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Amir
- Rate R246
- Response 1h
R246/h
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- Computer Programming
- Python
- Programming Languages
- C++
- SQL
Highly-skilled Programmer with 3 years in software design, development and integration. Advanced knowledge of Python and C++ programming languages. Excited to help people with their programming issues
- Computer Programming
- Python
- Programming Languages
- C++
- SQL
Lesson location
About Amir
Highly-skilled Programmer with 3 years in software design, development and integration. Advanced knowledge of Python and C++ programming languages. Logical and professional with excellent problem-solving skills, excited to grow my expertise into the CyberSecurity field as a career in the future.
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About the lesson
- Primary
- Secondary
- Matric/GCSE
- +12
levels :
Primary
Secondary
Matric/GCSE
AS Level
A Level
BTech
Adult education
Masters
Doctorate
MBA
Beginner
Intermediate
Advanced
Professional
Kids
- English
Languages in which the lesson is available :
English
1. Assessment:
Background Check:
Discuss the learner's background, including any prior programming experience, education, or relevant skills.
Identify the learner's comfort with technology and their preferred programming languages.
Skill Assessment:
Conduct a brief assessment to gauge the learner's current programming knowledge and skill level.
Identify specific areas of strength and weakness.
2. Goal Setting:
Short-term Goals:
Set achievable short-term goals based on the learner's current skill level.
Examples: Understanding basic syntax, writing simple programs, debugging skills.
Long-term Goals:
Establish long-term goals, such as developing a portfolio project, mastering a specific programming language, or preparing for a certification.
3. Learning Style:
Identify Learning Style:
Determine the learner's preferred learning style (visual, auditory, kinesthetic).
Adjust teaching methods accordingly.
Interactive Learning:
Incorporate hands-on exercises, coding challenges, and real-world applications to enhance understanding.
4. Customized Curriculum:
Tailored Content:
Develop a curriculum based on the learner's goals and areas of interest.
Adjust the pace of learning to ensure understanding without overwhelming the learner.
Flexible Topics:
Allow flexibility to explore additional topics based on the learner's curiosity or emerging trends in programming.
5. Practical Projects:
Project-Based Learning:
Integrate practical projects to apply theoretical knowledge.
Projects should progressively increase in complexity to challenge and reinforce skills.
Code Review:
Review the learner's code regularly, providing constructive feedback for improvement.
6. Resources and Tools:
Learning Resources:
Recommend online tutorials, documentation, and textbooks based on the learner's level and preferences.
Suggest coding platforms and tools for practice.
IDE Familiarization:
Ensure the learner is comfortable using Integrated Development Environments (IDEs) and version control systems.
7. Assistance and Support:
Q&A Sessions:
Schedule regular question-and-answer sessions to address doubts and clarify concepts.
Online Communities:
Encourage participation in online programming communities to foster networking and exposure to diverse problem-solving approaches.
8. Progress Tracking:
Regular Assessments:
Conduct periodic assessments to track progress and identify areas needing improvement.
Portfolio Building:
Guide the learner in building a portfolio showcasing their projects and skills.
9. Feedback and Adjustment:
Feedback Sessions:
Schedule regular feedback sessions to discuss the learner's experience, challenges, and adjustments to the tutoring plan.
Adaptability:
Be flexible and adapt the tutoring plan based on the learner's feedback and evolving goals.
10. Continuous Learning:
Stay Updated:
Share resources for staying updated on industry trends, new technologies, and programming best practices.
Encourage Self-Learning:
Instill a habit of self-learning to foster independence and ongoing skill development.
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Rates
Rate
- R246
Package rates
- 5h: R1229
- 10h: R2457
online
- R246/h
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