I am a double graduate of Ensae Paristech in machine learning and of the MVA of Ens Cachan. I am also a former Mathematical Olympiads contestant (2010 & 2011).

On Nostalgic Mathematics, I share my passion by showing tips and techniques for solving math problems. The content is conceived for various levels, namely high school students, university students and nostalgic mathematics professionals. People interested in math competitions will also find typical exercises that will help them in their preparation.

Solve This Equation: Two Ways of Thinking Outside Of The Box
5:13
Solve This Equation: Two Ways of Thinking Outside Of The Box
Find the Minimum Value : CAMBRIDGE MATH ADMISSION TEST
4:24
Find the Minimum Value : CAMBRIDGE MATH ADMISSION TEST
Compute this Integral: CAMBRIDGE MATH ADMISSION TEST
1:56
Compute this Integral: CAMBRIDGE MATH ADMISSION TEST
Solve This Functional Equation : Romanian National Olympiad Shorlist
2:37
Solve This Functional Equation : Romanian National Olympiad Shorlist
Solve This Functional Equation : China National Olympiad
2:20
Solve This Functional Equation : China National Olympiad
How To Compute A Challenging Limit With Trigonometric Formulas
3:14
How To Compute A Challenging Limit With Trigonometric Formulas
How to Compute a Challenging Limit with Trigonometric Substitution
5:07
How to Compute a Challenging Limit with Trigonometric Substitution
How to Solve the Golden Limit Challenge
6:11
How to Solve the Golden Limit Challenge
Solving An Equation involving Limits
4:39
Solving An Equation involving Limits
MIT Integration Bee 2022: Problem 5 Finals [VERY HARD]
7:35
MIT Integration Bee 2022: Problem 5 Finals [VERY HARD]
MIT Integration Bee 2022: Problem 4 Finals
2:09
MIT Integration Bee 2022: Problem 4 Finals
MIT Integration Bee 2022: Problem 3 Finals
6:17
MIT Integration Bee 2022: Problem 3 Finals
MIT Integration Bee 2022: Problem 2 Finals
6:39
MIT Integration Bee 2022: Problem 2 Finals
MIT Integration Bee 2022: Problem 1 Finals
3:32
MIT Integration Bee 2022: Problem 1 Finals
How to find the coordinates of the orthocenter: JEE | JEE Prep | Geometry
3:00
How to find the coordinates of the orthocenter: JEE | JEE Prep | Geometry
How to find the coordinates of the center of the circumscribed circle: JEE | JEE Prep | Geometry
2:41
How to find the coordinates of the center of the circumscribed circle: JEE | JEE Prep | Geometry
Shortest distance between a line and an ellipse: JEE|Geometry| Function| Optimization | Trigonometry
6:23
Shortest distance between a line and an ellipse: JEE|Geometry| Function| Optimization | Trigonometry
How to find the equation of the inscribed circle: Advanced JEE | JEE Prep | Geometry
4:18
How to find the equation of the inscribed circle: Advanced JEE | JEE Prep | Geometry
How to compute quickly an integral: Advanced JEE | Calculus | Trigonometry | JEE Prep
5:03
How to compute quickly an integral: Advanced JEE | Calculus | Trigonometry | JEE Prep
MIT Integration Bee 2022: Problem 3 Semifinal 2 [EXTREMELY HARD]
4:42
MIT Integration Bee 2022: Problem 3 Semifinal 2 [EXTREMELY HARD]
MIT Integration Bee 2022: Problem 4 Semifinal 2
3:54
MIT Integration Bee 2022: Problem 4 Semifinal 2
MIT Integration Bee 2022: Problem 2 Semifinal 2
3:47
MIT Integration Bee 2022: Problem 2 Semifinal 2
MIT Integration Bee 2022: Problem 1 Semifinal 2
7:44
MIT Integration Bee 2022: Problem 1 Semifinal 2
MIT Integration Bee 2022: Problem 4 Semifinal 1
4:08
MIT Integration Bee 2022: Problem 4 Semifinal 1
MIT Integration Bee 2022: Problem 3 Semifinal 1
6:53
MIT Integration Bee 2022: Problem 3 Semifinal 1
MIT Integration Bee 2022: Problem 2 Semifinal 1
2:41
MIT Integration Bee 2022: Problem 2 Semifinal 1
MIT Integration Bee 2022: Problem 1 Semifinal 1
3:43
MIT Integration Bee 2022: Problem 1 Semifinal 1
Simplifying the CUBIC Root of LARGE NUMBER
1:59
Simplifying the CUBIC Root of LARGE NUMBER
A HARD Square root without calculator : SIMPLE Multiplication patterns
6:40
A HARD Square root without calculator : SIMPLE Multiplication patterns
🇨🇦 A TRICKY Sum with Polynomial Roots : Canada National Olympiad
5:58
🇨🇦 A TRICKY Sum with Polynomial Roots : Canada National Olympiad