1st lesson belanja
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Vijendra kumar
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1st lesson belanja
- Maths
- Trigonometry
- Arithmetic
- Geometry
- Logic
Mathematics Specialist, IA at Govt. Secretariat Rajasthan, NIT Kurukshetra Graduate, 6 Years of Experience to teach Mathematics subject
- Maths
- Trigonometry
- Arithmetic
- Geometry
- Logic
Lesson location
About Vijendra kumar
Vijendra Kumar Verma, IA(DOITC)
State Election Commission, Rajasthan
Vijendra Kumar Verma is a Computer Engineer, B.tech in Computer Engineering from National Institute Of Technology(NIT) Kurukshetra institution of National importance. He is a Mathematics Tutor and Informatics Assistant in Department of Information and Technology(DOITC) Govt.of Rajasthan. He is presently working as Informatics Assistant in State Election Commission, Rajasthan (Govt. Secretariat Jaipur).
Mr. Verma has over six years of experience in decision making and, having worked in government organizations. As a Team Leader he has also worked as Mathematics Tutor for two years in Urmil Career institute ,Jaipur. He has passionate to work in analytical work and enhance his mathematical skills.
His expertise includes Applied mathematical and analytical skills to handle data, process reports, and perform data analysis for departmental purposes. Collaborated with technical teams to develop algorithms and computational models for various administrative processes, involving mathematical principles. Provided technical assistance and support to government departments, often incorporating mathematical concepts to improve system efficiency.
His role as Mathematics Tutor and IA widely appreciated by Senior IAS/ RAS Officers. He has also worked to teach mathematics to slum area students during his college days.
Why I Want to Share Knowledge in Mathematics:
Mathematics as a Foundation for Critical Thinking
Mathematics is more than just numbers and formulas; it is a powerful tool for developing critical thinking and problem-solving skills. I believe that understanding mathematics can transform the way we think about the world—helping individuals approach problems methodically, logically, and with confidence. I want to help people develop these skills and show how they can be applied in real-life scenarios.
Making Complex Ideas Accessible
Many students struggle with math because it often seems abstract and difficult to grasp. My goal is to simplify complex mathematical concepts and make them more accessible. Whether it's explaining calculus, algebra, or statistics, I can break down concepts step-by-step, making math easier to understand and more approachable for everyone.
Encouraging Curiosity and Lifelong Learning
Mathematics is a subject that stretches the imagination and sparks curiosity. I want to inspire others to explore the beauty of math, not just for academic success but also for personal growth. I believe that anyone, regardless of age or background, can find joy and purpose in learning math, and I want to be a resource that fosters that curiosity.
Mathematics and Real-World Impact
Mathematics is fundamental to many fields—science, engineering, technology, economics, and even the arts. It shapes innovations in medicine, drives advances in artificial intelligence, and underpins the technology we use every day. I want to share the importance of mathematics in solving real-world problems, showing learners how math can be a key to shaping the future.
Bridging the Gap in Education
Access to quality education in mathematics is not always equal. My purpose is to provide everyone with an opportunity to learn, regardless of their geographic location or educational background. By offering clear explanations and resources, I aim to bridge the gap in mathematical education and help learners achieve their potential.
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About the lesson
- Primary
- Secondary
- SPM
- +8
levels :
Primary
Secondary
SPM
Form 6
STPM
Adult education
Bachelor
Masters
Diploma
Doctorate
Other
- English
All languages in which the lesson is available :
English
1. Relating Math to Real-World Applications
Approach: Start by highlighting the practical applications of mathematics in everyday life and modern technology. Demonstrate how mathematical concepts power everything from smartphones and internet encryption to healthcare innovations, self-driving cars, and climate modeling.
Why It Works: Many students perceive mathematics as abstract and disconnected from their world. Showing them how math solves real-world problems will spark their curiosity and help them see the subject’s relevance.
2. Interactive Learning and Problem-Solving
Approach: Use interactive tools, such as mathematical modeling software, simulations, or online platforms like Wolfram Alpha, to allow students to explore and experiment with math in real-time. Offer challenges and real-life problems for them to solve using math.
