Accounting and Bookkeeping with Python & Generative AI

Welcome to Accounting and Bookkeeping with Python & Generative AI course. This is a comprehensive tutorial for accountants and business owners who are interested in using AI for automating repetitive accounting tasks, improving accuracy in financial reporting, and enhancing the auditing process. This course is a perfect combination between accounting and artificial intelligence, making it an ideal opportunity to practice your programming skills while improving your technical knowledge in financial accounting. In the introduction session, you will learn how AI and Python can be used to automate accounting tasks, such as categorizing transactions, generating financial reports, detecting transaction duplicates, and processing invoices. Then, in the next section, you will learn how to automate bookkeeping using Python. Firstly, we are going to calculate profit and loss by analyzing revenue and expense data systematically. This will help us understand the financial performance of the business over a specific period. Afterward, we are also going to calculate fixed assets depreciation using Python. This will enable us to accurately reflect asset value reductions on the balance sheet. Then, after that, we are going to track accounts receivable and payable to monitor incoming and outgoing payments efficiently. This allows us to maintain healthy cash flow and timely manage outstanding balances. In the next section, we are going to visualize expense data breakdown using Matplotlib. This will help us to identify major cost drivers and optimize spending. Following that, we are going to detect anomalies and duplicate transactions automatically using Python. This will allow us to reduce errors and prevent potential fraud in accounting records. Then, we are also going to automate invoice matching by comparing purchase orders, invoices, and payment data seamlessly. This will help us to streamline the accounts payable process without having to manually cross check documents one by one. Following that, we are going to automa