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Since October 2016
Instructor since October 2016
Aide scolaire pour tout âge
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From 27.79 £ /h
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Cours pratique pour des etudiants ( college-lycee )
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At student's location :
  • Around Lausanne, Switzerland
Age
Children (7-12 years old)
Teenagers (13-17 years old)
Adults (18-64 years old)
Seniors (65+ years old)
Student level
Beginner
Intermediate
Advanced
Duration
60 minutes
The class is taught in
French
Availability of a typical week
(GMT -05:00)
New York
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At student's home
Mon
Tue
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Fri
Sat
Sun
00-04
04-08
08-12
12-16
16-20
20-24
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Umberto
Hi! I am currently an AI Scientist at a US-based company working on cutting-edge AI applied to molecular biology. This is the topic that won the 2024 Nobel Prize in Chemistry (shared by D. Baker, J. Jumper, D. Hassabis).

Previously, I was a post-doctoral researcher in computational biophysics, machine learning and computational biology at EPFL. I maintain two Python libraries for Topological Data Analysis and pyflagser.

I have previously been a post-doctoral researcher in Mathematical Physics at the University of Bern, where my research was concerned with the interplay between quantum mechanics and Einstein’s theory of general relativity.

I have been teaching at various levels since I was a PhD student at the University of York (UK), and more recently I was part of the cutting-edge educational project Isaac Physics in Physics/Maths/Chemistry at the University of Cambridge.

Here is my teaching experience so far:

- As a PhD student, I taught seminars in several of the undergraduate modules taught by the Department of Mathematics. In total, I have around 500 contact hours of experience in seminar teaching and marking, all of which I have found to be very rewarding.

- As a PhD student, I jointly ran a course for talented high school student wishing to be admitted at high-rank universities, and in particular wishing to pass interviews and the STEP admission paper for entry at Cambridge.

- As part of the Isaac Physics project, I created or helped create some of the online content such as theory pages, problems and books. In particular I helped put together a book on GCSE physics and one on A-level chemistry. Again as part of Isaac Physics, I gave seminars to a variety of high school students and interacted with local teachers to communicate the Isaac Physics philosophy and methodology. I also have some experience giving online YouTube webinars.

- Throughout, I have been offering one-to-one tuition to A-level/IB students, university students and adult casual learners.

I am happy to travel within about 4-5km of my postcode 1008 in Prilly. Alternatively, I can offer webcam lessons.
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Janvier
Les mathématiques sont une discipline scientifique qui étudie les structures, les relations, les quantités, les formes, ainsi que les transformations et les changements. Elles reposent sur l’utilisation de concepts abstraits, de raisonnements logiques, de formules et de modèles pour comprendre et décrire des phénomènes, résoudre des problèmes, et faire des prédictions dans divers domaines.

Voici quelques branches principales des mathématiques :

1. **L'arithmétique** : étude des nombres et des opérations comme l'addition, la soustraction, la multiplication et la division.
2. **L'algèbre** : étude des symboles et des règles pour manipuler ces symboles, en particulier pour résoudre des équations et des systèmes d'équations.
3. **La géométrie** : étude des formes, des tailles, des positions relatives et des propriétés de l'espace.
4. **Le calcul (ou analyse)** : étude des changements et des variations, en particulier à travers les concepts de limites, de dérivées et d'intégrales.
5. **Les probabilités et la statistique** : étude des événements aléatoires, de l'incertitude et des méthodes pour analyser des données.
6. **La logique mathématique** : étude des principes du raisonnement rigoureux et des fondements des mathématiques.

Les mathématiques sont utilisées dans de nombreux domaines, y compris les sciences, l'ingénierie, l'économie, la technologie, la médecine, etc. Elles sont souvent considérées comme un langage universel qui permet de modéliser et de résoudre une grande variété de problèmes du monde réel.
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Umberto
Hi! I am currently an AI Scientist at a US-based company working on cutting-edge AI applied to molecular biology. This is the topic that won the 2024 Nobel Prize in Chemistry (shared by D. Baker, J. Jumper, D. Hassabis).

Previously, I was a post-doctoral researcher in computational biophysics, machine learning and computational biology at EPFL. I maintain two Python libraries for Topological Data Analysis and pyflagser.

I have previously been a post-doctoral researcher in Mathematical Physics at the University of Bern, where my research was concerned with the interplay between quantum mechanics and Einstein’s theory of general relativity.

I have been teaching at various levels since I was a PhD student at the University of York (UK), and more recently I was part of the cutting-edge educational project Isaac Physics in Physics/Maths/Chemistry at the University of Cambridge.

Here is my teaching experience so far:

- As a PhD student, I taught seminars in several of the undergraduate modules taught by the Department of Mathematics. In total, I have around 500 contact hours of experience in seminar teaching and marking, all of which I have found to be very rewarding.

- As a PhD student, I jointly ran a course for talented high school student wishing to be admitted at high-rank universities, and in particular wishing to pass interviews and the STEP admission paper for entry at Cambridge.

- As part of the Isaac Physics project, I created or helped create some of the online content such as theory pages, problems and books. In particular I helped put together a book on GCSE physics and one on A-level chemistry. Again as part of Isaac Physics, I gave seminars to a variety of high school students and interacted with local teachers to communicate the Isaac Physics philosophy and methodology. I also have some experience giving online YouTube webinars.

- Throughout, I have been offering one-to-one tuition to A-level/IB students, university students and adult casual learners.

I am happy to travel within about 4-5km of my postcode 1008 in Prilly. Alternatively, I can offer webcam lessons.
verified badge
Janvier
Les mathématiques sont une discipline scientifique qui étudie les structures, les relations, les quantités, les formes, ainsi que les transformations et les changements. Elles reposent sur l’utilisation de concepts abstraits, de raisonnements logiques, de formules et de modèles pour comprendre et décrire des phénomènes, résoudre des problèmes, et faire des prédictions dans divers domaines.

Voici quelques branches principales des mathématiques :

1. **L'arithmétique** : étude des nombres et des opérations comme l'addition, la soustraction, la multiplication et la division.
2. **L'algèbre** : étude des symboles et des règles pour manipuler ces symboles, en particulier pour résoudre des équations et des systèmes d'équations.
3. **La géométrie** : étude des formes, des tailles, des positions relatives et des propriétés de l'espace.
4. **Le calcul (ou analyse)** : étude des changements et des variations, en particulier à travers les concepts de limites, de dérivées et d'intégrales.
5. **Les probabilités et la statistique** : étude des événements aléatoires, de l'incertitude et des méthodes pour analyser des données.
6. **La logique mathématique** : étude des principes du raisonnement rigoureux et des fondements des mathématiques.

Les mathématiques sont utilisées dans de nombreux domaines, y compris les sciences, l'ingénierie, l'économie, la technologie, la médecine, etc. Elles sont souvent considérées comme un langage universel qui permet de modéliser et de résoudre une grande variété de problèmes du monde réel.
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