Introduction to C++ Programming and Data Structures — Course Materials
Course platform and access
All course materials are hosted and administered through Pearson’s world-class educational platform.
Enrollment provides secure access to the course LMS, lecture videos, reading materials, interactive exercises, quizzes, and proctored assessments.
Access duration and account details are provided at registration. Technical support is available through Pearson’s helpdesk; course coordinators at Mubarak Institute of Technology can assist with enrollment and account issues.
Core learning resources
Lecture videos: Modular, instructor-led video lectures covering syntax, object-oriented programming, templates, memory management, and core data structures (arrays, linked lists, stacks, queues, trees, graphs, hash tables).
Slide decks: Downloadable lecture slides that summarize key concepts, algorithms, and code examples.
Textbook & readings: Assigned textbook chapters and curated readings provided in the Pearson platform. Supplementary reading lists cover standard references and recent articles.
Code examples and templates: Ready-to-run C++ source files and project templates demonstrating idiomatic C++17/C++20 (as specified per course session) for labs and assignments.
Lab exercises: Hands-on programming labs with step-by-step instructions, expected outputs, and assessment rubrics.
Problem sets: Algorithmic problem sets focused on complexity analysis, correct implementation, and edge-case handling. Problems range from beginner to intermediate/advanced.
Quizzes & exams: Formative quizzes after each module and summative assessments that test conceptual understanding, coding ability, and complexity reasoning.
Practical projects and assessments
Programming projects: Multi-stage projects that require design, implementation, testing, and optimization of C++ applications using data structures (e.g., a basic database index, graph traversal engine, or custom container).
Peer reviews: Guided peer-review sessions for selected assignments to promote code quality, readability, and constructive feedback.
Automated testing and grading: Integration with code-autograding tools for unit tests, performance checks, and static analysis. Instructors provide feedback on design and correctness.
Final exam/project: Capstone project or final exam that synthesizes course topics into a practical deliverable assessed by instructors.
Corporate training packages
Mubarak Institute of Technology offers corporate packages tailored to organizational needs:
Cohort-based delivery with private cohorts on Pearson’s platform.
Customizable curriculum, pacing, and project themes to match company tech stacks and use-cases.
Dedicated instructor or teaching-assistant support, progress reporting, and outcomes tracking.
Bulk enrollment pricing and enterprise account management.
Corporate clients receive onboarding assistance, learning analytics, and optional on-site or live-virtual workshops.
Prerequisites and technical requirements
Recommended prerequisites: Basic programming familiarity (any language), understanding of fundamental mathematics (discrete math basics recommended).
Development environment: Access to a C++ compiler supporting C++17/C++20 (g++, clang, or MSVC), an IDE or text editor (e.g., VS Code, CLion), and Git for version control.
System requirements: Modern web browser, stable internet connection, and hardware sufficient for development tasks. Specific software installation guides are provided in the course materials.
Instructor and support
Course led by experienced instructors with industry and academic backgrounds in C++ and systems programming.
Scheduled office hours, discussion forums moderated on Pearson’s platform, and course coordinators at Mubarak Institute of Technology provide administrative support.
Additional tutoring or mentoring options available through corporate packages.
Certification and outcomes
Certificate of completion available upon meeting passing criteria for assessments and projects.
Learning outcomes include proficiency in modern C++ syntax and idioms, implementation and analysis of fundamental data structures, algorithmic complexity reasoning, and practical skills for building efficient, maintainable C++ software.
How to enroll
Enrollment details and corporate package inquiries are handled by Mubarak Institute of Technology. Contact course administration to receive registration instructions and corporate pricing information.
PLEASE NOTE: You will receive your login credentials and course access code by email within 24–48 hours after purchase. Please check your inbox and spam folder. This course requires a separate $129.99 materials and access fee paid directly to the PEARSON before starting. All sales are final. No refunds. However, the platform offers a 14-day trial period with the content. If the course is not to your liking, you may switch to a different course nomore than 1 time during that time — but no monetary refunds will be issued.
