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Master Certificate Level 6-7 Leadership ISO IT & Related Technologies Coding

ISO 14882 — C++ Programming Language Standard

ISO Certification Programme

6 Subjects
20 Chapters
108 Lessons
500 Marks

LAPT — London Academy of Professional Training

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ISO 14882 — C++ Programming Language Standard
Master Certificate Level 6-7
  • IIT-COD-14882
  • Leadership Stage
  • 500 total marks
  • Pass: 325 marks (65%)
  • Validity: Lifetime
Enrol Now View Brochure
AwardMaster Certificate
Global LevelLevel 6-7
Total Marks500
Pass Mark325 (65%)
Subjects6
Chapters20
Classes108

About This Certification

Who Is This For?

This certification is designed for senior software engineers, technical leads, and managerial professionals with significant experience in programming and software development. It is essential for those looking to advance their careers into leadership roles where strategic decision-making and team management are crucial.

Course Curriculum

6 subjects • 20 chapters • 108 classes
01
Innovative Software Solutions
0 chapters • 75 marks • 10h

Chapters coming soon.

02
Team Leadership and Communication
0 chapters • 75 marks • 20h

Chapters coming soon.

03
Project Management in Software Development
5 chapters • 18 classes • 75 marks • 30h
Fundamentals of Project Management in Software Development 6 classes
1.1 Define Project Management in Software Development
1.2 Identify Key Phases of Software Development Projects
1.3 Analyze the Role of Stakeholders in Project Success
1.4 Apply Project Planning Techniques for Software Projects
1.5 Evaluate Risk Management Strategies in Software Development
1.6 Implement Effective Communication Practices in Project Teams
Agile Methodologies and C++ Development Practices 6 classes
2.1 Define and Explore Agile Methodologies in Software Development
2.2 Identify Key Principles of Agile that Enhance C++ Development
2.3 Compare Agile and Traditional Project Management Approaches in C++ Projects
2.4 Implement Scrum Framework for Managing C++ Development Teams
2.5 Apply Test-Driven Development (TDD) Practices in C++ Agile Projects
2.6 Evaluate Tools and Technologies Supporting Agile C++ Development Practices
Project Planning and Resource Allocation in Software Engineering 6 classes
3.1 Define Project Scope and Objectives in Software Development
3.2 Identify Key Stakeholders and Their Roles in Project Management
3.3 Develop a Comprehensive Project Timeline Using Gantt Charts
3.4 Assess and Allocate Resources Effectively for Software Projects
3.5 Implement Risk Management Strategies in Software Project Planning
3.6 Evaluate Project Progress and Adjust Plans as Necessary
Quality Assurance and Risk Management in Software Projects
Advanced Project Tracking and Performance Evaluation Techniques
04
Software Development Best Practices
5 chapters • 30 classes • 75 marks • 30h
Understanding Software Development Methodologies 6 classes
1.1 Identify Key Software Development Methodologies
1.2 Compare Agile and Waterfall Approaches
1.3 Explore Lean Software Development Principles
1.4 Assess the Role of DevOps in Software Development
1.5 Analyze the Benefits of Iterative Development
1.6 Implement a Mini Project Using Agile Practices
Version Control Systems and Best Practices 6 classes
2.1 Understand the Fundamentals of Version Control Systems
2.2 Explore Popular Version Control Systems: Git vs. SVN
2.3 Implement Basic Git Operations: Clone, Commit, and Push
2.4 Establish Best Practices for Branching and Merging
2.5 Manage Collaborative Workflows with Pull Requests
2.6 Analyze and Resolve Merge Conflicts Effectively
Code Quality and Static Analysis Tools 6 classes
3.1 Understand Code Quality Metrics and Their Importance
3.2 Identify Common Code Smells and Anti-Patterns
3.3 Explore Static Analysis Tools: Features and Benefits
3.4 Integrate Static Analysis into Development Workflow
3.5 Analyze Static Analysis Reports for Code Improvement
3.6 Implement Best Practices for Maintaining Code Quality
Testing Strategies and Automated Testing 6 classes
4.1 Understand Different Testing Strategies
4.2 Identify and Define Test Cases
4.3 Explore Automated Testing Tools and Frameworks
4.4 Implement Unit Testing in C++
4.5 Analyze Test Results and Debugging Techniques
4.6 Integrate Continuous Testing into Development Workflow
Continuous Integration and Continuous Deployment (CI/CD) 6 classes
5.1 Define Continuous Integration and Continuous Deployment Concepts
5.2 Identify Benefits of Implementing CI/CD in Software Development
5.3 Explore CI/CD Tools and Technologies Used in the Industry
5.4 Outline Best Practices for Setting Up a CI/CD Pipeline
