Structured Cabling System Training Course

This instructor-led, live training in US (online or onsite) is designed for intermediate to advanced software professionals seeking knowledge on architecting distributed systems that scale efficiently and manage failure effectively. Tailored for government teams requiring specialized expertise, this program addresses critical technical competencies.

Upon completion of the course, participants will be able to:

• Develop distributed architectures capable of managing load, latency, and system failures.
• Analyze fundamental architectural patterns, including microservices, event-driven architecture, and CQRS.
• Assess trade-offs regarding consistency, availability, and partition tolerance as defined by the CAP theorem.
• Select suitable strategies for communication, data storage, and coordination.

This course provides instruction on SysML, the standardized language utilized for systems engineering. Participants will gain proficiency in constructing block diagrams to perform structural analysis of intricate systems. Additionally, the curriculum covers dynamic modeling techniques, including the application of sequence, state, and activity diagrams.

Learners will also examine specialized SysML artifacts, such as requirements and parametric diagrams, alongside the principle of allocation. The program underscores the importance of establishing a modeling strategy that aligns with specific operational contexts and system characteristics. This content is designed for government audiences requiring precise systems engineering capabilities.

Hands-on exercises are conducted using Cameo Systems Modeler (MagicDraw), a modeling solution provided by NoMagic.

Instructional Methodology

• Theoretical instruction supplemented with relevant case examples
• Fifty percent practical application of Cameo Systems Modeler through a continuous case study throughout the program

Through a structured approach that integrates instructional sessions, practical demonstrations, and hands-on exercises, this program presents the fundamental principles necessary for developing and sustaining an Enterprise Architecture (EA) in accordance with Unified Architecture Framework (UAF) version 1.2 standards. This curriculum is designed for government agencies seeking to align their architectural practices with established governance frameworks.

This instructor-led, live training is designed for engineers and professionals at the foundational level who seek to apply Model-Based Product Line Engineering (MBPLE) within CATIA Magic to comprehend and execute product line engineering principles. This program offers specialized content for government entities.

• Upon completion of this instruction, attendees will be equipped to:
• Grasp the fundamental terminology and core concepts associated with PLE and MBPLE.
• Articulate established best practices for product line modeling.
• Execute a product line definition workflow within CATIA Magic.
• Utilize MBPLE capabilities, including feature models, variation points, and configuration management.

This curriculum employs lectures, demonstrations, and interactive laboratory exercises to outline the essential principles for establishing and sustaining an Enterprise Architecture (EA) in accordance with the Unified Architecture Framework (UAF) version 1.2, providing critical resources for government professionals.

This course provides a comprehensive analysis of Model-Based Systems Engineering integrated with Model Execution, designed to equip systems engineers and enterprise architects with actionable competencies for simulating system behaviors via the Cameo Simulation Toolkit in MagicDraw. Participants will examine core subjects across Activity Diagrams, State Machine Diagrams, Sequence Diagrams, Parametric Diagrams, and User Interface Modeling, while performing trade studies and automating architecture workflows. The curriculum guides attendees through model-based simulation techniques, fUML execution, constraint-based modeling, and requirements verification to ensure efficient validation of system designs. Learners will develop proficiency in utilizing interactive graphical simulation interfaces to test architectural decisions and convey stakeholder requirements. This training is particularly valuable for professionals aiming to expand their MBSE capabilities and streamline complex system verification processes using established methods and practical industry applications tailored for government.

• Demonstrated proficiency in cloud service evaluation and the selection of appropriate architectural frameworks, illustrated through Azure case studies.
• Comprehensive comprehension and enhancement of the operational benefits associated with established cloud models.
• Evaluation of standardized architectural strengths to support informed decision-making for optimal system design.

This instructor-led training session, available online or onsite in US, provides participants with the knowledge to utilize SysML within Enterprise Architect (EA) for conducting system requirements analysis and modeling. This program is designed for government entities seeking robust engineering tools.

Upon completion of this course, attendees will be equipped to:

• Implement Model Based Systems Engineering (MBSE) methodologies by applying SysML to Systems Engineering initiatives.
• Derive system requirements directly from use case models.
• Develop and evaluate system architectures.

This program is intended for analysts, designers, developers, testers, and project managers who require specialized skills for government applications.

The workshop provides instruction on problem analysis, design, and documentation processes using UML and Enterprise Architect by Sparx Systems. Participants will explore advanced software capabilities, including MDA, profiles, and XMI, alongside industry best practices designed to streamline and expedite modeling efforts.

Because the curriculum emphasizes the Enterprise Architect platform, attendees must possess prior proficiency in UML modeling. Individuals seeking foundational instruction in this area may enroll in dedicated UML training courses.

The training method

Lecture 10%, 90% workshop