Plan for Getting Your First Machine Learning Engineer Job

A simple roadmap to help students start in machine learning. It covers skills, a real project, and how to show your work to employers.

  • Weekly Hours: 10
  • Estimated Weeks: 8

Phases

Foundations of Programming and Math

Start with basic Python programming and simple math. This helps you understand how to build and test your own code in machine learning.

2 weeks

  • Learn Python basics
  • Understand math for ML
  • Practice writing simple programs
  • Solve basic math problems
  • Write Python scripts (hello world, basic calculator)
  • Use variables and loops (for calculating averages)
  • Apply linear algebra (vectors, matrices)
  • Work with data files (CSV import)
  • Python Beginner Course
  • Math for Machine Learning
  • Python Playground
  • Free Math Worksheets
  • Finish 5 basic Python programs with comments
  • Submit 10 solved math practice problems
  • Import a CSV and process data (Python code)
  • Document steps in a short PDF

Learn Machine Learning Basics

Explore what machine learning is and use simple tools. Build your first tiny model, and learn to judge if it works.

2 weeks

  • Understand types of machine learning
  • Try simple ML models
  • Work with popular tools
  • Read ML datasets
  • Train a linear regression model (scikit-learn on housing prices)
  • Split data into train and test sets
  • Measure accuracy (calculate score)
  • Plot results (matplotlib charts)
  • Intro to Scikit-learn
  • Basic ML Tutorial
  • Dataset Repository
  • Jupyter Notebooks
  • Code a simple ML model on real data
  • Evaluate and explain model accuracy
  • Share graphs of model results
  • Write a short Model Report

Project: House Price Predictor

Build and improve a machine learning app that predicts house prices. Add features, test changes, and make it user-friendly. You will also show others how it works and why it is useful.

3 weeks

  • Create a working ML app
  • Add features like user input
  • Test and debug your code
  • Prepare demo and README
  • Build a command-line app (Python CLI for price prediction)
  • Handle user input and outputs (ask for data, print prediction)
  • Add data checks (handle missing values)
  • Write automated tests (pytest scripts)
  • Python CLI Example
  • Pytest Docs
  • ML Project Starter Template
  • Best README Examples
  • Finish House Price Predictor with user input
  • Pass 5 automated tests on edge cases
  • Record a 2-min demo video
  • Publish final code and README on GitHub

Showcasing and Applying

Get your project ready to share. Make your code easy to find, clear, and tested. Use your project to apply for jobs.

1 weeks

  • Polish your code and documentation
  • Set up automated tests
  • Write a clear project summary
  • Apply for entry-level roles
  • Set up GitHub Actions for testing (automatic test runs)
  • Write a project summary section (in your README)
  • Share your link on a job form
  • Send a short project email
  • GitHub Actions Guide
  • Job Portal
  • Sample Project Summaries
  • Simple Portfolio Template
  • Earn a 'build passing' badge on GitHub
  • Submit at least 3 job applications
  • Share project link with a mentor for review

Weekly Plan

Week Focus Why Tasks Deliverables
1 Start with Python and math basics You need these skills for every machine learning job. Set up Python and Jupyter (Anaconda), Write 3 simple Python programs (sum, average, hello world), Review basic algebra (solve linear equations), Complete 5 practice problems from Math for ML PDF of Python code files, List of solved math exercises
2 Practice data skills and simple code Data handling is essential for machine learning tasks. Import a CSV using pandas, Clean dataset (remove missing values), Answer 3 questions about data, Write a program to compute mean and median CSV import code sample, Short data analysis report
3 Learn and try out ML basics You will use these models in your project. Read about types of ML (supervised, unsupervised), Train linear regression on a small set (scikit-learn), Plot results with matplotlib, Evaluate accuracy (compare predictions) Jupyter notebook with ML code, PDF report with graphs
4 Apply ML to a simple project Project work gets you noticed by employers. Download house prices dataset, Train a new regression model, Explain your findings in comments, Plan project features in notes First version of project code, Project ideas document
5 Add features and user interactions Real apps need user inputs and error handling. Add user input (ask for house details in CLI), Check for missing or wrong data, Print predictions to the screen, Test the program with 3 examples Improved project app, Demo screenshots
6 Testing and improving your project Testing shows your code is reliable. Write 5 automated tests (pytest), Fix bugs found in testing, Improve prediction accuracy (try new features), Update project documentation (add usage steps) Test report (pytest results), Updated README
7 Prepare your project for sharing Clear, clean projects impress recruiters. Format code (use Black or autopep8), Set up GitHub Actions for CI/testing, Make a 2-minute screen recording of the app, Add a summary section in README GitHub link with test badge, Project demo video
8 Apply for jobs and get feedback You need to show your work to land interviews. Send project link to a mentor or job board, Apply for 3 entry-level ML jobs online, Update your resume with project details, Review and reply to feedback (if you get any) 3 job applications sent, Short list of feedback or reply from mentor

Daily Plan

Monday

  • Review weekly focus and set a daily goal
  • Read or watch 1 lesson or tutorial
Tuesday

  • Practice coding for 45 minutes
  • Write or edit project notes
Wednesday

  • Work on project or exercises
  • Ask or answer 1 question in a study group
Thursday

  • Test code and fix bugs
  • Practice explaining your work out loud
Friday

  • Double-check deliverables for the week
  • Share work with friend, mentor, or online