5.5 Demonstrate Automated Testing in a CI/CD Workflow
5.6 Implement a Basic CI/CD Pipeline Using Sample Code
05
Software Design Patterns
5 chapters • 30 classes • 100 marks • 30h
Understanding Design Patterns and Their Importance in Software Development 6 classes
1.1 Define Design Patterns and Their Relevance in Software Development
1.2 Identify the Common Types of Design Patterns in C++
1.3 Explore the Benefits of Using Design Patterns for Software Efficiency
1.4 Examine Real-World Examples of Design Patterns in Action
1.5 Apply a Specific Design Pattern to a Sample C++ Project
1.6 Evaluate the Impact of Design Patterns on Software Maintenance and Scalability
Creational Patterns: Building Blocks of Object Creation 6 classes
2.1 Understand the Importance of Creational Patterns in C++
2.2 Explore the Singleton Pattern: Implementing a Unique Instance
2.3 Apply the Factory Method Pattern for Object Creation
2.4 Differentiate Between Abstract Factory and Factory Method Techniques
2.5 Utilize the Builder Pattern for Complex Object Construction
2.6 Analyze Real-World Applications of Creational Patterns in Software Design
Structural Patterns: Organizing Code for Clarity and Efficiency 6 classes
3.1 Identify Key Structural Patterns in Software Design
3.2 Analyze the Benefits of Using Structural Patterns
3.3 Compare and Contrast Adapter and Bridge Patterns
3.4 Implementing the Composite Pattern for Hierarchical Structures
3.5 Applying the Decorator Pattern to Enhance Functionality
3.6 Evaluate Real-World Examples of Structural Patterns in Code
Behavioral Patterns: Defining Interactions and Responsibilities 6 classes
4.1 Identify Behavioral Patterns in Software Design
4.2 Analyze the Role of Context in Behavioral Patterns
4.3 Evaluate Key Responsibilities of Behavioral Patterns
4.4 Compare and Contrast Strategy and Command Patterns
4.5 Implement Observer Pattern in a C++ Application
4.6 Case Study: Applying Behavioral Patterns to Solve Real-World Problems
Implementing Real-World Applications of Design Patterns in C++ 6 classes
5.1 Understand Core Design Patterns in C++
5.2 Identify Use Cases for Design Patterns in Real-World Applications
5.3 Implement the Singleton Pattern in a C++ Project
5.4 Create a Simple Observer Pattern Example in C++
5.5 Develop a Strategy Pattern for a Real-World Scenario
5.6 Evaluate and Refactor Code Using Design Patterns in C++
06
Advanced C++ Programming Techniques
5 chapters • 30 classes • 100 marks • 40h
Mastering Advanced Template Programming in C++ 6 classes
1.1 Understanding Template Basics in C++
1.2 Exploring Function Templates and Their Applications
1.3 Implementing Class Templates for Reusable Components
1.4 Leveraging Variadic Templates for Enhanced Flexibility
1.5 Specializing Templates: Full and Partial Specialization Techniques
1.6 Applying Template Metaprogramming for Compile-Time Computation
Understanding and Implementing Smart Pointers 6 classes
2.1 Explain the Concept of Smart Pointers
2.2 Identify Different Types of Smart Pointers in C++
2.3 Implement std::unique_ptr in Practical Scenarios
2.4 Utilize std::shared_ptr for Shared Resource Management
2.5 Apply std::weak_ptr to Handle Circular References
2.6 Evaluate Performance and Safety Benefits of Smart Pointers
Implementing Move Semantics and Perfect Forwarding 6 classes
3.1 Understand Move Semantics: Concepts and Benefits
3.2 Implementing Move Constructors and Move Assignment Operators
3.3 Exploring Rvalue References: Syntax and Usage
3.4 Introduction to Perfect Forwarding and Its Importance
3.5 Utilizing std::forward for Perfect Forwarding in Functions
3.6 Real-World Applications: Performance Optimization through Move Semantics
Exploring Concurrency and Multithreading in C++ 6 classes
4.1 Understand Concurrency Concepts in C++
4.2 Explore the C++ Standard Library's Thread Support
4.3 Implement Basic Multithreading with std::thread
4.4 Manage Shared Data with Mutexes and Locks
4.5 Use Condition Variables for Thread Synchronization
4.6 Optimize Multithreaded Applications for Performance
Building Robust C++ Applications with Design Patterns 6 classes
5.1 Identify Common Design Patterns in C++ Applications
5.2 Analyze the Singleton Pattern for Resource Management
5.3 Implement the Factory Method for Object Creation
5.4 Utilize the Observer Pattern for Event Handling
5.5 Apply the Strategy Pattern for Flexible Algorithms
5.6 Evaluate Design Patterns for Robust Application Architecture

Assessment & Grading

Assessment Methods
  • Written Examination
  • Practical Assignment
  • Portfolio Assessment
Theory
50%
Practical
35%
Project
15%
ISO 14882 — C++ Programming Language Standard
Master Certificate Level 6-7
Enrol Now View Brochure
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