Curriculum Developer Robotics

Job Description

JOB DESCRIPTION CURRICULUM DEVELOPER (ROBOTICS) Position - Curriculum Developer - Robotics Reporting to (Primary) Curriculum Head Parallel reporting Chief Executive Officer Responsible for Design educational materials such Digital contents (Videos & Presentations), Lesson plans, Text books and all other forms of educational contents with hands-on activities that clearly communicate Robotics and relevant emerging technology to different student age groups 6 18. Technical skills Electronics & PCB Design: Proficiency in designing electronic circuits and PCBs using software like Eagle, KiCAD, or Altium. Embedded Systems: Experience with microcontrollers such as Arduino, ESP32, and familiarity with Embedded C programming. IoT Development: Knowledge of Internet of Things (IoT) systems and how to build projects using sensors and connected devices. Raspberry Pi (Rpi) Programming: Experience with Raspberry Pi programming, including Python, GPIO control, and integration with various sensors. Robotics Platforms: Understanding of UAV (Unmanned Aerial Vehicles) and UGV (Unmanned Ground Vehicles) basics, including how to implement these in educational projects. 3D Printing: Proficiency in 3D printing technology, from designing 3D models to printing functional components for robotics projects. Robotics Kits: Experience with LEGO Mindstorms, VEX, and other similar educational robotics kits, along with programming these platforms for various learning levels. Responsibilities (include but not limited to) Curriculum Development Design comprehensive, age-appropriate robotics curricula covering topics such as electronics, IoT, UAVs/UGVs, and embedded systems for children aged 6-18. Develop project-based learning materials, worksheets, and hands-on activities that encourage creativity and problem-solving. Ensure that the curriculum aligns with international STEM education standards and best practices. Create interactive activities and pre-reading materials to enhance students' understanding of robotics concepts. Workshops and Trainings: Conduct hands-on robotics workshops for students in schools and educational centers. Provide teacher training and professional development to enable educators to effectively implement robotics programs. Design and lead interactive learning sessions on various robotics topics such as Arduino programming, IoT, and 3D printing. Implementation and Collaboration: Collaborate with schools, educators, and educational centers to integrate the robotics curriculum into different learning environments. Organize and lead engaging robotics events, competitions, and innovation challenges. Offer ongoing support to educators, adapting content based on classroom needs and feedback. Assessment and Improvement: Continuously evaluate and improve the curriculum based on student outcomes, teacher feedback and new technological advancements. Keep the curriculum updated with the latest trends in robotics, IoT, and embedded systems to ensure students are learning cutting-edge technologies.