mrkeyoor.com_
Fri 16 Oct 18:51 UTC
Dataevaluationupdated 08 Oct 2026

electrical-engineering review

Electrical Engineering is an English-language reading list that arranges free courses and textbook suggestions across 25 engineering and mathematics subjects. It helps a self-directed learner find a starting order and check prerequisites, but it does not provide lessons, exercises, or a learning application of its own.

+13stars / 7d
Verdict

Our sandbox could not run commit 97377b9 because this is a 1-file reading list with no supported ecosystem or Dockerfile, so judge it as a map, not a course. Use it to choose free lectures and understand prerequisites across 25 subjects. Do not mistake 472 stars and a long README for a tested degree program, especially while the promised LICENSE file is missing.

We ran it

Screenshot of electrical-engineering (github.com/mabdulre9/electrical-engineering)

Answers from our run

Did you run electrical-engineering yourself?

No. GitHub reports no primary language for it, and it carries no manifest our lab installs from, and no Dockerfile, so there was nothing standard to install, build or test. This review is written from the repository's own documentation.

Who should not use electrical-engineering?

Learners who need assignments, grading, or a complete degree sequence: the repository links outward and supplies no assessments or credential.

What are the alternatives to electrical-engineering?

OSEE, Open Source EE Degree, Awesome Electronics. Use it to choose free lectures and understand prerequisites across 25 subjects.

Setup5/5Open the README; there is no software environment to configure
Docs4/5Clear prerequisites and access notes, but no progress system
Community3/5472 stars, 35 forks, and no issue or PR activity yet
Maturity2/5Created in September 2026 with 1 release and 1 file

Who it’s for

Self-learners who want one English index spanning calculus, circuits, communications, power, control, and computing.
Electrical engineering students looking for a second explanation from MIT OpenCourseWare, NPTEL, Harvard, Stanford, or individual instructors.
Teachers building a reading list who want visible URLs and stated minimum prerequisites.
Contributors willing to report broken links and suggest full courses that remain free to access.

Who it’s NOT for

Learners who need assignments, grading, or a complete degree sequence: the repository links outward and supplies no assessments or credential.
Anyone who needs an offline course archive: the README says it hosts no mirrored material, so every lesson depends on an external provider.
Teams that require machine-checked links or automated releases: commit 97377b9 contains one README, no supported software ecosystem, no Dockerfile, and no CI workflow.
Organizations that need an unambiguous license file before reuse: the README claims MIT for its curation but links to a LICENSE file that is absent at the reviewed commit.

Setup reality

We did not run commit 97377b9 in our fresh Debian sandbox. The repository has no supported software ecosystem and no Dockerfile, so there was no honest install, build, or test command to execute. It is 1 Markdown file meant to be read in a browser.

No credentials or local services are required to use the list. Some linked platforms require a free account, while NPTEL and edX charge only for optional verified certificates according to the README.

The practical setup cost sits outside GitHub: you choose a provider, follow its account rules, and keep track of progress yourself. The repository does not cache courses or verify its external links through code.

The useful part is the prerequisite map across 25 subjects

Electrical Engineering puts its entire curriculum in 1 file at commit 97377b9, and the prerequisite notes tell you what should come first. Circuit analysis starts with algebra and trigonometry. Signals and systems expects calculus, differential equations, and later work with transforms. Control systems points to differential equations before state-space methods. Those small notes turn the README into a usable map rather than a pile of bookmarks.

The scope is broad enough to resemble an electrical engineering department: 25 sections cover the mathematics, physics, electronics, machines, communications, control, power, instrumentation, programming, and machine learning. Within a section, the author sometimes compares resources. The linear algebra note separates Bazett's geometric intuition from Strang's emphasis on application and rigor, for example. That judgment is more helpful than listing both names without a reason.

It links to courses, but it does not supply a degree

The 1-file repository sends you to MIT OpenCourseWare, NPTEL, Harvard, Stanford, Yale, YouTube educators, and other providers. Its platform table distinguishes free access from free accounts and optional paid certificates. Links stay visible instead of being hidden behind labels, which makes the destination easier to inspect before clicking. The contribution rules reject paywalled course content, shortened URLs, affiliate tracking, and pirated copies.

commit 97377b9 has 1 file and leaves the hard work with the learner. There are no calendars, assignments, grades, lab kits, capstone projects, or progress records. Even the recommended textbooks are titles, not hosted books. A person can assemble a serious study plan from these entries, but the README does not establish that completing selected links equals a university degree or professional qualification.

What happened when we ran it

We did not run the repository in our sandbox. The lab found no supported software ecosystem and no Dockerfile at commit 97377b9, so an install, build, or test attempt would have been invented work. The tree contains 1 file, README.md. There is no application hiding behind the list and no local server to start.

Our measurement setup was a fresh Debian container with 3 CPUs and 8 GB of RAM, but it had nothing executable to measure. We did not record installation time, test coverage, dependency health, or link availability because there are no dependencies or test target in the measured block. Evaluate this page by its organization, source choices, maintenance, and external-link accuracy.

Eleven platform notes make the access cost clearer

The 1-file README covers 11 destinations and tells you when an account or certificate fee enters the picture. MIT OpenCourseWare, UMass lectures, DSP First, and several other sources are described as free without an account. MITx, XuetangX, Cisco Networking Academy, and LabEx may require a free login. NPTEL content is free to watch, while its certificates can cost money.

Those notes matter because 'free course' can mean several different things. The stated selection rule is that teaching material must remain accessible without payment, even if assessment or certification costs extra. The README also says certificates are optional and gives projects more weight for employment. It does not provide those projects, so you will need a separate plan for practical work.

The missing LICENSE file weakens an otherwise careful curation policy

At commit 97377b9, the repository has 1 file and no LICENSE, although the README says its curation, organization, and original text use the MIT License. GitHub consequently reports no detected license. Linked courses keep their publishers' terms, and the README correctly tells readers to check each course before reuse.

The v1 README also excludes scraped paid material and asks contributors to preserve original course names. That matters if a school or company wants to copy the structure, since linking to a public lecture differs from republishing its slides or video. Adding the missing license file would make the repository's own reuse terms match its stated policy.

September activity is real, but the history is only days long

The repository was created on September 20, 2026, published a v1 release that day, and received its last push on September 24. commit 97377b9 added a Stanford transformers course after several days of link and section updates. GitHub showed 472 stars, 35 forks, and 0 open issues or pull requests on October 8. There is no issue history from which to judge response time.

The repository's first 4 days show active assembly, not long-term maintenance. External course links decay, platforms change access rules, and recommended sequences benefit from learner feedback. Use the list now because its prerequisite notes save time. Keep your own record of the courses you choose, and verify a provider's current access terms before building a semester around it.

Alternatives

ProjectWhat it isPick it when
OSEEAn open-source electrical engineering curriculum arranged as a staged degree path.pick this instead when you want a semester-like curriculum rather than a broad subject directory.
Open Source EE DegreeA free online curriculum modeled on a bachelor's degree in electrical engineering.pick this instead when degree-plan sequencing matters more than having many choices per topic.
Awesome ElectronicsA large collection of electronics tools, references, manufacturers, and communities.pick this instead when you need practical electronics resources and tools rather than a study curriculum.

What people are saying

  1. [velocity-scout] mabdulre9/electrical-engineering

Sources

  1. Electrical Engineering README at commit 97377b9
  2. Repository facts
  3. Commit history
  4. v1 release
  5. Issues and pull requests

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