“Elevator pitch”

 

Propose a software project topic in an area of your choosing.
(a) Create an “elevator pitch”, which is a 1-2 paragraph description of your project. In this
pitch, you need to give a brief overview of the scope of the work, the need for the work,
the approach, your expected results.
(b) Prepare a high level architectural diagram that describes the project. Graphically show
how major components of your project will interact with each other, component connections, data flow, etc. This can be using UML, or any graphing format of your choosing.
Keep this diagram to no more than a 1 standard 8.5×11 page.
(c) Provide a detailed description of your architectural diagram, assuming that the reader
has a technical background, and would understand a high level discussion of the software
development process of this specific project. Discuss the software and resources that are
needed to perform the development for this product, and any software that is needed
for deployment (ie. database tools, website servers, etc.). This section should take you
at least 2 full pages, but you can use up to 5 total pages.
2. Develop a table that shows all of your main tasks and their subtasks

Sample Solution

Elevator Pitch

I propose to develop a software system that can be used to monitor volcanoes. The system will use a variety of sensors to collect data on the volcano’s activity, including seismic activity, ground deformation, and gas emissions. The system will then use this data to generate warnings in the event of an impending eruption.

The need for this system is clear. Volcanic eruptions can cause widespread damage and loss of life. The system I propose will help to mitigate these risks by providing early warning of impending eruptions.

The approach I will take to develop this system is to use a combination of open source software and custom-developed code. The open source software will provide a foundation for the system, while the custom-developed code will be used to add specific features and functionality.

The expected results of this project are a system that can be used to monitor volcanoes effectively and efficiently. The system will provide early warning of impending eruptions, which will help to save lives and property.

High-Level Architectural Diagram

The high-level architectural diagram for the volcano monitoring system is shown below. The system consists of three major components:

  • Sensors: The sensors will collect data on the volcano’s activity. This data will include seismic activity, ground deformation, and gas emissions.
  • Data Processing: The data processing component will use the data collected by the sensors to generate warnings in the event of an impending eruption.
  • User Interface: The user interface will allow users to view the data collected by the sensors and to receive warnings of impending eruptions.

The sensors will be connected to the data processing component using a network. The data processing component will be connected to the user interface using a web server.

Conclusion

The volcano monitoring system I propose will be a valuable tool for scientists and policymakers. The system will help to mitigate the risks posed by volcanic eruptions and will save lives and property.

I am confident that I have the skills and experience necessary to complete this project successfully. I have a strong background in software development and I have experience working with open source software. I am also familiar with the challenges of developing software for safety-critical applications.

I am excited to work on this project and I am confident that I can deliver a high-quality product.

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