Systems Engineering
Being involved in such business activity as systems engineering, you may find the SysML Solution truly useful as it provides all the necessary tools for making your great looking systems engineering related drawings within only a very short period of time.
Systems engineering itself is a well-known interdisciplinary field of engineering as well as engineering management, focused on finding the ways to design and to manage some complex systems all over their so-called “life cycles”. As its main aim, any systems engineering activity is known to be utilizing the systems thinking principles in order to organize it.
Such issues as reliability, logistics, requirements engineering, coordination of different teams, evaluation and testing, maintainability as well as many other disciplines, which are simply necessary for successful system design, its development and its implementation become more difficult in case you have to deal with some complex or large projects.
Any systems engineering activity is known to be dealing with different work-processes, methods of optimization as well as risk management, overlapping numerous human-centred as well as technical disciplines, such as industrial engineering, manufacturing engineering, mechanical engineering, control engineering, electrical engineering, cybernetics, software engineering, project management and organizational studies. Systems engineering is known to be ensuring that all likely aspects of some system or some particular project are being taken into consideration, as well as integrated into a whole. Thus, the process of the systems engineering is simply a discovery process, known to be quite unlike any manufacturing process, which is only focused on the repetitive activities, that only achieve the high-quality outputs having minimum time and cost.
The systems engineering process usually begins by discovering some real problems which are known to be needed to get resolved, as well as identifying the most probable or simply the highest impact failures that sometimes can occur. Any systems engineering activity may involve such process as the one for finding any needed elegant solutions to the mentioned problems.
One of the ways used for understanding the motivation behind numerous systems engineering is to see it in a way of a method, or some practice, identifying as well as improving some common rules which are known to be existing within a wide variety of systems. The most commonly known principles of any systems engineering activity are holism, emergent behaviour, boundary and others.
All the mentioned principles can be applied to any of the needed systems, whether they are complex or not, employing at all levels. The companies, which deal with systems engineering, are those involved in the defence and aerospace, as well as those which are technology and information-based companies, software development ones, electronics and communications industries, known to be requiring systems engineers.
Encouraging its users to model and to simulate in order to validate theories or assumptions on systems as well as the interactions within them, systems engineering activity use the methods that allow early detection of all possible failures. In safety engineering such methods are known to be integrated into the design process.
Once the primary purpose of a systems engineer is to comprehend some complex problem, then any graphic representation of that system can be used in order to communicate that system's data as well as functional requirements. The common graphical representations may include any needed functional flow block diagram, known to be FFBD, model-based design, DFD, or Data Flow Diagram, N2 Chart, IDEF0 Diagram, Sequence diagram, Use case diagram, Signal-flow graph, Block diagram, USL Function Maps and Type Maps, Enterprise Architecture frameworks, Model-based systems engineering drawings and others.

Example 1. Systems Engineering — SysML Use Case Restaurant Model
SysML steadily gaining popularity and many companies succesfully use it in systems engeeniring. Among the tools which provides a SysML Solution, a special place occupies a wide collection of libraries - 13 libraries containing 284 vector objects:
- SysML Activity Diagram
- SysML Allocations
- SysML Block Definition Diagram
- SysML Internal Block Diagram
- SysML Package Diagram
- SysML Parametric Diagram
- SysML Ports and Flows
- SysML Profiles and Model
- SysML Requirement Diagram
- SysML Sequence Diagram
- SysML State Machine Diagram
- SysML Diagrams
- SysML Use Case Diagram
All the mentioned drawings can be always created in ConceptDraw DIAGRAM diagramming and drawing software with help of ConceptDraw STORE application, known to be one of the best nowadays for simplifying any work with any drawing, especially with system engineering related ones in case you have SysML Solution downloaded from the mentioned product of CS Odessa.
Example 2. SysML Solution in ConceptDraw STORE
Any graphical representation is known to be related to the numerous parts or subsystems of a system through functions, interfaces, data, etc. Any of the mentioned above methods can be used in any needed industry, which is based on its requirements. In case all the requirements are understood, then it becomes obvious that the responsibility of a systems engineer is to simply refine them. Later, he or she has to determine them with all other engineers who are known to be involved in the project in order to solve all the current issues.
Thus, systems engineering may encourage the use of the so-called weighted choices for determining the best of all the existing options. A so-called “decision matrix” can be also known as a “Pugh method”. It is one of all the possible and existing ways of making this choice if you consider all the important criteria. For example, in any SE process, the mentioned stage can represent the iterative step for carrying out until a feasible solution is eventually found. Any decision matrix is known to be populated by using special techniques: statistical analysis, system dynamics, optimization methods and reliability analysis.