Why It Works: Hands-on learning and interactive experiences help students understand that math is not just about solving equations from a textbook. It fosters critical thinking, making math engaging and fun.
3. Personalized Mentorship and Support
Approach: Offer personalized guidance, where students can discuss their challenges and interests. Show them how to tailor their math education based on personal interests, like pure math, applied math, finance, or engineering.
Why It Works: Personalized mentorship fosters a sense of direction and confidence. It ensures that students feel supported, rather than overwhelmed, and helps them see the pathway from learning to achieving their professional goals.
4. Collaborative Learning and Team Projects
Approach: Emphasize teamwork and collaborative projects where students can solve complex mathematical problems together, like research projects, math competitions, or internships.
Why It Works: Collaboration encourages peer learning and makes math a shared, collective effort. Students often feel more motivated and confident when they are part of a community working toward common goals.
5. Highlighting Career Opportunities
Approach: Showcase the diverse career paths available to mathematics specialists. From roles in academia, research, finance, technology, and artificial intelligence, to less traditional fields like video game design, music theory, or social science analysis.
Why It Works: Many students might not know how vast the job opportunities are for math specialists. Providing clear examples of math's applicability in various industries will motivate students who may not have considered math as a versatile career tool.
6. Engaging in Real-Life Problem Solving
Approach: Introduce students to real-life problems (e.g., climate change modeling, pandemic spread analysis, or artificial intelligence algorithms). Show how mathematicians and data scientists are working on these issues and invite students to brainstorm solutions.
Why It Works: Engaging students with high-impact problems makes the subject feel urgent, exciting, and important. This can help them see the difference they could make with advanced mathematical knowledge.
7. Incorporating Technology and Innovative Tools
Approach: Encourage students to use modern tools such as Python, R, MATLAB, or even AI programming languages. Offer workshops or training on using these tools in solving mathematical and real-world problems.
Why It Works: Technology is integral to modern mathematics. Students will be motivated if they see that learning mathematics also means learning cutting-edge tools used in real industries.
8. Success Stories and Role Models
Approach: Share success stories of mathematicians who have made significant contributions to society, both historically and in modern times. Additionally, invite guest speakers from diverse mathematical fields to share their experiences.
Why It Works: Seeing real people who have succeeded with mathematics can be inspiring. When students can identify with role models, they are more likely to feel they too can succeed.
9. Promoting Critical Thinking Over Memorization
Approach: Shift the focus away from rote memorization of formulas and methods and instead emphasize problem-solving, logical reasoning, and critical thinking skills.
Why It Works: Students often struggle with math because they feel it's all about memorizing formulas. By focusing on thinking critically and solving problems, students will see math as a tool for creativity and innovation.
10. Fostering a Growth Mindset
Approach: Reinforce the concept of a growth mindset, where mistakes are viewed as learning opportunities. Provide constructive feedback and praise effort over results, helping students build resilience in the face of challenges.
Why It Works: Many students fear failure in mathematics because of past struggles. Fostering a growth mindset helps them feel more comfortable with setbacks and more determined to improve.
11. Hands-On Problem Solving in Groups
Approach: Organize math clubs, hackathons, or challenges where students can tackle exciting, real-world math problems together in teams. Encourage collaboration and brainstorming.
Why It Works: Team-based projects break down the barriers of individual learning. They give students a sense of camaraderie and purpose, fostering both engagement and excitement in mathematics.
12. Interactive and Dynamic Online Content
Approach: Provide dynamic online resources, such as video tutorials, interactive problem-solving exercises, and math games that students can access anytime. This gives them flexibility in learning and revisiting challenging topics.
Why It Works: Providing diverse formats for learning accommodates different learning styles and allows students to explore math at their own pace.
Summary of Approach: By blending real-world applications, interactive and personalized learning, technology, career exploration, and a focus on critical thinking and collaboration, the method seeks to transform the way students perceive mathematics. Rather than simply teaching math as abstract concepts to memorize, it aims to show its power as a tool for solving real problems, making it relevant, exciting, and deeply impactful in the world today.
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Rates
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- RM56
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- 5h: RM280
- 10h: RM560
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- 1hr
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