Systems Engineering Training, Architecture Definition and Evaluation

Systems Engineering Training, Architecture Definition and Evaluation

Systems engineering is an interdisciplinary field of engineering and engineering management, that specialize in the way to design, integrate and manage complex systems throughout the life cycle. The core of systems engineering is to arrange this data system using the principles of system thinking. 

System engineers play an important role within the organization and success of the many industries.

The system engineer lays the inspiration or blueprint for the system to start out conception, production and realization of valuable operations.

Because of the breadth of work, virtually any industry from software development and robotics to nanotechnology or civil engineering can hire system engineers.

Generally, a systems engineering approach is probably going to differ from a standard design approach by exhibiting increased generality in its basic logical framework and increased concern with the elemental objectives to be achieved. The systems engineer is probably going to ask both why and the way at each stage, instead of merely how.

Job Responsibilities of A System Engineer Include:

• Manage and monitor all installed systems and infrastructure
• Install, configure, test and maintain operating systems, application software and system management tools
• Proactively ensure the highest level of system and infrastructure availability
• Monitor and test application performance to resolve potential bottlenecks, identify possible solutions, and work with developers to implement these fixes
• Maintain security, backup, and redundancy strategies
• Write and maintain custom scripts to extend system efficiency and lower the human intervention time on any tasks
• Participate within the design of data and operational support systems
• Liaise with vendors and other IT personnel for problem resolution

Tonex's System Engineering Training and Certification Courses 

Tonex provides nearly 400 systems engineering courses covering four major categories.

Tonex's systems engineering training courses are designed to apply systems engineering processes and methods. This method teaches participants how to align their actual system thinking and systems engineering knowledge and skills with the participants’ process improvement, project management, and plan management.

Systems Engineering Training courses include:

• Discussion Projects
• Case Studies
• Formal Presentations
• Workshops

Systems Engineering Training covering the key aspects of system engineering on individual systems and system systems (SoS) throughout the development life cycle.

Each module ends with a quiz and a question and answer set. In addition, participants will participate in group exercises where participants will demonstrate their results.

There are also many seminars, including hands-on specification development for the system. Two main tests are planned for each lesson. In addition, ask teachers to plan and arrange random questions and answers.

Tonex courses are timely, cutting-edge and relevant. Tonex provides many popular categories, such as:

• Link 16 Advanced Training
• Systems Engineering Crash Course
• Electronic Warfare Training Crash Course
• Smart Grid Training
• Radar Systems Training
• Model-Based Systems Engineering Training

All systems engineering training courses provide examples and case studies to demonstrate the method of project failure due to lack of proper systems engineering, as well as examples of successful implementation of system engineering.

Tonex system engineering training courses receive professional development Hours (PDH) for all courses from the Professional Institute of Engineering (PIE). Tonex have prepared many system engineers for INCOSE Certified Systems Engineering Professional (CSEP).

Systems Engineering Certification Courses:
Tonex systems engineering certification training courses are comprehensive and include:

• Systems Engineering Fundamentals, Level I
• Systems Engineering Crash Course
• Systems Engineering Management
• Systems Engineering Training, Lean
• Systems Engineering Training, Level I
• Systems Engineering Training, Level II
• Requirements Engineering Training
• Software Engineering Crash Course
• Reliability Engineering Training

Systems Engineering Training provide focus for all technical and management project activities, such as:

• Systems Engineering Project Management (SEMP)
• Concepts of Operation (ConOps)
• Requirements Management
• Software Engineering
• Architecture Definition and Evaluation
• Component Development
• Software System Integration
• Design and Development
• Technical Risk Management
• Technical Reviews, Audits, Technical Performance Measurement
• Decision Management including Trade-Off Studies, Value Engineering, Business Case Analysis and other decision points
• Integration
• Verification and Validation
• Technical Data Management, Configuration Management and Quality Management
• The “ilities” including Reliability, Maintainability, Survivability, Supportability, Availability, Safety, Human Factors, Testability, Electromagnetic Compatibility, Environmental Protection and Producibility
• Operations and Maintenance
• System Disposal

For More Information:

Systems Engineering Training and Certification Courses