Expert in coding, app development, AI, machine learning, math, physics, and electrical engineering. Inspiring young minds through comprehensive teaching skills.

VIIT's Electrical and Electronic Engineering program offers a comprehensive curriculum covering core subjects such as circuit analysis, power systems, electronics, and more. With experienced faculty, practical lab work, and industry collaboration, students gain a strong theoretical foundation and real-world exposure to excel in the field. The program emphasizes hands-on learning, industry visits, and internships to prepare students for the evolving challenges of electrical and electronic engineering.

As an online instructor for coding, math, and physics, your primary responsibility will be to teach and guide young learners in these subjects through online platforms. You will create an engaging and interactive learning environment for children aged 6 to 14, helping them develop fundamental skills and knowledge in coding, math, and physics. Your role is to inspire curiosity, critical thinking, and problem-solving abilities among your students. Responsibilities: Curriculum Development: Develop or adapt a comprehensive curriculum for coding, math, and physics suitable for children in the specified age range. Design lesson plans, activities, and projects that are age-appropriate, engaging, and aligned with learning objectives. Online Instruction: Deliver live online classes using video conferencing platforms or specialized educational platforms. Utilize various teaching techniques, such as visual aids, demonstrations, interactive exercises, and discussions, to facilitate learning and understanding of coding, math, and physics concepts. Student Assessment: Assess student progress and understanding through assignments, quizzes, tests, and projects. Provide constructive feedback and guidance to help students improve their skills and comprehension of coding, math, and physics principles. Individualized Support: Offer personalized support and guidance to students who require additional assistance in grasping coding, math, or physics concepts. Adapt teaching methods and materials to accommodate diverse learning styles and abilities. Classroom Management: Create a positive and inclusive virtual learning environment where students feel comfortable and motivated to participate. Set clear expectations for behavior, promote collaboration among students, and address any issues that may arise during online sessions. Parent Communication: Maintain regular communication with parents or guardians to provide updates on student progress, discuss areas of improvement, and address any concerns or questions. Collaborate with parents to support learning outside of class and involve them in their child's educational journey. Professional Development: Stay abreast of advancements in coding, math, and physics education, and continuously enhance your own knowledge and skills through professional development opportunities, workshops, and self-study. Qualifications: Strong proficiency in coding languages commonly used in children's coding education, such as Scratch, Python, JavaScript, or visual programming tools along with AI and ML tools. Sound knowledge and understanding of math and physics concepts relevant to the targeted age group. Experience working with children in an educational or instructional capacity, preferably teaching coding, math, or physics. Excellent communication skills with the ability to engage and instruct young learners effectively. Patience, adaptability, and a passion for nurturing children's interest in coding, math, and physics. Familiarity with online teaching platforms, video conferencing tools, and educational resources for remote instruction. Ability to design engaging lesson plans and materials tailored to different learning styles and abilities.

As an online coding instructor for kids and children, your primary responsibility will be to teach and guide young learners in the exciting world of coding and programming. You will be responsible for delivering engaging and interactive coding lessons to children between the ages of 6 and 14, helping them develop foundational skills in computer science and computational thinking. Your goal is to create a fun and supportive learning environment that fosters curiosity, creativity, and problem-solving skills among your students. Responsibilities: 1. Curriculum Development: Create or follow an established curriculum tailored to the age group and skill level of the children. Design lesson plans, coding projects, and activities that are age-appropriate and promote learning and skill development. 2. Online Instruction: Conduct live online coding classes using video conferencing platforms or specialized educational platforms. Use a variety of teaching methods, such as demonstrations, guided practice, and interactive activities, to effectively deliver the curriculum and engage young learners. 3. Student Assessment: Assess the progress and understanding of each student through assignments, quizzes, and projects. Provide constructive feedback and guidance to help students improve their coding skills and understanding of concepts. 4. Individualized Support: Offer one-on-one assistance and support to students who may be struggling with specific coding concepts or facing challenges. Adapt your teaching strategies to meet the diverse learning needs of each child. 5. Classroom Management: Maintain a positive and inclusive learning environment that encourages active participation and collaboration among students. Set clear expectations for behavior and ensure a safe online space for all participants. 6. Parent Communication: Regularly communicate with parents or guardians to provide updates on their child's progress, discuss areas of improvement, and address any concerns. Collaborate with parents to reinforce learning outside of class and encourage their involvement in their child's coding journey. 7. Professional Development: Stay updated with the latest trends, tools, and resources in coding education for children. Continuously improve your own skills and knowledge through self-learning, attending workshops, or participating in relevant training programs. Qualifications: - Strong proficiency in coding languages commonly used in children's coding education, such as Scratch, Python, JavaScript, and AI and ML tools. - Experience working with children in an educational or instructional setting, preferably teaching coding or related subjects. - Excellent communication and interpersonal skills to effectively interact with young learners and their parents or guardians. - Patience, adaptability, and a passion for teaching and inspiring children in the field of coding. - Familiarity with online teaching platforms and tools, including video conferencing software, coding environments, and educational resources. - Ability to create engaging and age-appropriate educational materials and lesson plans.