Automation workflows are designed to streamline repetitive tasks, minimize manual errors, and enhance overall efficiency across operations. By setting clear rules and triggers, processes like approvals, notifications, and document tracking can run reliably without constant human intervention. Using tools such as Power Automate, Power BI, and other low-code Microsoft platforms, employees—regardless of technical background—can build and maintain workflows that align with organizational goals, save time, and improve job satisfaction.
This project highlights foundational automation capabilities in a secure, scalable architecture designed for educational environments—built entirely within Microsoft’s approved ecosystem.
This is my first tiny practice with Power Automate. Firstly, I create a form and add it to our organization Sharepoint for the instructor to submit procurement requests. When the form comes, I should receive an email notification its details. Also this form is linked to a new list in Microsoft List, which would be easily pulled into an Excel sheet everytime a new form arrives. At any time, anyone in our department can pull this Excel report with purchasing transactions, which makes purchasings' records transparent.
In the initial planning step, I always follow this diagram:
Behind every scientific conference lies a substantial amount of financial and logistical coordination. Given the complexity of travel requests—which often include lots of details, I thought of a structured digital form that reduces inefficiencies caused by email threads or fragmented team messages. Power Apps give me the ability captures all necessary information from requestors, logs requests into an Excel sheet, sets reminders for submission deadlines, tracks completion status, and notifies me when it’s time to initiate the financial reimbursement post travel. The result is a measurable reduction in administrative burden and improved time management.
Additionally, I applied process mining techniques to evaluate this workflow, identifying bottlenecks and inefficiencies. Conditional logic (e.g., True/False values for request approval status) was also incorporated to ensure that subsequent steps only proceed based on relevant decisions—further enhancing automation and accuracy.
Please take a look at my process mining and some conversations with Copilot.
This workflow supported my department chair in managing faculty compensation requests. Each fiscal year, thousands of submissions are processed to compensate instructors for activities such as course preparation, substitute teaching, and leading special projects.
Additionally, building this workflow deepened my understanding of how modular systems operate in programming. Each step in the workflow functions as an independent module—executed in sequence once triggered—mirroring concepts found in object-oriented programming (OOP) where discrete components work together to automate complex operations.
Additionally, we have to use our money and tools wisely. Thus, taking advantage of free tools are while keeping data security is always a top priority.
Any industry can benefit from automation—especially when repetitive workflows are enhanced and could evolve into AI-driven processes. However, the extent of automation depends largely on the software ecosystem an organization uses. In my case, our organization relies on Microsoft tools, giving me access to platforms like Power Apps, Copilot and the full Office suite.