Example 3. Systems Engineering in ConceptDraw DIAGRAM
Being involved in any of the described activities you may find ConceptDraw DIAGRAM a convenient tool for solving all of your problems with creating the needed drawings, such as those which are known to be systems engineering related. Having such solution, as SysML one, can be very beneficial for you as it allows to have the pre-made examples as the base for your own great looking drawings.
TEN RELATED HOW TO's:
UML Sequence Diagram Example. SVG Vectored UML Diagrams Tools →
This sample was created in ConceptDraw DIAGRAM diagramming and vector drawing software using the UML Sequence Diagram library of the Rapid UML Solution from the Software Development area of ConceptDraw Solution Park. This sample shows the interactions of the customer with the system and is used at the registration on the sites.
Systems Engineering →
Systems engineering is an interdisciplinary field of engineering that focuses on how to design and manage complex engineering systems over their life cycles. ConceptDraw DIAGRAM supplied with SysML Solution from the Software Development Area of ConceptDraw Solution Park is a powerful and effective systems engineering software.
Building Drawing Software for Design School Layout →
Infrastructure is very important part of any district, and educational buildings presence is one of the factors. Another not less important thing is the school design, because it influences the children's’ sense of aesthetics. To develop a harmonic school layout, use a proper software. This image represents the School layout library that is supplied with ConceptDraw School and Training Plans solution. The library contains a set of vector graphic objects that will be in help while drawing a layout of classroom. Any lecturer desires to organize the layout of the classroom for the best student advantage. Students must be focused and be engaged in the learning process. The classroom places organization is an important element of a students learning. It is significant for a lecturer to set up a classroom layout and change it time to time to support lectures, to invoke disputes or solve any organizational issues. By using ConceptDraw DIAGRAM you can easily plan how to re-arrange the desks in the class room to maintain visual control of your class and build a friendly environment in the classroom.
Business process Flow Chart — Event-Driven Process chain (EPC) diagrams →
Event-Driven Process chain Diagrams for improvement throughout an organisation. Best software for Process Flow Diagram. The Event-driven Process Chain (EPC) Diagrams allows managers to plan processes and resources.
Purchasing Flowchart - Purchase Order. Flowchart Examples →
Create your own flow charts of purchasing business processes using the ConceptDraw DIAGRAM diagramming and vector drawing software extended with the Accounting Flowcharts solution from the Finance and Accounting area of ConceptDraw Solution Park. The flow chart example shows the steps of purchasing business process.
IT Security Solutions →
Dynamic of development computer and network technologies increases the need in modern cyber security strategies and IT security solutions to support security of your data, to ensure data privacy, and to protect your operations from the cyber threats. Thanks to the Network Security Diagrams Solution from the Computer and Networks Area of ConceptDraw Solution Park, the ConceptDraw DIAGRAM diagramming and vector drawing software is one of the unique IT security solutions for professional designing Network Security Diagrams.
Campus Area Networks (CAN). Computer and Network Examples →
If we divide computer networks by scale, we get several main categories. The smallest network is PAN, as it connects personal devices themselves, and as the number of users grows, a local area network can be recognized, and campus area networks (CAN) connects several local networks located within some area like a university or a corporation. Computers connected to CAN share public educational materials and list of CAN network examples includes such prestigious universities like Stanford and Carnegie Mellon. This is an example of a computer network diagram created for a campus area network. It was created using using ConceptDraw solution for the Computer and Network diagramming. The specific of this sample campus network is its distribution. It is rather broad to embrace a big campus territory. This diagram can be applied as a template for designing custom area network topology diagram for a particular educational institution.
Flowchart design. Flowchart symbols, shapes, stencils and icons →
When thinking about data visualization, one of the first tools that comes to mind is a flowchart design. You can find flowchart symbols, shapes, stencils and icons easily on the Internet, but it might take time to systematize this information. Nevertheless, once you start flowcharting, you’ll love its simplicity and efficiency. This diagram consists from standard flowchart symbols, approved by ANSI (American National Standard Institute) for drawing flowcharts. A flowchart is a diagram that represents a step-by-step algorithm of any process, displaying the process stages as boxes that are connected with arrows. Flowchart design makes it clear and readable. Flowchart designed using ConceptDraw DIAGRAM flowchart software allows to make attractive and clear process presentation, it makes interpretation of the business process flow fresh and versatile. Great flowchart design view is a big advantage over the diagram created manually on a paper.
How Do Fishbone Diagrams Solve Manufacturing Problems →
How do Fishbone diagrams solve manufacturing problems? Fishbone diagrams are successfully used in various fields of industries and manufacturing to analyze the set of possible causes and their effects. Fishbone diagram provides a process to clearly define the “Effect” and then puts you to thinking about the possible causes, based on the categories of common problems in manufacturing. ConceptDraw DIAGRAM application extended with Fishbone Diagrams solution lets you construct Fishbone diagrams and represent globally recognized standards for manufacturing 6 Ms and 8 Ms.