Machine Learning: Your First Step into the Profession
Course Overview Machine Learning: Your First Step into the Profession is a beginner-friendly, self-paced theoretical course designed for absolute beginners with no prior experience in programming or data science. If you’ve ever been curious about what machine learning (ML) is …
Overview
Course Overview
Machine Learning: Your First Step into the Profession is a beginner-friendly, self-paced theoretical course designed for absolute beginners with no prior experience in programming or data science. If you’ve ever been curious about what machine learning (ML) is or what working as a data scientist or ML engineer involves, this course will help you build a strong foundation. There are no coding assignments or labs; instead, you’ll gain a comprehensive understanding of the field, the tools, and the concepts that shape modern machine learning.
Who Is This Course For?
- Anyone interested in exploring machine learning as a career path
- People with zero background in programming, math, or data science
- Self-learners looking to understand the basics before taking hands-on courses
- Professionals considering a career change to data or technology roles
What Will You Learn?
The course is structured into five modules, each carefully crafted to build your knowledge step by step:
- Intro to the Profession: Learn what ML engineers and data scientists do daily, explore real-world applications, understand career paths, and see how the industry works.
- Python Fundamentals: Get to know the basics of Python syntax, data types, control flow, collections, functions, file operations, and essential tools like Git and the command line—all explained in simple, accessible language.
- Math & Statistics Essentials: Discover the foundational concepts in linear algebra, differentiation, optimization, probability, and statistics that underpin all of machine learning. Learn how to make sense of data, test hypotheses, and interpret results.
- Working with Data: Understand how data is structured and processed using tools like NumPy and Pandas. Learn the basics of SQL, data visualization, and how to interpret different types of charts and graphs.
- Core Concepts in Machine Learning: Dive into the main types of ML problems (regression and classification), key algorithms, evaluation metrics, pitfalls like overfitting, feature engineering, and data preprocessing—all with clear explanations and real-world context.
Why Take This Course?
- Practical Career Insights: Go beyond theory and learn what the daily work of an ML professional is like, including how to communicate with stakeholders, frame the right problems, and understand the project lifecycle in real companies.
- Friendly, Accessible Explanations: Every lesson is written in clear, simple English with step-by-step breakdowns, analogies, and practical examples to help you grasp even the most complex ideas.
- Solid Theoretical Foundation: By the end of the course, you’ll be able to confidently describe the core ideas, terminology, and logic behind machine learning and recognize how these concepts fit together in the real world.
- Pathways for Growth: You’ll finish with a roadmap for what to learn next, including fields like NLP (Natural Language Processing), Computer Vision, and AutoML, as well as tips for keeping your skills sharp and staying motivated.
Course Benefits
- Demystifies the world of ML and data science for true beginners
- Builds a bridge from zero experience to a clear understanding of the profession
- Helps you make informed decisions about your learning journey and career
- Prepares you for more advanced, hands-on courses in programming, statistics, or applied ML
What You’ll Be Able to Do After This Course
- Explain what machine learning is and how it works in simple terms
- Describe the main roles in the industry and their differences
- Understand the fundamental math and statistics concepts used in ML
- Read and interpret data, charts, and basic code snippets
- Recognize the steps in building and evaluating ML models
- Identify the tools and skills you need to continue your ML journey
If you want to start your journey into the exciting field of machine learning and data science, this course is the perfect first step to build your confidence and understanding—no prior experience required!
Curriculum
- 7 Sections
- 50 Lessons
- Lifetime
- 1. Introduction to the Profession6
- 1.1B837 1.1 What Does a Machine Learning Engineer or Data Scientist Do?
- 1.2B837 1.2 Common Real-World ML Use Cases in Business
- 1.3B837 1.3 Career Paths and Where ML Specialists Work
- 1.4B837 1.4 A Day in the Life of an ML Engineer
- 1.5B837 1.5 How to Stay Motivated and Keep Learning
- 1.6B837 1. Quiz3 Questions
- 2. Python Fundamentals9
- 2.1B837 2.1 What You’ll Know by the End of This Module
- 2.2B837 2.2 Basic Data Types: Integers, Strings, Booleans
- 2.3B837 2.3 Control Flow: if, for, while
- 2.4B837 2.4 Collections: Lists, Dictionaries, Sets
- 2.5B837 2.5 Functions – the Basics
- 2.6B837 2.6 Decorators, Lambdas, and Generators
- 2.7B837 2.7 Reading and Writing Files
- 2.8B837 2.8 Introduction to Git and Shell (Command Line)
- 2.9B837 2. Quiz3 Questions
- 3. Math & Statistics Essentials12
- 3.1B837 3.1 Matrices – Concepts and Operations
- 3.2B837 3.2 Basics of Linear Algebra: Bases and Transformations
- 3.3B837 3.3 Matrix Decompositions
- 3.4B837 3.4 Differentiation and Function Optimization
- 3.5B837 3.5 Least Squares Method
- 3.6B837 3.6 Fundamentals of Probability Theory
- 3.7B837 3.7 Law of Large Numbers & Central Limit Theorem
- 3.8B837 3.8 Descriptive Statistics: Mean, Median, Variance
- 3.9B837 3.9 Hypothesis Testing and A/B Tests
- 3.10B837 3.10 Populations, Samples, and Confidence Intervals
- 3.11B837 3.11 Quantitative and Qualitative Data Types
- 3.12B837 3. Quiz3 Questions
- 4. Working with Data11
- 4.1B837 4.1 Introduction to NumPy
- 4.2B837 4.2 Arrays, Indexing, and Slicing
- 4.3B837 4.3 Intro to Pandas and DataFrames
- 4.4B837 4.4 Grouping, Filtering, Aggregating Data
- 4.5B837 4.5 Preparing a Dataset for Modeling
- 4.6B837 4.6 What Is a Database?
- 4.7B837 4.7 SQL Basics: Queries, Views, Filters
- 4.8B837 4.8 Joins, Nested Queries, Window Functions
- 4.9B837 4.9 Visualizing Data: matplotlib, seaborn, plotly
- 4.10B837 4.10 How to Interpret Charts and Graphs
- 4.11B837 4. Quiz3 Questions
- 5. Core Concepts in Machine Learning12
- 5.1B837 5.1 What Is Machine Learning?
- 5.2B837 5.2 Regression vs Classification
- 5.3B837 5.3 Linear Regression
- 5.4B837 5.4 K-Nearest Neighbors (KNN)
- 5.5B837 5.5 Logistic Regression
- 5.6B837 5.6 Decision Trees
- 5.7B837 5.7 Model Ensembles (Bagging, Boosting)
- 5.8B837 5.8 Evaluation Metrics: Accuracy, Precision, Recall, F1
- 5.9B837 5.9 Common Pitfalls: Overfitting and Underfitting
- 5.10B837 5.10 Feature Engineering: The Art of Crafting Input
- 5.11B837 5.11 Preprocessing: Cleaning, Encoding, Scaling
- 5.12B837 5. Quiz3 Questions
- 6. Becoming a Real-World ML Specialist6
- B837 FinalQuiz1