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What do you do if your design work requires reliable and accurate new technology?

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Navigating the integration of new technology into your engineering design work can be a complex task. You might find yourself on the frontier of innovation, where the pressure to deliver both reliable and accurate results is paramount. The challenge is to ensure that the new technology aligns with the project's requirements, while also staying within budget and time constraints. When you're tasked with incorporating cutting-edge tools or methodologies, it's crucial to have a strategic approach that mitigates risks and maximizes the potential for success.

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Parth Sharma

Engineer - Utility Scale Solar, Group Captive | USC Viterbi
Kushan Pandya (CEng, PMP?)

Design Engineer : Instrumentation & Control Systems I Chartered Engineer (CEng) I Project Management Professional…
Sajit Viswan

Concept studies

1 Assess Needs

Before diving into the latest technological advancements, it's essential to thoroughly assess your project's specific needs. This involves understanding the problem you're trying to solve, the constraints you're working within, and the goals you aim to achieve. By clearly defining these elements, you can identify what capabilities the new technology must have. It's also important to consider the scalability of the solution and how it will fit into the project's lifecycle. Remember, technology should serve your design, not dictate it.

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Parth Sharma

Engineer - Utility Scale Solar, Group Captive | USC Viterbi
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The tech will change. It will become more nuanced, and independent from engineers. The idea here is not to stay away as the competition acquires better tech and people who know how to use it, but to understand what the latest tech does and how it can be implemented in the field.

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2 Research Options

Once you know what you need, the next step is to research the available technologies that could meet those requirements. Start by exploring the market to see what tools, software, or processes have been developed recently. Look for case studies or examples where similar technologies have been successfully implemented. It's also beneficial to reach out to professional networks or online forums for recommendations. Through this research, you will gain insights into the pros and cons of each option, helping to inform your decision.

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3 Verify Reliability

With a shortlist of potential technologies, it's critical to verify their reliability. This can be done by analyzing the manufacturer's data, seeking out independent reviews, or conducting your own tests if possible. Pay particular attention to the technology's performance under conditions similar to those in your project. Also, consider the support and maintenance that will be required. Reliable technology is one that not only performs well initially but continues to do so over time.

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Kushan Pandya (CEng, PMP?)

Design Engineer : Instrumentation & Control Systems I Chartered Engineer (CEng) I Project Management Professional (PMP)? I ex - RIL
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To verify the reliability of potential technologies : # analyze manufacturer data # seek independent reviews or conduct tests Focus on performance under project conditions & consider support & maintenance needs Reliable technology performs consistently over time

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4 Evaluate Accuracy

Accuracy is non-negotiable in engineering design. To evaluate the precision of new technology, scrutinize its specifications and tolerances. If you can, run pilot tests or simulations to see how it performs in real-world scenarios. Comparing its outputs against known standards or benchmarks can give you confidence in its accuracy. Sometimes, accuracy may come at a higher cost, so it's important to balance the need for precision with budgetary constraints.

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5 Plan Integration

Integrating new technology into your design process requires careful planning. Develop a detailed plan that includes timelines, resource allocation, and contingency measures. Training for team members who will be using the new technology is also crucial. It's wise to start small, perhaps with a prototype or pilot project, before scaling up. This phased approach allows you to manage risks and make adjustments as needed without jeopardizing the entire project.

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6 Monitor Progress

Finally, as you implement the new technology, continuously monitor its performance and impact on your design work. Keep track of metrics that will help you evaluate its effectiveness and return on investment. Be prepared to iterate and make changes if things aren't going as planned. Continuous monitoring not only ensures that you maintain high standards but also fosters a culture of improvement and adaptability within your team.

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7 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?

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Sajit Viswan

Concept studies
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The big gap is to try. Personnel involved on projects do not have the disposition nor time to try. It will be a management decision to want to evaluate and invest.

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What do you do if your design work requires reliable and accurate new technology?

1

2

3

4

5

6

7

1 Assess Needs

2 Research Options

3 Verify Reliability

4 Evaluate Accuracy

5 Plan Integration

6 Monitor Progress

7 Here’s what else to consider

Engineering Design

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What do you do if your design work requires reliable and accurate new technology?

1

2

3

4

5

6

7

1 Assess Needs

2 Research Options

3 Verify Reliability

4 Evaluate Accuracy

5 Plan Integration

6 Monitor Progress

7 Here’s what else to consider

Engineering Design

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