
for System Engineer
& System Architect
Explore the necessity of diversity, functional architectures, product, and the allocation of requirements while minimizing workload.
Effective systems engineering is essential for certain projects, but it demands both time and a structured methodology. In the fast-paced business world, finding this time can be challenging, especially when the return on investment may not meet expectations. However, neglecting systems engineering can result in lost projects and, even more critically, falling behind competitors, ultimately costing you money on ongoing initiatives.
Geeglee supports thousands of system engineers in their business by offering a comprehensive System Engineering framework.:
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Analysis of the need (problem to be solved):
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Market structuring in systems and variables of environments
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Definition of objectives and market constraints to be met
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Definition of possible solutions:
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System functional decomposition (FBS)
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Physical decomposition of the system (PBS)
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Breakdown of requirements (RBS)
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Expression of the physical laws allowing the analysis of the system
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​Exploring solutions:
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Automatic exploration of architecture and configurations
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Automatic selection of the best options by Pareto front
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Automatic definition of product platforms / product line for all needs
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Geeglee is the sole system engineering tool designed to investigate both functional and physical system architectures.
3 easy steps
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Step 1: set your problem setting and problem solving
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Work directly into Geeglee Pattern, or
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Create a mind map and upload it into Geeglee Pattern
(GEP will swiftly generate a model of your project in just seconds.)
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This mind map describes:
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Objectives,
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Constraints,
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Environments,
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FBS,
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PBS,
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Incompatibilities,
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RBS,
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Design rules.
Geeglee offers a variety of mind map templates.
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Step 2: data collection
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eglee Pattern will generate the model for you, with just two simple sub-steps that require user input: setting the values.
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The System of Interest "Take Up" was automatically created by Geeglee Pattern.


Objectives are established based on current trends.


Automatically created constraints are in place.




Environment was established with customers, the cable manufacturer in our case..

Geeglee Pattern analyzes your thought process and generates the essential data needed for implementation. The values are determined by the user.


Environment variables are also included.


The product breakdown structure is established with various alternatives, serving as a catalog of components.





Geeglee Pattern evaluates your thought process and generates the essential data needed application. The values are determined by the user.
Geeglee Pattern analyzes your thought processes and defines RBS and Design Rules, allowing users to create "test cases" to validate them. With its mathematical natural language, Geeglee Pattern is user-friendly and enables efficient capitalization. the intelligent Excel for engineers!


Design variables also play a role.


Geeglee Pattern incorporates a model check to ensure that the model is fully understood by Geeglee. It's the ideal tool for engineers, as clarity is essential before embarking on any exploration.


Geeglee Pattern can produce a logical graph that reflects your thinking process.


You can explore it to grasp the underlying logic.


You can explore it to grasp the underlying logic.
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Step 3: Utilize the generated "app" to make your decision.
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Explore potential solutions and allow Geeglee Pattern to create an "app" to help you your decision.
(Geeglee Pattern will automatically create an "app" that encompasses all the scenarios and trade-offs, empowering you to make informed decisions.)
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Geeglee's demonstration video
How to analyze the impact of needs on component specifications?


How to analyze the impact of needs on component specifications?

How to define the right allocation of requirements to subsystems?

How to analyze the cost of a requirement?

How to analyze uncertainty with GEI?
Compliance
In accordance with standards and system engineering practices



15288: System Engineering
42010: System Architecture
