ENGR-125 Intro to Computation for Engineers Semester Project | HFC

ENGR-125 Semester Project 

Guidelines: 

• Use at least 2 AI tools for your project.
• Use different engineering prompting techniques and explain why you used a specific prompt throughout the project.
• Document each step with a flow chart – starting with the idea and outlining step by step all the tasks.
• Your final deliverable will be a project report no less than 3 pages long – maximum 10 pages. It should be submitted on Canvas as a single file as a PDF. The report should meet these requirements:

  o Use a semi standard format: 12pt font, 1 inch margins on all sides, no more than 1.15 spacing between the lines
  
  o Reports should include pictures of your process. Figures should be explained/mentioned in the text, and cited in-line.
  ▪ Figures MUST be captioned using an IEEE Format. Points will be taken for figures with no caption.

  o Cite any references you used at the bottom of your document in IEEE format. You can use a citation generator.

• Make sure to take screenshots during the execution of the project and include if you have used any codes i.e., MATLAB, Python, or others.
• Reports longer than 15 pages will be returned ungraded, with no chance for resubmission.
• Make sure to take screenshots during the execution of the project.
• Code (e.g., MATLAB, Python, or others) should be included in the appendix of your It does not count towards the minimum 3 pages.

  o If a submission relies on code either as an app, processing data, training a machine learning model, or for other purposes, there are two options for submission:

  ■ If the total code length is under 3 pages when formatted in the report, then it can be submitted as an appendix.

  ■ If the total code length is longer than 3 pages when formatted in the report, then put code in a zip file and submit it as supplemental material. The appendix can contain a summary of the code submitted in the zipped folder.

  o If the code was used ONLY to create plots, graphs, or figures (adding labels to axis, titles, etc.), then it does not need to be submitted.

• Supplemental material (e.g., short video or audio) can be submitted through Canvas, but your report should be stand alone in terms of explaining your project, the process, and the
• Include an overview of your project topic in your report and what ‘need’ it addresses.

Project Overview:

• Documentation
  ○ Flow chart documentation
  ○ Step-by-step tasks
  ○ Screenshots during execution
  ○ Include codes if used

• Prompting Techniques
  ○ Different engineering prompting techniques
  ○ Explain specific prompts used

• Deliverables
  ○ Project report
  ○ Minimum 3 pages

• Deadline: April 22nd, 2025

Project Ideas: Below are some project ideas. You can pick one of these or produce your own project.

 AI in Healthcare

Virtual Health Assistant for Symptom Checking:

• Objective: Create a chatbot using ChatGPT or Claude to assess symptoms and provide basic health advice.
• Tools: ChatGPT, Claude.
• Outcome: An interactive tool that educates users on common health issues and directs them to appropriate resources.

AI-Generated Health Awareness Campaign:

• Objective: Use Midjourney to create visual materials for an awareness campaign (e.g., mental health, diabetes).
• Tools: Midjourney, Runway.
• Outcome: A visually appealing campaign that uses AI-generated images and videos to raise awareness about a specific health issue.

AI in Gaming  

Character Dialogue Generator for Video Games:

• Objective: Develop an AI-powered dialogue system for NPCs (non-playable characters) using ChatGPT.
• Tools: ChatGPT, Claude.
• Outcome: A sample dialogue tree that adds personality to game characters, making interactions more dynamic and engaging.

AI-Generated Game Concept Art:

• Objective: Create concept art for a fictional game using Midjourney, generating landscapes, characters, or scenes.
• Tools: Midjourney, ChatGPT
• Outcome: A portfolio of AI-generated art that sets the visual tone for a hypothetical game.

Famous Games Using AI:

• Objective: Create multiple famous games using AI.
• Tools: ChatGPT, Claude, MATLAB, Python
• Outcome: A portfolio of AI-generated games, Snake, Galaxy, Tetris, Mario etc.

 AI in Arts and Literature   

AI-Generated Poetry Anthology:

• Objective: Generate poems on various themes using ChatGPT and Claude, then visualize them with Midjourney.
• Tools: ChatGPT, Claude, Midjourney.
• Outcome: A digital anthology that combines text and visuals, offering a unique blend of AI-generated poetry and art.

Visual Storytelling with AI-Enhanced Illustrations:

• Objective: Draft a short story and use Midjourney to create illustrations that complement the narrative.
• Tools: ChatGPT, Midjourney.
• Outcome: A storybook or slideshow where AI-generated art brings the written story to life.

AI-Based Literary Analysis:

• Objective: Use Claude to analyze themes and motifs in classic literature (e.g., works by Shakespeare or Jane Austen).
• Tools: Claude, ChatGPT.
• Outcome: A presentation or report that explores how AI can be used to interpret and understand literary works.

AI in Business and Finance    Financial Sentiment Analysis Tool:

• Objective: Analyze the sentiment of financial news headlines using ChatGPT or Claude to predict market trends.
• Tools: ChatGPT, Claude.
• Outcome: A simple tool that classifies headlines as positive, negative, or neutral, showing potential impacts on stock prices.

AI-Generated Infographics on Financial Data:

• Objective: Use Midjourney to create visuals for financial data (e.g., trends in stock prices, market forecasts).
• Tools: Midjourney and ChatGPT/Claude
• Outcome: Infographics that make complex financial data more accessible and visually engaging.

AI in Engineering Systems     

AI-Driven Design Inspiration for Engineering Projects:

• Objective: Generate design concepts for a new engineering product (e.g., a sustainable building or an innovative tool).
• Tools: Midjourney and ChatGPT/Claude
• Outcome: A set of AI-generated designs that can inspire real-world engineering projects.

Chatbot for Engineering Problem Solving:

• Objective: Create a chatbot using ChatGPT that assists users in solving common engineering problems or calculations.
• Tools: ChatGPT and Runway
• Outcome: A conversational assistant that can guide users through basic engineering concepts and calculations.

Simulation of an Engineering Process:

• Objective: Use Runway to create an animated simulation of an engineering process, such as assembly line optimization or structural analysis.
• Tools: ChatGPT and Runway
• Outcome: A video that demonstrates how AI can be used to optimize or simulate complex engineering processes.

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