Design for Failure
"Design for failure" is an acknowledgment that no system can be entirely free from faults. Instead of pursuing an unattainable perfect system, this approach focuses on preparing for failures and minimizing their impact.
from 5 pilar, just failover not yet implemented for software, example if third party api down, we just implemented circuit breaker hope the api recover. thanks Bui Dinh Ngoc
Efficiency isn’t just an option; it’s a competitive imperative.
Enhancing engineering efficiency is about fortifying the company’s profitability and ensuring long-term sustainability.
Let's treat this realization as a call to refine our internal processes.
The unseen efforts we invest today are the bedrock of tomorrow's successes.
Let’s champion efficiency and transform our business landscapes.
What improvements will you commit to today for a more sustainable tomorrow?
A fad or a solution?
Yesterday I was confronted yet again with the idea that the elegant simple solution can hold much weight over the complex technical solution. Innovation DOES NOT require a lot of technology. Innovation requires positive impact on the value stream - that's it.
While reviewing various systems for moving steel, I was struck by the range of solutions that offered strong offerings loaded with tech...at a time when a lot of firms are missing strong maintenance teams. If you're looking for perfect solutions that never breaks, then not all high tech is good in rough, maintenance 'lean', environments. I know that we are all looking for a competitive edge, but I question how we can overlook items like training, ergonomics, value stream mapping, and alignment to achieve our desired end-states.
Is technology always a solution? How deeply do you think about unintended consequences?
#operationalresilience#growth#valuestreammapping
Let's turn sustainability into a strategic advantage. Discover a practical two-step approach to market success.
In my Zühlke Group colleague's latest blog post, we learn how sustainable engineering meets upcoming regulations and boosts market success.
Integrating sustainability into product design can uncover hidden efficiencies, reduce costs, and enhance product value.
#sustainability#sustainableengineering#productdesign
Our mission is simple: to create a lasting impact through our projects, ensuring sustainability, efficiency, and functionality are at the core of every blueprint. 🌱🛠️
Why choose us?
💼 Expertise That Speaks Volumes: Our team of seasoned professionals who are leaders in their fields. We've got every corner covered.
📊 Cost-Effective Solutions: We believe in maximizing value without compromising quality. Our processes are designed to save costs, making high-quality engineering accessible to all.
🌍 Sustainable Practices: The future is green, and so are we. Our designs incorporate eco-friendly practices, aiming for minimal environmental impact.
🔄 Client-Centered Approach: Your vision is our blueprint. We work closely with our clients to ensure that our solutions meet their needs while pushing the boundaries of innovation.
Through collaboration, expertise, and a relentless commitment to excellence, we are proud to say that our projects don't just stand the test of time; they shape the future.
🌿 Explore how sustainability drives innovation. In my colleague’s latest blog post, we learn how sustainable engineering not only meets upcoming regulations but also boosts market success.
By integrating sustainability into product design, we can uncover hidden efficiencies, reduce costs, and enhance product value. Let's turn sustainability into a strategic advantage. Discover a practical two-step approach to market success.
Engineering expertise is essential to the global transition towards a more sustainable future. However, this future needs to be designed before it can be engineered.
Interesting read in this Fast Company article from a professional designer Joe Doucet on the importance of combining great design with innovation in problem solving and how this could be key to achieving sustainability goals.
Capgemini research ‘Rethink: Why sustainable product design is the need of the hour’ suggests that an estimated 80 percent of environmental impacts associated with products result from design decisions. As such, sustainable product design is becoming increasingly important due to its potential for positive environmental and social impacts.
From an engineering standpoint, data and technology are key to ensure we are making considered sustainable product design decisions. This benefits organizations by improving compliance, reducing emissions, and scarcity concerns.
Read the full article below to discover why we must not settle for “this is how it’s always done” and how we can continue to strive and innovate for a more sustainable future:
https://lnkd.in/eub_H--E
🌿 Explore how sustainability drives innovation. In my colleague’s latest blog post, we learn how sustainable engineering not only meets upcoming regulations but also boosts market success.
By integrating sustainability into product design, we can uncover hidden efficiencies, reduce costs, and enhance product value. Let's turn sustainability into a strategic advantage. Discover a practical two-step approach to market success.
🌿 Explore how sustainability drives innovation. In my colleague’s latest blog post, we learn how sustainable engineering not only meets upcoming regulations but also boosts market success.
By integrating sustainability into product design, we can uncover hidden efficiencies, reduce costs, and enhance product value. Let's turn sustainability into a strategic advantage. Discover a practical two-step approach to market success.
Senior Software Engineer @Telkom Indonesia
1wfrom 5 pilar, just failover not yet implemented for software, example if third party api down, we just implemented circuit breaker hope the api recover. thanks Bui Dinh Ngoc