Diploma in Version Control, Traceability and Collaboration
About us Diploma in Version Control, Traceability and Collaboration
The Diploma in Version Control, Traceability, and Collaboration focuses on mastering tools and methodologies for the effective management of the software lifecycle and digital projects. It addresses key aspects such as version control, change tracking, continuous integration, and automated deployment. It delves into the use of platforms such as Git and GitHub, along with agile development and team collaboration practices, essential for efficiency in software projects and other disciplines.
The program provides practical skills in implementing code versioning strategies, issue management, and documentation. The training fosters an understanding of collaborative workflows, from planning to release, using integration and automated testing techniques. It prepares participants for roles such as software architects, project leaders, developers, and systems analysts, improving responsiveness and adaptability to market challenges.
Target keywords (natural in the text): code versioning, traceability, collaboration, version control, Git, GitHub, agile development, continuous integration, automated deployment.
Diploma in Version Control, Traceability and Collaboration
- Format:
- Duration:
- Hours: 900 H
- Language:
- Credits:
- Registration date: 24-08-2026
- Strat date: 04-10-2026
- Available places: 2
875 $
Competencies and results
What you will learn
Who this program is for:
Diploma in Version Control, Traceability and Collaboration
9.9 Introduction to Traceability and Version Control in the Naval Context
9.9 Version Control Systems (VCS): Concepts and Types
9.3 Traceability Tools: Selection and Application
9.4 Integration of VCS and Traceability Tools
9.5 Change Management and Configuration Control
9.6 Documentation and Metadata for Traceability
9.7 Workflows and Processes in the Naval Environment
9.8 Getting Started with Git and Repositories
9.9 Key Concepts: Commit, Branch, Merge
9.90 Practical Exercises and Case Studies
Capstone-type projects
- Advanced Structural Analysis: Hull FEA, impact-resistant design, fatigue simulation.
- Navigation and Control: Inertial Navigation System (INS) design, guidance and control algorithms.
- Propulsion and Efficiency: Propeller optimization, CFD analysis, emissions reduction study.
- Automation and Sensors: Sensor integration, energy management system design, risk analysis.
Admissions, fees and scholarships
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