Stem Trainer- Aerospace

Job highlights

• Experience in robotics education with skills in embedded systems, microcontrollers, and automation
• Conduct robotics sessions using project-based learning, prepare lesson plans, mentor students in design, programming, and testing of robotic and aero projects

Role & responsibilities:

Classroom Teaching

• Conduct engaging robotics sessions using activity-based and project-based learning methodologies.

• Teach robotics concepts through practical demonstrations, experiments, and engineering challenges.

• Create an interactive classroom environment that promotes curiosity, innovation, logical thinking, and problem-

solving.

Lesson Planning & Preparation

• Prepare lesson plans, activity guides, and project resources based on the curriculum.
• Organize robotics kits, electronic components, sensors, tools, and learning materials before every session.
• Adapt lesson delivery to suit different age groups and learning abilities.

Student Mentoring & Assessment

• Observe, mentor, and evaluate students throughout the learning journey.
• Provide technical guidance during robot design, assembly, programming, and testing.
• Assess students on technical understanding, practical skills, creativity, teamwork, and problem-solving.
• Maintain student progress records and project documentation.

Aero Project Development

• Guide students in designing, building, programming, testing, and improving aero projects and automated

systems.

• Teach electronics & robotics concepts including mechanical design, electronics, automation, embedded systems, sensors,

actuators, and control systems.

• Mentor students in assembling robotic prototypes using structural components, motors, sensors, controllers, and

communication modules.

• Introduce students to embedded programming using microcontrollers and robotics development platforms.
• Guide students in integrating sensors, motors, displays, wireless communication modules, and IoT concepts into

robotics applications.

• Encourage students to follow the engineering design process from concept development and prototyping to

testing, debugging, and continuous improvement.