E47 FoundationE47 FOUNDATION
AI-Assisted Programming
COURSE 04 · ONE-MONTH MODULE

AI-assisted programming — the way working engineers actually code

One month learning to program with modern AI tools as a force multiplier — prompting, reviewing, debugging, and shipping a small working application.

1 monthPythonGit & GitHubAI coding tools
PROGRAM DETAILS

What thismonthcovers.

This course teaches programming fundamentals alongside the AI tools practising engineers now use daily. Students learn Python and version control, and how to direct, review, and correct AI-generated code — then build and deploy a small application that solves a real task.

1 month (~20 sessions) — usually a student's third module

DURATION

Lab sessions + weekend project sprints, ~15 students per section

FORMAT

Comfort with a computer; the electronics course helps for hardware projects

PREREQUISITES

A small deployed application or automation, code on GitHub, and a short write-up

DELIVERABLE

Coding exercises, a code-review exercise on AI output, and a final project demo

ASSESSMENT

Laptop, AI-tool access, and cloud credits for every student

PROVIDED

COURSE LEARNING OUTCOMES

By month'send, astudent can…

  1. CLO1Write, run, and debug Python programs using variables, control flow, functions, data structures, and files.
  2. CLO2Use Git and GitHub for everyday version control — branch, commit, diff, pull request, and resolve a conflict.
  3. CLO3Prompt an AI coding assistant precisely, and break a task down so the model can help with each piece.
  4. CLO4Read AI-generated code critically: spot bugs, security issues, and wrong assumptions, and test before trusting it.
  5. CLO5Use AI tools to explain unfamiliar code, draft tests, and speed up debugging.
  6. CLO6Package and deploy a small application, and document how to run it.
PROGRAM LEARNING OUTCOMES

Advancingthe wholepathway.

A graduate of E47’s three-month engineering pathway can do all six of the outcomes below. This one-month module carries the highlighted ones.

PLO1LATER
Design & model
Produce a dimensioned, analysis-backed engineering model of a part or assembly using industry-standard CAD.
PLO2LATER
Build & integrate
Assemble, wire, and program a working electro-mechanical system from a written specification.
PLO3ADVANCED HERE
Iterate
Run a disciplined design → build → test → improve loop, using data from each test to justify the next change.
PLO4ADVANCED HERE
Compute with modern tools
Use AI and computational tools the way practising engineers do — to draft, debug, analyse, and accelerate real work.
PLO5ADVANCED HERE
Communicate & ship
Present technical work to a non-specialist audience and hand over a tangible, demonstrable output.
PLO6LATER
Engineer for the valley
Make design choices that meet global standards while staying low-waste, locally sourced, and locally repairable.
HOW IT FITS E47's VISION

Where thiscoursesits.

E47's Educate value is 'teach people to solve, not to memorise'. AI tools make that literal — the skill is no longer recalling syntax, it is decomposing a problem and judging a solution. This course teaches the judgement.

It is placed last in the pathway on purpose: students have real engineering projects by now, so AI-assisted coding is applied to their own hardware and data, not to toy exercises.

This is also the most direct on-ramp to global, remote-paid work — the Empower value — because it is the skill set a client anywhere in the world can hire from Hunza tomorrow.

Five-course pathway

Each course is one month. A student’s journey with E47 is 3 months — three one-month modules that hand off to each other and finish on the mechatronic capstone.

SOFTWARE & TOOLS

Tools thestudentwill use.

Python 3 + VS Code

The core language and editor

AI coding assistants (Copilot / chat-based LLMs)

Pair-programming and code review

Git & GitHub

Version control and collaboration

A free-tier cloud host

Putting the finished project online

Command line, virtual environments, basic testing

Everyday developer workflow
COST TO TEACH ONE STUDENT

One student,onemonth.

Planning estimate in USD for Cohort 1 in Hunza, covering this one-month module for a single student on the free track.

Instructor + teaching-assistant time (per-student share)$32
AI-tool subscriptions & API credits (per student / month)$22
Laptop depreciation + cloud compute credits$18
Space, power, internet (higher bandwidth)$22
Assessment & project demo$6
Total — per student, 1 month$100
THE 3-MONTH JOURNEY
$100
this module, 1 month
~$350
blended full journey, 3 months

About $100 of a roughly $350 blended three-month cost per student, across the three-module journey.

KEEP GOING
GET INVOLVED

Fund a student through the AI-Assisted Programming month.

Sponsoring this module covers instructor time, AI-tool access, software and equipment for one student — about $100 for the month.