Formations — Franck Maussand

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Présentation

Le virus de l'informatique m'ayant touché très tôt, clavier et souris m'ont rapidement été aussi familiers que le papier et le crayon.

Mon parcours professionnel m'a amené à toucher des domaines de l'informatique aussi différents que :
▶ L'informatique industrielle
▶ Le développement multimédia 2D/3D
▶ Le Serious Gaming
▶ Les technologies du web
▶ Les technologies mobiles
▶ Le E-commerce
▶ La GEIDE

Curieux de nature, j'ai pratiqué de nombreux langages de programmation.

Actuellement, j'investis personnellement dans le développement HTML 5 (JavaScript, WebGL, etc...) et le développement PHP. Et porte un fort intéret pour l'impression 3D.

Me définissant volontiers comme un programmeur atypique pour des développements atypiques, pour moi le développement est un processus créatif, tout comme le dessin que je pratique depuis encore plus longtemps que l'informatique

Si une phrase devait me résumer :
"Franck is my name, code is my game"

CV réalisé sur DoYouBuzz

Formations

Comprendre et pouvoir expliquer la technologie Blockchain et ses différentes briques.
Appréhender la Blockchain Ethereum et son fonctionnement.
Pratiquer Ethereum.
Développer avec les fondements du langage solidity.
Les outils du développement.
Savoir tester son application.
Connaitre les bonnes pratiques et la sécurité sur les smarts contracts.
Faire le lien avec le front-end.
Maîtriser la finance décentralisée.
Développement NFT

Modules, options, contenu des cours

Solidity · Contrats intelligents · Smart Contracts
Truffle · HardHat
Blockchain · Ethereum
Intégration continue · GitHub Actions
Test unitaire

We will learn how solidity represents various data types, and how we can come up with more efficient representations ourselves depending on the application.

We will learn the assumptions solidity makes about memory layout and how to avoid violating those assumptions when we use low level instructions.

We will learn what happens behind the scenes when smart contracts make function calls to each other, and how to implement that protocol by hand. And of course, we will build smart contracts from scratch in assembly.

Modules, options, contenu des cours

How to create Ethereum smart contracts in assembly
How to respect solidity's memory and function call conventions when using assembly
How smart contracts work on the bytecode level
How to create a smart contract entirely in Yul and assembly

This course is for solidity developers looking to progress from beginner to advanced intermediate. Knowledge about Solidity, OpenZeppelin, and Remix is assumed. You should know how to deploy and test a smart contract, and ideally, you've created a token on the mainnet before (and experienced how expensive it can be!).

Modules, options, contenu des cours

A deep dive into the solidity compiler
A deep dive into the Ethereum Virtual Machine
How to understand the output from the solidity compiler
How to track down wasteful computation
Understanding gas cost specifications
Techniques for improving gas costs
How memory, transaction data, state changes, and computational cost affect transaction cost
Bad designs to avoid
Where the Yellowpaper is wrong!

Fundamentals of programming including: functions, structs, enums, pattern matching, iterators, closures, smart pointers, concurrency, and more
Learn memory management and understand ownership, references, borrowing, and how Rust makes your code safe
Build small applications to be able to piece together concepts
Learn how to test your code

Modules, options, contenu des cours

Common programming concepts (fundamental types, functions, control flow)
Ownership and moves
References, Structs, Enums and Patterns, Error Handling
Crates and Modules
Traits and Generics
Iterators, Collections
Concurrency
Webassembly

Do you have a great idea for a 3D game? If you want to build it with the same open source framework used to create Assassin's Creed Pirates, check out this exciting course! Babylon.js is a free, open source gaming framework that streamlines WebGL functionality. Use it to create 3D games and apps which work on every browser that has a GPU device.

Watch the creators of Babylon.js in this entertaining deep dive into 3D game development, including a look at collisions, particles, shadows, and texture. Explore basic 3D concepts, create a 3D scene, and connect the 3D assets creation tool to your website or app.

Modules, options, contenu des cours

3D on the Web: Understanding the Basics
Explore 3D basics, and take a look at 3D without hardware (creating a software engine).
Think of this as a WebGL 101 course, with a look at geometries and shaders, resources, and performance considerations.
Take a look at basic scene components (lights, cameras, and meshes), materials, and inputs (gamepads, touch, oculus, and orientation), plus get insights on using the Playground.
Understanding Materials and Inputs
Learn about materials, shaders, and how to work with inputs.
Game Pipeline Integration with Babylon.js
Examine working with Blender, using Sandbox, and exploring 3ds Max.
Load your scene, meshes, and assets. And take a look at offline mode.
Babylon.js: Advanced Features
Add collisions for first person display, and create your own shader.
Special Effects
Get a look at shadows, len flares, bones, and physics.

This class will teach you about the basic principles of 3D computer graphics: meshes, transforms, cameras, materials, lighting, and animation.

Course content is brought to you in partnership with Autodesk, a worldwide leader in 3D design, engineering, and entertainment software.

Course Instructor :
Eric Haines Senior Principal Engineer at Autodesk Inc and coauthor of the book “Real-Time Rendering”.

Modules, options, contenu des cours

Unit 1: Introduction
Motivation and a trip down the graphics pipeline, laying out the fundamental processes
Unit 2: Points, Vectors, and Meshes
The basics of 3D geometry definition
Unit 3: Colors and Materials
Color representation, material computations, transparency
Unit 4: Transforms
Translation, scale, rotate and how to properly combine all these
Unit 5: Matrices
Transform representation and how to fully control these
Unit 6: Lights and Cameras
Directional and point light sources, and how the camera is defined
Unit 7: Textures and Reflections
Color and opacity textures, along with reflection and normal mapping
Unit 8: Shader Programming
An introduction to programming vertex and pixel shaders
Unit 9: Interaction and Animation
How to select and make objects move

Cadrage d'un projet et de vérifcation des capacités et compétences du candidat à conduire son projet à terme et d’être le futur dirigeant de son entreprise.

Dans un deuxième temps, le candidat devra étudier la faisabilité de son projet, soit : analyser et choisir les
conditions d’existence et de pérennisation de sa future entreprise sur les plans commercial, économique et
juridique.

Modules, options, contenu des cours

Etude de marché
Rédaction de business-plan
Gestion
Comptabilité
Fiscalité des entreprises
Statuts juridiques des entrprises
Politque marketing
Gestion de situations conflictuelles

Modules, options, contenu des cours

Algorithmie
C
Vax VMS
SCO Unix
Pascal
Assembleur
Ultrix
ReGIS

Modules, options, contenu des cours

C
Pascal
Electronique numérique
Algorithmie
Unix (Sord)
Assembleur 6809

Modules, options, contenu des cours

Electronique numérique & analogique
Grafcet, automatisme
Programmation 6502, 6809