Introduction to C++ Programming and Data Structures — Course Materials
Course platform and access
All course materials are hosted and administered through Pearson’s world-class educational platform.
Enrollment provides secure access to the course LMS, lecture videos, reading materials, interactive exercises, quizzes, and proctored assessments.
Access duration and account details are provided at registration. Technical support is available through Pearson’s helpdesk; course coordinators at Mubarak Institute of Technology can assist with enrollment and account issues.
Core learning resources
Lecture videos: Modular, instructor-led video lectures covering syntax, object-oriented programming, templates, memory management, and core data structures (arrays, linked lists, stacks, queues, trees, graphs, hash tables).
Slide decks: Downloadable lecture slides that summarize key concepts, algorithms, and code examples.
Textbook & readings: Assigned textbook chapters and curated readings provided in the Pearson platform. Supplementary reading lists cover standard references and recent articles.
Code examples and templates: Ready-to-run C++ source files and project templates demonstrating idiomatic C++17/C++20 (as specified per course session) for labs and assignments.
Lab exercises: Hands-on programming labs with step-by-step instructions, expected outputs, and assessment rubrics.
Problem sets: Algorithmic problem sets focused on complexity analysis, correct implementation, and edge-case handling. Problems range from beginner to intermediate/advanced.
Quizzes & exams: Formative quizzes after each module and summative assessments that test conceptual understanding, coding ability, and complexity reasoning.
Practical projects and assessments
Programming projects: Multi-stage projects that require design, implementation, testing, and optimization of C++ applications using data structures (e.g., a basic database index, graph traversal engine, or custom container).
Peer reviews: Guided peer-review sessions for selected assignments to promote code quality, readability, and constructive feedback.
Automated testing and grading: Integration with code-autograding tools for unit tests, performance checks, and static analysis. Instructors provide feedback on design and correctness.
Final exam/project: Capstone project or final exam that synthesizes course topics into a practical deliverable assessed by instructors.
Corporate training packages
Mubarak Institute of Technology offers corporate packages tailored to organizational needs:
Cohort-based delivery with private cohorts on Pearson’s platform.
Customizable curriculum, pacing, and project themes to match company tech stacks and use-cases.
Dedicated instructor or teaching-assistant support, progress reporting, and outcomes tracking.
Bulk enrollment pricing and enterprise account management.
Corporate clients receive onboarding assistance, learning analytics, and optional on-site or live-virtual workshops.
Prerequisites and technical requirements
Recommended prerequisites: Basic programming familiarity (any language), understanding of fundamental mathematics (discrete math basics recommended).
Development environment: Access to a C++ compiler supporting C++17/C++20 (g++, clang, or MSVC), an IDE or text editor (e.g., VS Code, CLion), and Git for version control.
System requirements: Modern web browser, stable internet connection, and hardware sufficient for development tasks. Specific software installation guides are provided in the course materials.
Instructor and support
Course led by experienced instructors with industry and academic backgrounds in C++ and systems programming.
Scheduled office hours, discussion forums moderated on Pearson’s platform, and course coordinators at Mubarak Institute of Technology provide administrative support.
Additional tutoring or mentoring options available through corporate packages.
Certification and outcomes
Certificate of completion available upon meeting passing criteria for assessments and projects.
Learning outcomes include proficiency in modern C++ syntax and idioms, implementation and analysis of fundamental data structures, algorithmic complexity reasoning, and practical skills for building efficient, maintainable C++ software.
How to enroll
Enrollment details and corporate package inquiries are handled by Mubarak Institute of Technology. Contact course administration to receive registration instructions and corporate pricing information.
PLEASE NOTE: You will receive your login credentials and course access code by email within 24–48 hours after purchase. Please check your inbox and spam folder. This course requires a separate $129.99 materials and access fee paid directly to the PEARSON before starting. All sales are final. No refunds. However, the platform offers a 14-day trial period with the content. If the course is not to your liking, you may switch to a different course nomore than 1 time during that time — but no monetary refunds will be issued.
