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Module code and Title
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IOT302TC Wireless Sensor Networks
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School Title
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School of Internet of Things
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Assignment Title
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Coursework 2
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Submission Deadline
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23:59 PM China time (UTC+8 Beijing) on Sunday 14 December 2025
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Final Word Count
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N/A
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ASSIGNMENT TASK (INDIVIDUAL WORK)
You are required to work individually to complete the assignment. There are one questions and you have to answer all of them. To complete the assessment, you need to apply the skills that you developed in the lecture and lab where you learned how to analyse the design and deployment issues of IoT radio communication systems and use the existing systems to optimise for real-life applications, understanding the fundamental operating principles of wireless communication, and the services available from different radio systems, understanding of the networking architectures and protocols applied in different radio systems.
It is strongly encouraged that you do some additional research to identify, collect, and compare further relevant information that can be incorporated into your report. When using different sources, you must ensure that they are correctly referenced, and you need to synthesise your own ideas and present them in your own words.
SUBMISSION FORMAT INSTRUCTIONS
The assignment must be typed and submitted hand-in on-site. The format of the report should follow the below structure:
• Cover page filled in with your student ID
• Your answer to each question
Deadline reminder: 23:59 PM China time (UTC+8 Beijing) on Sunday 14 December 2025
LEARNING OUTCOMES
This assignment tests your ability to:
A. Design communication protocols on the link and networking layers for wireless sensor networks.
B. Show familiarity with operating systems and programming languages for wireless sensor nodes/networks.
C. Show familiarity with architectures, functions and performance of wireless sensor network systems and platforms.
D. Design and analyse the specific requirements for applications in wireless sensor networks regarding energy supply, memory, processing and transmission capacity, etc.
E.Program wireless sensor networks/nodes.
F. Develop wireless sensor network applications.
MARKING CRITERIA
The following criteria will be used to assess the assignment. This report is marked for the whole group.
Outstanding: Report format is consistent throughout including heading styles, fonts, and margins, figure/table/diagram are correctly labelled, effectively interpreted and discussed, writing flows smoothly from one idea to another, information is presented in logical and interesting way, all information is located in the appropriate section, calculation process is clearly presented before arriving to the final answer or conclusion.
Appropriate: Report format is generally consistent, figure/table/diagram are properly interpreted, sentences are structured and word are chosen to communicate ideas clearly, information is presented in logical manner, information is located in the appropriate section, calculation process is properly presented before arriving to the final answer or conclusion.
Needs Improvement: Report format is inconsistent, figure/table/diagram are poorly interpreted and discussed, sentence structure and/or word choice sometimes interfere with clarity, information is hard to follow as there is very little continuity, many items are in the wrong section, some steps or procedures are missing before arriving to the final answer or conclusion.
Hard to Understand: Report format is inconsistent, figure/table/diagram are not used effectively, sentence structure and word choice make reading and understanding difficult, sequence of information is difficult to follow, lack of appropriate sections and many items are in the wrong section, some steps or procedures are missing in the calculation process, the final answer and/or conclusion are incorrect.
No submission or Missing Section: No submission or missing section of the discussion in the report.
The following table indicates what is expected for each classification category, highlighting generic marking criteria that bring together expectations in performance for each percentage (or alphabetical) band and the criteria that need to be satisfied.
Question 1 (100 marks)
Low-altitude wireless sensor networks (LA-WSNs) deploy sensor nodes on unmanned aerial vehicles (UAVs) or ground infrastructure below 500m altitude. These systems enable critical applications like wildfire monitoring, precision agriculture, and disaster response. Unique challenges include 3D dynamic topologies, energy-constrained mobile nodes, variable link quality, and real-time data processing. This assignment requires designing an integrated LA-WSN solution addressing protocol design, software implementation, system architecture, resource constraints, and application development.
This coursework requires designing and simulating an LA-WSN, such as traffic monitoring, wildfire detection, in an urban area. Your solution must integrate all six learning outcomes (A-F) in a research paper (3,000 - 4000 words) and Python simulation.