Blog
The Importance of Sustainable Design in Cyber-Physical Systems
Discover the importance of sustainable design in Cyber-Physical Systems (CPS). Learn how sustainability considerations can reduce environmental impact, enhance resilience, and promote equitable access to technology. Find out how to incorporate energy efficiency, resilience to environmental factors, and social impact considerations in CPS design.
Challenges When Designing Cyberphysical Systems
Overcome the challenges of designing cyberphysical systems with A-WIT Technologies. Discover the complexities of interoperability, scalability, real-time processing, security, and compliance. With 15+ years of experience, A-WIT provides quality solutions for your cyberphysical system design needs.
Navigating the Challenges of Cyberphysical System Design
Learn about cyberphysical systems and how they are changing the world. This blog explains the difference between embedded systems and cyberphysical systems, and the ideal characteristics to model a successful CPS project. Discover how CPS are transforming industries like smart factories, autonomous vehicles, and medical monitoring systems. With the right approach, you can create transformative products that change the way we live and work.
Product Development: Decomposition of System Design Requirements
Discover the importance of decomposing system design requirements for effective product development. Prioritize your requirements for better decision making and reduce the risk of financial and technological commitments.
Product Development: From Conceptual Design to Maintenance through the Lifecycle
Once you have a good view of the functionality of the system, you can start synthesis, which is developing the system and performing the allocation of the design criteria. You are going to start allocating performance factors requirements, allocating the support requirements, and analyzing what you have thus far.
Product Development: Conceptual Design
Using a systems engineering approach, let’s dive in to the next step in product development: conceptual design with manufacturability in mind. New concepts for products heavily rely on research and understanding in order to get to a realizable technology.
Product Development: Lifecycle Macro-Phases
It is not in our human nature to stop and think about details because they are not necessarily in the critical path of getting to a prototype, and we tend to start designing right away. So, the question is: how do we counter the human nature of taking the path of least resistance and seeking the instant gratification of getting to a prototype?
Product Development: Need and Product Lifecycle
We take a look at how product development works through the systems engineering process. This combination of resources is a super set of not just what the system entails, but also what is the collateral resources, documentation, repair and maintenance concepts, and facilities.
Motors Terminology
Many electronics equipment, devices, and appliances contain motors as part of their design to achieve their functionality. We have compiled the following glossary of terminology related to motors that we thought could be useful.