Worker and Inventory Management App
For any company to profit from a product, there must be a strategic plan in place to produce just enough to meet that need. This plan is known as Aggregate Planning, where our web application utilises an optimiser to give the best resource allocation while minimising costs in a multi product, multi workcentre environment.
This web application takes in product demand forecast over a time horizon, a worker-product type matrix with values of the number of products per time period, an initial number of workers and products based on the .xlsx template found in the application. After inputting the necessary info, you can click optimise to view the various optimal resource allocations through the graphs. You can customise the costs and filter the graphs to your liking, before exporting your results over to another Results.xlsx file. The project is also hosted on JuliaHub online for scaling and deployment in Cloud.
If you’re downloading from Github, clone the repository to a folder.
using Pkg
# List of packages to install
packages = [
"GenieFramework",
"JuMP",
"Gurobi",
"HiGHS",
"CSV",
"DataFrames",
"XLSX",
"Random",
"Stipple",
"StippleUI",
"StippleDownloads",
"Test"
]
# Install each package
for pkg in packages
Pkg.add(pkg)
end
# Specific setup for Gurobi, as it might need license and environment variables set up
Pkg.build("Gurobi")
cd
into the project directory in Julia by:cd("C:\\file\\path\\to\\code\\LPGenie") #Note the double \\ and ("")
gurobi.lic
file in LPGenie folder.ENV["GRB_LICENSE_FILE"] = "C:\\file\\path\\to\\code\\LPGenie\\gurobi.lic"
using Pkg; Pkg.instantiate()
using GenieFramework
Genie.loadapp() # load app
up() # start server
To open the application again, please repeat steps 3-5
Open your browser and navigate to http://localhost:8000/
to use the app.
Special Acknowledgement to Genie Builder Developments for giving EDU Licenses to build the frontend of our project, and both Professor Zeyu and Rakesh for their knowledge and expertise in Systems Design and Manufacturing Operations respectively. This project is part of Term 5 Engineering Systems Architecture module in Singapore University of Technology and Design 2024.