BHIMA: Open Source Basic Hospital Information System

BHIMA: Open Source Basic Hospital Information System
Photo by Marcelo Leal / Unsplash

Table of Content

BHIMA or Basic Hospital Information Management Application, is a free and open-source hospital information system that is designed for rural hospitals in Africa.

It is created and released as an open-source project by an international team located in Democratic Republic of the Congo.

Photo by Arseny Togulev / Unsplash

The project started as a research project of IMA World health since 2013, and it has been under active development ever since.

BHIMA aims to provide a flexible and robust accounting and managerial solution for rural hospitals. This includes, but is not limited to, basic income/expense reporting, budgeting, patient and organisational billing, depreciation, inventory and pricing, and purchasing.
Additionally, BHIMA bundles reports and optional reporting plugins to aid hospital administrators, aid organisations, and governmental/non-governmental agencies access up to date utilization data. It targets insitutions that must conform to the OHADA reporting standards in western and central Africa.
Finally, the entire project is designed to scale from a single, low-cost device in a clinic, to a large multi-hundred bed institution with tens of users accessing the server simultaneously.

Tech stack

The project is written using Node.js, AngularJS, Redis, and uses MySQL database in the backend.

License

BHIMA is released under the GPL-2.0 License.

Resources









Open-source Apps

9,500+

Medical Apps

500+

Lists

450+

Dev. Resources

900+

Read more

Why We're Betting Big on DeepSeek-V3: A Personal Dive into the Open-Source AI That’s Changing the Game and Redefining AI Excellence

Why We're Betting Big on DeepSeek-V3: A Personal Dive into the Open-Source AI That’s Changing the Game and Redefining AI Excellence

In a bold challenge to AI giants like OpenAI, DeepSeek has unleashed DeepSeek-R1—a revolutionary open-source model that marries brute-force intelligence with surgical precision. Boasting 671 billion parameters (only 37B active per task), this MIT-licensed marvel slashes computational costs while outperforming industry benchmarks in coding, mathematics, and complex reasoning. With

By Hazem Abbas