Arjun Verma: Delhi’s Mathematics Prodigy with Perfect Score

🎓 Student Profile

Name: Arjun Verma State: Delhi City: New Delhi School: Delhi Public School, R.K. Puram CUET Score: 780/800 (Excellent Score) Note: CUET scoring varies by subject combination AIR Rank: 23 Target College: St. Stephen’s College, Delhi University (Mathematics Honors) Subjects: Mathematics, Physics, Chemistry, English

📝 Interview Transcript

SATHEE Team: Arjun, congratulations on achieving an excellent score in CUET Mathematics! How did you manage to score 195/200 in Mathematics?

Arjun Verma: Thank you! Mathematics has been my passion since childhood. The perfect score wasn’t about luck - it was about developing a systematic approach to problem-solving. I didn’t just solve problems; I understood the underlying patterns and created my own problem-solving methodologies.

SATHEE Team: What was unique about your approach to Mathematics?

Arjun Verma: I developed what I call the “P-A-C-E Method” for Mathematics:

• P - Pattern Recognition: Identify the type of problem and its underlying pattern
• A - Approach Selection: Choose the most efficient method to solve it
• C - Calculation: Execute the solution with precision
• E - Evaluation: Verify the answer and learn from mistakes

This method helped me solve complex problems quickly and accurately.

🧠 Advanced Mathematics Strategies

1. Conceptual Hierarchy Building: “I created a hierarchy of mathematical concepts:

Level 1: Basic Arithmetic and Algebra
Level 2: Functions and Relations
Level 3: Calculus (Differential and Integral)
Level 4: Advanced Topics (Matrices, Determinants, Probability)
Level 5: Applications and Problem Solving

2. Problem Classification System: “I categorized every problem I encountered:

• Type A: Direct formula application (2 minutes)
• Type B: Multi-step problems (5-7 minutes)
• Type C: Conceptual understanding problems (8-10 minutes)
• Type D: Creative thinking problems (10-15 minutes)

This helped me manage time effectively during exams.”

3. Error Analysis Framework: “After every test, I used this framework:

• Calculation Errors: Careless mistakes in computation
• Conceptual Errors: Misunderstanding of concepts
• Methodological Errors: Wrong approach to problems
• Time Management Errors: Spending too much time on difficult problems”

📚 Detailed Subject Preparation

Mathematics (195/200): “My preparation strategy was comprehensive:

Daily Schedule:

• 30 minutes: Mental mathematics and quick calculations
• 1 hour: New concept learning
• 45 minutes: Problem solving practice
• 15 minutes: Review and revision

Topic-wise Approach:

• Algebra: Focused on patterns and shortcuts
• Calculus: Emphasized conceptual understanding
• Geometry: Visual learning with diagrams
• Statistics: Practical applications with real data
• Probability: Logical reasoning and case studies

Practice Methods:

• Solved 20-25 problems daily from different topics
• Maintained problem diaries for difficult questions
• Created formula sheets with derivations
• Participated in math competitions for exposure”

Physics (188/200): “Physics was about understanding concepts:

• Connected mathematical concepts to physical phenomena
• Practiced numerical problems extensively
• Conducted experiments at home for better understanding
• Used visual aids for abstract concepts”

Chemistry (192/200): “Chemistry required systematic learning:

• Made reaction mechanism charts for organic chemistry
• Created periodic table patterns for inorganic chemistry
• Practiced numerical problems for physical chemistry
• Connected to real-life applications”

English (185/200): “English was about consistent improvement:

• Read diverse materials including scientific articles
• Wrote essays on mathematical and scientific topics
• Practiced grammar with technical writing
• Improved vocabulary using word etymology”

🎯 Innovative Study Techniques

1. Mathematical Visualization: “I converted abstract concepts into visual representations:

• Used graph paper for function plotting
• Created 3D models for geometry
• Developed mind maps for concept connections
• Used color coding for different mathematical operations”

2. Peer Teaching Method: “I taught mathematics to my classmates:

• Explained concepts in simple terms
• Created practice problems for others
• Conducted doubt-clearing sessions
• Learned from their questions and perspectives”

3. Technology Integration: “I used technology effectively:

• Graphing calculators for visualization
• Mathematical software for complex calculations
• Online forums for doubt clarification
• Educational apps for practice and testing”

🏆 Preparation Timeline

Class 11 Foundation (April 2022 - March 2023):

• Focused on building strong fundamentals
• Completed entire NCERT syllabus twice
• Started problem-solving practice
• Participated in mathematics olympiads

Class 12 Intensive (April 2023 - February 2024):

• Advanced problem-solving techniques
• Mock test practice twice weekly
• Error analysis and improvement
• Time management training

Final Revision (March 2024 - May 2024):

• Complete syllabus revision
• Full-length mock tests daily
• Focus on weak areas
• Mental preparation for exam day

💡 Tips for Mathematics Excellence

Arjun’s Success Formula:

1. Understand, Don’t Memorize: Focus on concept clarity
2. Practice Daily: Consistency is key to mastery
3. Create Your Own Methods: Develop personalized problem-solving approaches
4. Analyze Mistakes: Learn from every error
5. Teach Others: Explaining concepts reinforces learning

Advanced Problem-Solving Tips:

1. Multiple Approach Method: Try solving problems using different methods
2. Pattern Recognition: Identify patterns in similar problems
3. Time-bound Practice: Solve problems within time limits
4. Conceptual Connections: Link different mathematical concepts
5. Creative Thinking: Look for innovative solutions to complex problems

🎯 Future Goals

“I want to pursue research in pure mathematics and contribute to mathematical research in India. My dream is to work on unsolved mathematical problems and help India become a leader in mathematical research.”

📞 Message to Mathematics Aspirants

“Mathematics is not about being ‘smart’ - it’s about being systematic and persistent. Anyone can excel in mathematics with the right approach.

My advice:

1. Build strong foundations - don’t skip basics
2. Practice consistently - daily problem solving is essential
3. Develop your own methods - find what works for you
4. Learn from mistakes - errors are learning opportunities
5. Stay curious - explore beyond the syllabus
6. Connect with others - join mathematics communities

Remember: Perfect scores are achievable with systematic preparation and consistent effort. Mathematics rewards those who are patient and persistent!”

💯 Special Achievements

• Perfect score in Mathematics for three consecutive years
• National Mathematics Olympiad Gold Medalist
• Regional Mathematics Competition First Prize
• School Mathematics Captain for two years
• Published research paper on mathematical problem-solving techniques

Connect with Arjun for Mathematics Mentorship: Request Guidance

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Arjun Verma is currently pursuing Mathematics Honors at St. Stephen’s College, Delhi University, and continues to explore advanced mathematical concepts and research opportunities.