System Engineering:
Systems engineering is an interdisciplinary field of engineering and engineering management that focuses on how to design and manage complex systems over their life cycles.
Systems engineering ensures that all likely aspects of a project or system are considered, and integrated into a whole.
Systems engineering is an interdisciplinary field of engineering and engineering management that focuses on how to design and manage complex systems over their life cycles.
Systems engineering ensures that all likely aspects of a project or system are considered, and integrated into a whole.
- We will focus in multi- interdisciplinary fields of engineering and work with your team to design and manage complex systems.
- Developing multi-dimensional requirements for system engineering encompassing processes / technology / devices / human interaction.
- Functional requirements and constrains
- Performance requirements
- Design requirements
- Interface requirements
Specifications:
We provide Specifications and requirements for all your stages of design to protect your assets while allowing rapid development with compartmental synergy.
We provide Specifications and requirements for all your stages of design to protect your assets while allowing rapid development with compartmental synergy.
- Building modular design interfaces and bridging all Concept components together.
- Best industry practices based on manufacturability and cost of processing
Design and product protection:
Design and product protection through all phases of design / development / proto typing and testing phases.
Very important factor to protect your idea and assets even beyond IP and patents and trademarks.
It starts at the beginning to use the overlaying design structure matrix and interface management to obscure elements and protect specific information from:
“For every additional information you share and the connection to the product know how,
you lose leverage for protection for others copying your product,
While you are even still in the design phase.”
You are in the driver seat and maintain control over the information, which is needed for a particular part design
Or validation and prototype test.
This Design structure matrix and underlying interface management are essential contract binding tools
For DoD and research agencies such as DARPA, So why not use those proven methods for your project?
Design and product protection through all phases of design / development / proto typing and testing phases.
Very important factor to protect your idea and assets even beyond IP and patents and trademarks.
It starts at the beginning to use the overlaying design structure matrix and interface management to obscure elements and protect specific information from:
- free-lance designers
- proto typing shops
- vendor quotations for part production
- machine and automation builders
- marketing agencies
- compliance agencies
“For every additional information you share and the connection to the product know how,
you lose leverage for protection for others copying your product,
While you are even still in the design phase.”
You are in the driver seat and maintain control over the information, which is needed for a particular part design
Or validation and prototype test.
This Design structure matrix and underlying interface management are essential contract binding tools
For DoD and research agencies such as DARPA, So why not use those proven methods for your project?
Modeling and 3D design:
We are linking the bridge from product development to product design with sound and physics based links / interfaces and requirements.
Only requirements needed for a particular part design is shared to complete the concept, not the entire product.
- Design structure matrix
- Interface management for simplifying component design with common links to
- Mechanical component structure list and requirements.
- Product requirement document
- Engineering requirement document
We are linking the bridge from product development to product design with sound and physics based links / interfaces and requirements.
Only requirements needed for a particular part design is shared to complete the concept, not the entire product.
Electrical and PCB design:
- We will guide your design and concepts toward compliance early.
- Allow your product to adapt to standards like CE, UL, cUL ….
- We help you identify the needed elements for your design to keep functionality as the key driver and selecting a circuit design with lowest risk and best performance for the allotted budget.
Manufacturability and stages of production:
Providing analysis and planning of the different product ramp up stages with different levels of automation.
Scalability:
Providing analysis and planning of the different product ramp up stages with different levels of automation.
Scalability:
- Equipment / processes for production and vendor sources shall scale up proportionally in the design phase for best integration toward automation.
- It means that a smart designed manual process platform can be integrated seamless to an automated station without the need to redesign base tooling and base process concepts.
- Therefore scaling towards higher production in smart designed steps and planned stages allows the proportional funding and resources take place at the correct schedule with lower cost investment and already proven concepts.
- Our requirements put you in the driver seat to leverage your concepts toward the future and protect you with flexible vendor access.
