Robotics Trainer

The Design, Development and Delivery of competency-based
programs that integrate product development in Robotics, while mapping these
projects to Space science and Astronomy, CS and STEM fields. This curricula
should ensure students gain hands-on experience with cutting-edge technology
and real-world problem-solving skills.

Responsible for

Design educational materials such as digital content (videos & presentations),
lesson plans, textbooks, and all other forms of educational content with
hands-on activities that clearly communicate Robotics and relevant emerging
technology to different student age groups (6-18).

Key Responsibilities:

• 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.

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.

Preferred Skills:

• Familiarity with Python, C/C++, or Scratch programming.
• Experience with robotics competitions (e.g., FIRST
  Robotics, RoboCup).
• Strong understanding of STEM pedagogy and best
  practices in project-based learning.
• Knowledge of autonomous systems and artificial
  intelligence in educational robotics.
• Experience working with teachers and school systems to
  integrate robotics education.

Benefits:

• Competitive salary and benefits package.
• Opportunity to work in a cutting-edge, dynamic
  educational environment.
• Professional development and opportunities to stay at
  the forefront of robotics and STEM education.
• Access to state-of-the-art tools, robotics kits,
  3D printers, aerospace, and astronomy lab.