powstik
Prove
Growth Paths / ECE 2: Signals and Systems
AdvancedSkills

ECE 2: Signals and Systems

Linear time-invariant systems, convolution, Fourier analysis, sampling, and the Laplace and z-transforms.

Linear time-invariant systems, convolution, Fourier analysis, sampling, and the Laplace and z-transforms. Free courses and textbooks, a self-check for every unit, and a build you can rerun, confirmed by people. Course 2 of the Varsity Curriculum: Electrical & Computer Engineering.

Part of: Electrical & Computer Eng. · Proves for: UG

1 required outcomes14 weeksCredential on completion

Path outcomes

How this is verified: 7 are checked automatically, then confirmed by one person; 1 is confirmed by people who saw the work.

SkillsOptional

Solve Differential Equations (MIT 18.03SC)

Maths you need first (reused from the Mathematics or Data Science curriculum; optional here).

Take this Challenge →

2 milestones

  1. 1Do the problem sets and write them up
  2. 2Model something real with an ODE
SkillsOptional

Learn Intro CS with Python (MIT 6.100L)

Programming in Python (reused from the Computer Science curriculum; optional here).

Take this Challenge →

2 milestones

  1. 1Do the course work in public
  2. 2Build a small Python tool you use
Skills

ECE 2: Signals and Systems

Course 2: 3 units and a build.

Take this Challenge →

4 milestones

  1. 1LTI systems, convolution, and the z- and Laplace transforms
  2. 2Frequency response, feedback and Fourier analysis
  3. 3Sampling, quantization and modulation
  4. 4Measure a room and predict its echo

Resources for this path

No affiliate links. No sponsored placements.

Free MIT course: lecture videos, notes, problem sets and exams, all with solutions.

Free classic lecture series, 26 problem sets with solutions.

Free numerical computing (MATLAB-like) for notebooks and scripts.

Free Python notebooks in the browser.