Ztech develops study robots and e-learning courses for both students and corporate professionals. Their products aim to enhance learning outcomes through interactive technology and tailored educational content.
Funding
$364.1K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional methods of teaching robotics and coding to children often lack engaging, hands-on experiences, making it difficult for young learners to grasp complex concepts. Existing educational robots can be expensive, lack age-appropriate interfaces, and fail to integrate interdisciplinary learning.
Solution
Ztech provides an integrated educational platform that combines a codeable robot, Zbot, with online courses to teach children aged 4-14 robotics, coding, and AI concepts. Zbot is a domestically produced, programmable robot designed to make robotics education more accessible and effective through its user-friendly interface and versatile functionality. The platform offers courses in game development, robotics, and software development, all aligned with national education standards and international accreditation benchmarks. Zbot features a variety of sensors, customizable components, and coding interfaces suitable for different skill levels, enabling students to engage in hands-on projects and develop critical STEM skills.
Target Audience
The primary audience includes children aged 4-14, schools, educational organizations, and parents seeking to provide engaging and effective STEM education.
Features
- Zbot: A codeable educational robot with a durable, Lego-compatible design
- Multiple coding interfaces: Supports symbolic, block-based, and text-based coding to accommodate various skill levels
- Integrated sensors: Includes sensors for color detection, line tracking, object detection, light, sound, and tilt
- Expandability: Features expansion ports for adding additional sensors and functionalities
- Online learning platform: Provides access to structured courses, coding environments, and project resources
- Interdisciplinary learning: Integrates robotics with other subjects through themed activity maps
- Certification: Offers a digital certificate in collaboration with Boğaziçi University upon course completion