A school with advanced facilities like an STEMPro lab is highly appealing to parents, showing the school is dedicated to giving students relevant, future-proof skills. This helps retain current students while also attracting new admissions.

Absolutely. Our STEMPro curriculum is designed to integrate seamlessly with standard school subjects and can be adapted to match any specific curriculum requirements or updates. This ensures that AI and Robotics remain relevant and aligned with what students are learning in class.

The setup is designed to be minimally disruptive to your existing infrastructure. We only require one classroom with the standard chairs and tables already in place. Additionally, a small storage area is needed to safely keep the robotics kits and hardware. We handle the rest, ensuring a smooth setup without extensive changes to the school’s facilities.

In the first year, schools typically see improved engagement and interest in STEM subjects. By reinforcing the core concepts, students gain confidence and better understand theoretical concepts, which often translates to improved exam performance. Additionally, the school’s modern infrastructure becomes a unique selling point, which can lead to an increase in admissions.

Our curriculum reinforces key science and math concepts through hands-on projects, making it easier for students to grasp and retain what they learn in class. This approach leads to higher confidence, which can improve their overall academic performance.

Our STEMPro solution comes with comprehensive training programs for teachers, tailored to help them understand and guide students through our curriculum. At the beginning of the year we start with a one week face to face train the train program followed by a visit from our trained staff once every term. Additionally, our support team is always available to assist teachers with hands-on sessions and troubleshooting.

An AI and Robotics lab demonstrates that the school is forward-thinking and invested in providing cutting-edge learning experiences. Schools with advanced labs often attract more enrolments, as parents see this as an opportunity for their children to stay ahead in rapidly evolving fields.

Our partnership doesn’t end with setup. ThinkPro offers ongoing technical support, regular curriculum updates, and teacher training sessions to ensure that the lab continues to deliver value over the long term. We’re committed to ensuring the lab remains a thriving part of the school.

Our AI and Robotics class is designed as a concept reinforcement session, not as a replacement or competitor for time from other subjects. Instead, it supports students in understanding core subjects like science and mathematics more deeply. By scheduling one session per week per student, ideally on the same day as relevant topics are covered in class, students can immediately apply what they’ve learned, enriching their grasp of core concepts without impacting other subjects' schedules. To support this, we provide a comprehensive list of projects, and a detailed curriculum aligned with the school’s academic plan. This allows schools to seamlessly integrate AI and Robotics sessions into their timetable, ensuring these classes complement and reinforce core subject learning.

Yes, students will receive completion certificates as they progress through different grades of the AI and Robotics curriculum. These certificates can add value to their profiles, showcasing their proficiency in future-forward skills.

The benefits of this program will build over time, and while immediate improvements may not be dramatic, the impact on students’ understanding and performance will be clear. Initially, students will start grasping complex concepts more easily and articulating their understanding with confidence. Over time, this deeper comprehension often translates to better exam performance as well. Additionally, we will conduct regular assessments tailored to gauge not only students’ grasp of classroom concepts but also their skills in problem-solving, critical thinking, and design thinking. These evaluations provide measurable insights into each student’s progress and the program’s overall effectiveness.

A school with advanced facilities like an STEMPro lab is highly appealing to parents, showing the school is dedicated to giving students relevant, future-proof skills. This helps retain current students while also attracting new admissions.

Absolutely. Our STEMPro curriculum is designed to integrate seamlessly with standard school subjects and can be adapted to match any specific curriculum requirements or updates. This ensures that AI and Robotics remain relevant and aligned with what students are learning in class.

The setup is designed to be minimally disruptive to your existing infrastructure. We only require one classroom with the standard chairs and tables already in place. Additionally, a small storage area is needed to safely keep the robotics kits and hardware. We handle the rest, ensuring a smooth setup without extensive changes to the school’s facilities.

In the first year, schools typically see improved engagement and interest in STEM subjects. By reinforcing the core concepts, students gain confidence and better understand theoretical concepts, which often translates to improved exam performance. Additionally, the school’s modern infrastructure becomes a unique selling point, which can lead to an increase in admissions.

Our curriculum reinforces key science and math concepts through hands-on projects, making it easier for students to grasp and retain what they learn in class. This approach leads to higher confidence, which can improve their overall academic performance.

Our STEMPro solution comes with comprehensive training programs for teachers, tailored to help them understand and guide students through our curriculum. At the beginning of the year we start with a one week face to face train the train program followed by a visit from our trained staff once every term. Additionally, our support team is always available to assist teachers with hands-on sessions and troubleshooting.

An AI and Robotics lab demonstrates that the school is forward-thinking and invested in providing cutting-edge learning experiences. Schools with advanced labs often attract more enrolments, as parents see this as an opportunity for their children to stay ahead in rapidly evolving fields.

Our partnership doesn’t end with setup. ThinkPro offers ongoing technical support, regular curriculum updates, and teacher training sessions to ensure that the lab continues to deliver value over the long term. We’re committed to ensuring the lab remains a thriving part of the school.

Our AI and Robotics class is designed as a concept reinforcement session, not as a replacement or competitor for time from other subjects. Instead, it supports students in understanding core subjects like science and mathematics more deeply. By scheduling one session per week per student, ideally on the same day as relevant topics are covered in class, students can immediately apply what they’ve learned, enriching their grasp of core concepts without impacting other subjects' schedules. To support this, we provide a comprehensive list of projects, and a detailed curriculum aligned with the school’s academic plan. This allows schools to seamlessly integrate AI and Robotics sessions into their timetable, ensuring these classes complement and reinforce core subject learning.

Yes, students will receive completion certificates as they progress through different grades of the AI and Robotics curriculum. These certificates can add value to their profiles, showcasing their proficiency in future-forward skills.

The benefits of this program will build over time, and while immediate improvements may not be dramatic, the impact on students’ understanding and performance will be clear. Initially, students will start grasping complex concepts more easily and articulating their understanding with confidence. Over time, this deeper comprehension often translates to better exam performance as well. Additionally, we will conduct regular assessments tailored to gauge not only students’ grasp of classroom concepts but also their skills in problem-solving, critical thinking, and design thinking. These evaluations provide measurable insights into each student’s progress and the program’s overall effectiveness.