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Computational Science and Engineering MIT

Massachusetts Institute Of Technology

Here are the best resources to pass Computational Science and Engineering MIT. Find Computational Science and Engineering MIT study guides, notes, assignments, and much more.

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ONLINE SHOPPING PROJECT

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    ONLINE SHOPPING PROJECT

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    32
    March 2025
    2023/2024
  • The Online Shopping is a web based application intended for online retailers. The main objective of this application is to make it interactive and its ease of use. It would make searching, viewing and selection of a product easier. It contains a sophisticated search engine for user's to search for products specific to their needs. The search engine provides an easy and convenient way to search for products where a user can Search for a product interactively and the search engine wou...
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An Introduction to Wireless Technologies

  • Class notes

    An Introduction to Wireless Technologies

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    56
    March 2025
    2024/2025
  • Wireless communication standards  Computer Networks  Reference model for a network architecture  Frequencies and regulations  Wireless communication technologies  Signals  Bandwidth limited signals  Signal modulation  Data transfer rate  Signal propagation
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Computer Science & Engineering Study Guide - MIT

  • Summary

    Computer Science & Engineering Study Guide - MIT

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    3
    January 2023
    2020/2021
  • Welcome to your study guide on computational science and engineering! This guide will provide you with an in-depth understanding of the key concepts and techniques used in this field.
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Computational Science and Engineering - MIT (16.0002)

  • Package deal

    Computational Science and Engineering - MIT (16.0002)

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    9
    February 2022
  • Complete lecture notes from 2020's session of Computational Science and Engineering at Massachusetts Institute of Technology by Mr Richard Zhang. The course is comprised of 10 additional guest lectures from guest lecturers that are excluded from this course. The 9 mainstream lectures delivered during the 9 academic weeks are included.
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5th Week's Lecture - Computational Science and Engineering - MIT (16.0002)

  • Class notes

    5th Week's Lecture - Computational Science and Engineering - MIT (16.0002)

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    8
    February 2022
    2020/2021
  • Second-Order Differential Equations, Damped Oscillations, RLC Circuit, and Laplace Transform.
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6th Week's Lecture - Computational Science and Engineering - MIT (16.0002)

  • Class notes

    6th Week's Lecture - Computational Science and Engineering - MIT (16.0002)

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    13
    February 2022
    2020/2021
  • Multi-Dimensional Differentiation, Multi-Dimensional Integration, Divergence Theorem, Stokes' Theorem, and Fourier Series.
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7th Week's Lecture - Computational Science and Engineering - MIT (16.0002)

  • Class notes

    7th Week's Lecture - Computational Science and Engineering - MIT (16.0002)

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    12
    February 2022
    2020/2021
  • Laplace Equation, Separation of Variables, Indices, and Finite Difference.
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8th Week's Lecture - Computational Science and Engineering - MIT (16.0002)

  • Class notes

    8th Week's Lecture - Computational Science and Engineering - MIT (16.0002)

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    11
    February 2022
    2020/2021
  • Finite Element Method, 1D, 2D, Triangulation, Fourier Transform, and Examples.
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9th Week's Lecture - Computational Science and Engineering - MIT (16.0002)

  • Class notes

    9th Week's Lecture - Computational Science and Engineering - MIT (16.0002)

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    9
    February 2022
    2020/2021
  • Applications of Fourier Transform, Heat Equation, Discrete Transform, and Course Summary.
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4th Week's Lecture - Computational Science and Engineering - MIT (16.0002)

  • Class notes

    4th Week's Lecture - Computational Science and Engineering - MIT (16.0002)

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    9
    February 2022
    2020/2021
  • Oscillations, complex vectors, complex oscillatory methods, and applications of Newton's laws on vectors.
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