Discover our blogs

Aerospace | Cranfield University


Agrifood | Cranfield University


Alumni | Cranfield University


Careers | Cranfield University


Careers | Cranfield University

Defence and Security

Design | Cranfield University


Energy and Power | Cranfield University

Energy and Sustainability

Environment | Cranfield University


Forensics | Cranfield University


Libraries | Cranfield University


Libraries | Cranfield University

Manufacturing and Materials

Libraries | Cranfield University

School of Management

Libraries | Cranfield University

Transport Systems

Water | Cranfield University


Homepage / My Design Thinking thesis

My Design Thinking thesis


Hello, I am Jia Yu and I am a student on the Design Thinking MDes.

For my final thesis project during my master studies, I worked with a company and provided design services based on the company’s needs to meet a brief. The project’s title was ‘A bi-objective decision support tool based on system dynamics modelling for a sustainable supply chain’.

To reduce the harmful effects of carbon emissions and decarbonise industry through the circular economy and sustainable development of the supply chain, system dynamics and discrete-event simulation can determine the best scenario for a sustainable supply chain. Two factors are considered to measure the supply chain’s performance, i.e., minimisation of total cost and maximisation of sustainability. This tool is applied for the case study of a company that operates in the packaging supply chain between Mexico and the UK.

The main aim was to design a bi-objective decision support tool for evaluating the performance of a sustainable packaging supply chain under various scenarios.

The company wants to recycle agricultural waste into packaging materials for the transport of products, reducing waste and making it possible to recycle and pollute the environment.

The project’s overall development is based on the double-diamond method of design thinking, and the supply chain design is based on the basic concepts of sustainability and circular economy. The overall design of the required supply chain is based on the system dynamic and discrete event simulation method.

At the end of the project, the data obtained from the model was analysed: costs and carbon dioxide emissions. The company was able to find the best sustainable supply chain solution for the time being.

During the project, face-to-face meetings with my supervisors were essential, solving many of my questions and inspiring me, and they helped me develop the project in the right direction.

In my project, I have used a lot of the knowledge I have gained during the year in my modules to help and develop the project, such as the double-diamond method and the circular economy. However, there are also new areas that I have been exposed to because of the project, such as supply chain design, system dynamics and the programming software required for discrete event simulation. This will be a great help to me in the next stage of studies and my future career as I will have a better understanding of how the knowledge I have learnt can be better integrated into the practical world and have a better understanding of how to use and implement the knowledge I have learnt to solve real-world problems. I am also able to see and analyse issues from a broader perspective.

I am grateful for the year I spent at Cranfield University, both in theoretical knowledge and practical application, which has been highly beneficial. I would also like to thank the teachers and my project supervisors for their guidance and assistance.

Written By: Cranfield University

Categories & Tags:

Leave a comment on this post:

Sign up for more information about studying master’s and research degrees at Cranfield

Sign up now
Go to Top