Algorithm for Automated Fast Food Packaging Design in CAD Environment

Essay

The bachelor's thesis entitled "Algorithm for Automated Fast Food Packaging Design in CAD Environment" is dedicated to the development of an algorithm that automates the process of designing packaging for fast food using computer-aided design (CAD) systems.

Packaging is an important component of fast food products as it not only provides protection and convenience during transportation but also serves as a means of attracting consumers and shaping brand image. Manual packaging design can be a labor-intensive and error-prone process, which is why developing an automated algorithm in a CAD environment allows for speeding up and optimizing this process.

The goal of the bachelor's thesis on "Algorithm for Automated Fast Food Packaging Design in CAD Environment" is to develop an efficient algorithm that automates the process of designing packaging for fast food using a computer-aided design system (CAD).

The objectives of the bachelor's thesis are as follows:

1. Analyzing and studying existing methods and approaches to fast food packaging design.

2. Researching and gathering requirements for fast food packaging, taking into account factors such as product safety, aesthetics, production efficiency, and transportation.

3. Developing mathematical models and algorithms based on packaging design principles that can be implemented in a CAD environment.

4. Selecting software for implementing the developed algorithm and integrating it into the existing CAD environment.

5. Testing and evaluating the effectiveness of the developed algorithm through experiments and comparing the results with manual packaging design.

6. Analyzing the obtained results and providing recommendations for improving the fast food packaging design process.

The outcome of the thesis is the creation of an automated algorithm that reduces the time and resources required for fast food packaging design, while improving the quality and efficiency of the process.

Keywords: algorithm, CAD system, packaging, cardboard, fast food, flowchart, computer-aided design system, production.

The thesis includes:

- 61 pages

- 16 figures

- 1 table

- 10 references

- 3 appendices:

  1. Report on plagiarism check (Antiplagiarism)

  2. Supervisor's review

  3. Presentation.