics. This course covers mechanical design, electrical and electronic components, programming, and integration to create functional mobile robots.
At the end of the program, student will build and operate a fully functional mobile robot.
Experiential learning is an educational approach that emphasizes learning through experience, engagement, and reflection.
This course allows for active participation in real-world activities, enabling students to apply theoretical knowledge, develop practical skills, and gain deeper insights through hands-on experience.
Our fundamentals of robotics course provides a comprehensive introduction to the field of robotics, covering key concepts, technologies, and applications.
This course typically combines theoretical knowledge with practical experience, enabling students to understand and work with robotic systems.
Our safety and sustainability in technology course aims to educate students on the critical aspects of ensuring safe practices and promoting sustainability in the development, implementation, and usage of technology.
This course covers the principles, standards, and best practices for creating technologies that are both safe for users and sustainable for the environment allowing them to create responsible and future-proof technological solutions.
Our Tech Entrepreneurship course is designed to provide students with the knowledge, skills, and mindset required to start, manage, and grow technology-based businesses. This course covers the fundamentals of entrepreneurship, with a focus on leveraging technology to create innovative solutions and scalable startups.
Tech Entrepreneurship covers areas of market research, business model development, business strategy and planning, leadership, project management, financial management, sales and marketing and presentation skills.