Sustainability

Understanding the necessity of sustainable practices in engineering activities is essential in today’s ecologically aware society. To meet the ethics and sustainability requirements, our team members have diligently prepared individual blog posts for our project website, each dissecting different facets of our prototype micro mouse development. This synthesis of contributions underscores our commitment to sustainability coupled with rigorous quantitative analysis, serving as a testament to our conscientious approach towards eco-friendly engineering solutions.

Full Cost Breakdown of Prototype Components

A detailed financial breakdown of the components used to build the micro mouse was meticulously provided by one of our team members. This extensive list encompassed everything from sensors and motors to PCBs and the board used in the construction. Offering a precise financial overview, this breakdown is crucial for effective budget monitoring and ensures transparency in resource allocation. By detailing each expense, we adhere to sustainable economic practices by avoiding unnecessary expenditures and promoting cost efficiency, which is fundamental in sustainable development.

As well as having these expensive one thing also has to be taken into account is the fact of our time taken on this project. to work out are wage from using Salary: Graduate Electrical Engineer in United Kingdom 2024 | Glassdoor what gives us a rough idea of around 15.50 a hour is you take 28,300 dived by 52 (weeks) and then dived by 35 for hours of work in a week brings you close to £15.50.

Reflection on Sustainability in Design

Sustainability was a central theme in our design phase, influencing every decision made. During different operational phases of the micro mouse, such as obstacle avoidance, line following, and combat, we strategically adjusted motor speeds to optimize power consumption. This approach not only saved energy but also extended the operational life of our components. Reflecting on our process, we recognized that avoiding premature component reprints, particularly PCBs, due to initial design oversights, would further bolster our sustainability efforts. Learning from these experiences, we are refining our design processes to enhance efficiency and sustainability in future projects.

Recycling Plan for End-of-Life Components

Our commitment to sustainability is exemplified by our plan to recycle components at the end of the micro mouse’s lifecycle. We have identified several components, such as PCBs, that can be recycled or repurposed. This initiative is aligned with responsible disposal practices, helping to minimize waste and support a circular economy. By planning for the end-of-life of our materials, we ensure that the micro mouse project contributes positively to environmental sustainability.

Website Maintenance Plan

The maintenance of our project website is a critical component of our sustainability strategy. By ensuring the website is regularly updated and optimized, we maintain its efficiency and relevance throughout the assessment period. This proactive approach reduces the need for resource-intensive overhauls and aligns with our goal to minimize our digital footprint. The website acts as a dynamic resource for project updates, reflecting our ongoing commitment to sustainability.

Conclusion

Throughout the development of the micro mouse, our team has exemplified a professional and sustainable approach by integrating eco-friendly practices into every aspect of the project. From economic efficiency and optimal resource utilization to environmental considerations for component disposal, our concerted efforts underscore a commitment to sustainability that meets contemporary needs without compromising the ability of future generations to meet theirs. This comprehensive approach not only elevates our project but also establishes a benchmark for future engineering endeavors, promoting a more sustainable and responsible engineering future.

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