CS50’s Introduction to Computer Science

Based on the world-renowned Harvard CS50 curriculum, this instructor-led training program offers a comprehensive, hands-on introduction to computer science and programming. Participants will learn foundational principles of computer science while writing code, solving problems, and building real-world projects. The program is designed for both beginners and professionals who seek a deep, practical understanding of how computers work and how to program them effectively.

Overview

Duration & Delivery

• Format: Instructor-led training (Online or In-Person)

• Duration: 5 Days (recommended, customizable)

• Includes: Lectures, live coding, hands-on labs, problem sets, project assignments, course materials

• Instructor: Experienced computer science educator and programmer

Learning Objectives

By the end of this program, participants will be able to:

• Understand core computer science concepts and problem-solving techniques

• Read, write, and debug code in languages like C and Python

• Analyze algorithms for correctness and efficiency

• Work with data structures such as arrays, linked lists, stacks, queues, hash tables, and trees

• Apply sorting and searching algorithms

• Understand memory management and recursion

• Build and deploy simple software applications

• Develop strong analytical thinking and computational problem-solving skills

Program Features

• Based on Harvard’s rigorous CS50 curriculum, adapted for instructor-led delivery

• Live coding sessions and hands-on labs

• Interactive problem-solving with real-world examples

• Guided implementation of algorithms and data structures

• Support for C and Python programming languages

• Emphasis on understanding core CS theory and practical application

• Delivered by an experienced instructor with academic and industry expertise

Detailed Course Schedule

Day 01: Foundations of Computer Science and Programming

• Introduction to computer science and problem-solving

• Understanding binary, data representation, and algorithms

• First steps in programming: variables, conditionals, loops

• Writing and running simple programs in C

• Real-world problem set discussion

Outcome: Ability to write basic C programs and understand fundamental programming concepts.

Day 02: Algorithms and Complexity

• Designing and analyzing algorithms

• Big O notation and algorithmic efficiency

• Searching algorithms: Linear Search, Binary Search

• Sorting algorithms: Selection Sort, Bubble Sort, Merge Sort

• Implementing algorithms in C with hands-on exercises

Outcome: Understanding algorithmic design, analysis, and implementation for real-world problems.

Day 03: Data Structures and Memory Management

• Arrays and linked lists

• Stacks, queues, hash tables, trees

• Pointers and dynamic memory allocation

• Structs and data abstraction

• Programming exercises to build and manipulate data structures

Outcome: Confidence using key data structures and managing memory in C.

Day 04: Advanced Topics and Python Introduction

• Recursion and divide-and-conquer strategies

• File I/O and working with large datasets

• The transition from C to Python for higher-level abstractions

• Writing Python scripts for common tasks

• Comparison of C and Python approaches

Outcome: Ability to use recursion, file handling, and move comfortably between C and Python.

Day 05: Software Design, Problem Solving, and Final Projects

• Principles of good software design

• Debugging and testing strategies

• Capstone project: Design and implement a complete program

• Group presentations and code review

• Wrap-up discussion, Q&A, and next learning steps

Outcome: Experience designing, coding, and presenting a working software solution.

Hands-On Learning Approach

• Live demonstrations and instructor-led coding

• Real-world problem sets inspired by Harvard’s CS50

• Guided labs in C and Python

• Collaborative problem-solving and peer discussion

• Capstone project showcasing learned skills

• Instructor support throughout exercises

Build the foundational computer science and programming skills to launch your tech journey

Prerequisites

• No formal programming experience is required

• Comfort with basic computer use and a problem-solving mindset

• Beginners with little or no programming background

• University students or graduates seeking strong CS fundamentals

• IT professionals transitioning to software development

• Technical managers or business analysts wanting to understand programming and algorithms

• Anyone seeking a rigorous, practical introduction to computer science

Who Should Attend?

Certification Readiness

This program does not award a Harvard certificate, but it provides CS50-level foundational knowledge and prepares participants for:

• Advanced computer science study

• Professional certifications in software development

• Real-world programming and software engineering roles