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For acquisition editors, producers & partnership managers — not a student storefront

I build technical courses engineers can actually use.

I am Ashraf Al-Madhoun, founder of Educational Engineering Team. I design and produce embedded-systems, IoT, and AI courses around working hardware, real code, and projects learners finish — with curriculum, scripts, demos, labs, project files, and instructional QA handled end to end.

Original illustration: ESP32-style development board, sensors, wires and a robot-arm motif
Original illustration — not a course screenshot or a photograph of real hardware.

Explore the board — original illustration, no photo

ESP32 MCU

The ESP32 system-on-chip at the centre of the 30 Days Challenge case study: a dual-core MCU with Wi-Fi, used there for sensors, dashboards and day-by-day builds.

Diagram is an original illustration for this portfolio. It is not a photograph of a specific board, and it makes no live-device claim.

ESP32•Arduino•FreeRTOS•PCB design•IoT•AI / Python•

Checkpoint counts — nothing else added

Counts below are only the archive checkpoint figures from the case studies: videos matched to archive files, and sections in the archived structure. They are not totals, followers, or ratings.

0

ESP32 videos matched

Learn ESP32 30 Days Challenge — 82/82, 13 sections

0

Arduino videos matched

Learn Arduino: Practical Approach — 138/138, 23 sections

0

FreeRTOS videos matched

Mastering Arduino Multitasking with FreeRTOS — 18/18, 6 sections

0

ESP32 sections

Archived structure, EET_110

0

Arduino sections

Archived structure, EET_97

0

FreeRTOS sections

Archived structure, EET_113

Signal path — click Run

A simulated sensor-to-dashboard flow, in the same shape as the interactive lab. No live device is involved.

1. Sensor

Waiting

idle

2. MCU

Waiting

idle

3. Cloud

Waiting

idle

4. Dashboard

Waiting

idle

Press Run to start the simulated flow.

How a course is built here

The same production stages behind the case studies, in order — from the section map to the final QA pass. Full detail on the process page.

Curriculum design

Audience, prerequisites and outcomes first; every lecture earns its place.

Scripts & storyboards

Word-for-word scripts with on-screen cues, code states and wiring states marked.

Filming & demos

Hardware demos filmed on real boards with visible, observable results.

Instructional QA

Script-vs-recording check, clean-state code run, captions and a file-matching pass.

See the full process →

Evidence before adjectives

No invented totals, logos, or testimonials on this site. The figures below are quoted exactly as they appear on the platform profiles, with the date checked, and the places where platforms disagree are shown rather than blended. Full sources: /evidence.

Pluralsight author

Author profile live, covering embedded systems, microcontrollers, AI, and software. Topic listed: “Data Professional”.

pluralsight.com/authors/ashraf-almadhoun

Udemy — as stated on profile

Profile headline: “Top-Rated Instructor | 630k+ Students”. Body text claims 1.5M+ students across platforms and 20M+ views — quoted as the profile’s own claim, checked 25 Oct 2026.

udemy.com/user/ashraf-said-6

Coursera — via Starweaver

Instructor page and Starweaver partner listing name Ashraf S. A. AlMadhoun. This is Starweaver distribution — not a direct Coursera contract, and it is never described as one here.

coursera.org/starweaver

Three published courses, one in production

Original illustration: ESP32 board, sensor modules and abstract dashboard panels
Original illustration — not a course screenshot or a photograph of real hardware.
PublishedUdemy

Learn ESP32 with this 30 Days Challenge

A day-by-day ESP32 build sequence: one working system at a time, not a tour of datasheets.

EET_110.json — COMPLETED, 13 sections, 136 items, 82/82 videos matched.

Read the case study →
Original illustration: Arduino board, breadboard, LEDs and lab tools on a workbench
Original illustration — not a course screenshot or a photograph of real hardware.
PublishedUdemy

Learn Arduino: Practical Approach

Arduino taught the way engineers actually learn it: build it, measure it, fix it, then explain why it works.

EET_97.json — COMPLETED, 23 sections, 216 items, 138/138 videos matched.

Read the case study →
Original illustration: parallel task lanes, timers and PCB traces for multitasking
Original illustration — not a course screenshot or a photograph of real hardware.
PublishedUdemy

Mastering Arduino Multitasking with FreeRTOS

From delay() loops to real multitasking: tasks, scheduling, and concurrency on Arduino, taught with working code.

EET_113.json — COMPLETED, 6 sections, 27 items, 18/18 videos matched.

Read the case study →
Original illustration for this portfolio — not a screenshot of the in-production course
Original illustration — not a course screenshot or a photograph of real hardware.
In production — not yet publishedPluralsight (in production)

UX Accessibility: Research and User Testing

Accessibility research taught through real user-testing practice: recruiting inclusively, running sessions, and turning findings into fixes.

accessflow_qa/ — pre-recording QA complete 2026-10-21; Figma design 28/28 ready.

Read the case study →

What I can build for a publisher

Commissioned authoring

A complete course, authored to your outline, style guide, and review cycle.

Editorial co-development

Curriculum design, scripts, demos, and labs developed with your editors, not handed over finished.

Licensing

Licensing of existing rights-cleared course materials, scoped and agreed in writing.

See the full publisher offer, terms, and what to send in a first enquiry →

Start a publisher conversation

Send a first enquiry by email — what you are commissioning, the audience, and the timeline. No booking link is needed to start.