85 lines
4.2 KiB
Markdown
85 lines
4.2 KiB
Markdown
# ApfelNetzwerk
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1. [ApfelNetzwerk](#apfelnetzwerk) \
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1.1 [Individual learning goal & reflection](#individual-learning-goal--reflection) \
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1.2. [DIY Problem Definition](#diy-problem-definition) \
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1.3. [Empathy Map](#empathy-map) \
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1.4. [Walt Disney Method](#walt-disney-method) \
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1.5. [Business Canvas Model](#business-canvas-model) \
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1.6. [Go-Viral Post](#go-viral-post) \
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1.7. [Use Case Diagram](#use-case-diagram) \
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2. [Additional infos about the project](#additional-infos-about-the-project) \
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2.1. [Considerations](#approachesconsiderations)\
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2.2. [Setup](#setup)
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# Apfelnetzwerk
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This document contains the entire portfolio for our project, "ApfelNetzwerk." It presents a solution to the challenges faced by the "Altes Land" region in recent years. \
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Below, you will find individual learning goals, reflections, and important details about the project, including the methods used throughout our work.
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## Individual learning goal & reflection
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**Mikail Killi** \
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**Goal:** To improve my documentation and communication skills while expanding my technical knowledge regarding the hardware we are documenting. \
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**Reflection:** Throughout the project, I significantly improved my ability to document technical details clearly and concisely. This process helped me develop stronger communication skills, and I now feel more confident in handling technical documentation tasks. \
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**Niklas Wollenberg** \
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**Goal:** To learn how to work with REST APIs. \
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**Reflection:** By working on the frontend of our project, I gained a solid understanding of effectively using API calls and handling responses. \
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**Mika Bomm** \
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**Goal:** To program a REST API. \
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**Reflection:** Through extensive research and trial-and-error, I successfully built a fully functional REST API capable of managing all supported API calls. \
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**Conner Bogen** \
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**Goal:** To develop and implement a functional Ad-Hoc wireless network using multiple microcontrollers, enabling efficient communication between devices without the need for a central controller. \
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**Reflection:** Through hands-on experimentaion and testing, I successfully built a reliable Ad-Hoc wireless network that allowed multiple microcontrollers to communicate seamlessly. This experience greatly enhanced my understanding of network protocols and microcontroller programming. \
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## DIY Problem Definition
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The DIY Problem Definition provides a structured overview of the issues we aim to address in our project.
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## Empathy Map
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The Empathy Map helps us understand the needs, thoughts, and emotions of our user, guiding is in designing solutions that truly address their concerns.
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## Walt Disney Method
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We utilized the Walt Disney method to brainstorm and evaluate ideas. This process allowed us to explore creative solutions from different perspectives aswell as improving our problem-solving approach.
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## Business Canvas Model
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The Business Canvas Model outlines key business aspects of the project, such as key partners, key propositions, customer segments and many more.
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## Go-Viral Post
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Our project is featured in a Go-Viral post, which not only provides an overview of the project but also helps spread awareness about our initiative. You can read the full post here:
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[Go-Viral Post](https://www.designentrepreneurshipworkshop.org/2024/10/10/team-16-supporting-the-farmers-on-the-altes-land/)
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## Use Case Diagram
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The Use Case Diagram visually represents the interactions within our system. It was generated using Graphviz, with a Python library that translates code into the DOT language used by Graphviz.
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# Additional infos about the project
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## Approaches/Considerations
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In the following [document](docs/considerations.md), we have documented various approaches, challenges and lessons learned during the project.
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## Setup
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We have created a comprehensive [setup document](docs/SETUP.md) to guide you through setting up the project. This document primarily focuses on using Docker to ensure a smooth configuration process. |