Brainessger

Inspiration

I am motivated to learn more about neuroscience. I’ve thought about AI agents and its rising recently. I asked myself why don’t we create an artificial version of our human brain? This perspective aligns with their direction that many computer scientists and neuroscientist are heading towards. We are all inspired by the brilliance of human brain. The way neural networks operate also bears a strong resemblance to human brain. In order to understand more about the brain and remember what I have learned about neuroscience ever since I was a kid, I want to delegate each AI agents a role of human brain to portray the way we think and approach the problems. I think therefore this application is created

What it does

The application simulates how different regions of the human brain work together to process information and solve problems. Each AI agent in the system is assigned the role of a specific brain region, such as the prefrontal cortex, hippocampus, or cerebellum. These agents collaborate in a conversation-like format to help users understand neuroscience concepts in a more interactive way. The application allows users, especially students, to engage with complex neuroscience topics through discussions with the AI agents, enhancing their learning experience. Features like difficulty adjustments, summaries of learning sessions, and rewards for participation make it an educational tool that not only teaches but also adapts to the user’s needs and learning style. It essentially brings the complexity of brain functions into an accessible, interactive platform, enabling students to explore neuroscience in a novel, engaging way.

Challenges we ran into

The coding process was more overwhelming than I anticipated, even though I had experience working with AI APIs from my previous project with SheCodes Foundation. Managing tokens, quotas, and dealing with route errors for fetching APIs was particularly challenging. I tested several APIs to find the most suitable one. Additionally, I had to ensure that the information provided by the AI agents was accurate and reliable, avoiding any misleading scientific content. This was a critical step to maintain the integrity of the educational platform.

Accomplishments that we're proud of

One of the key accomplishments I’m proud of is developing Brainessger from a simple idea into a functional application. This project challenged me to bring together my understanding of neuroscience, AI, and web development into one cohesive platform. It’s particularly rewarding to see how the AI agents, which represent different brain regions, can simulate real brain functions to help students understand neuroscience concepts in an interactive way.

Another accomplishment is my ability to troubleshoot complex coding issues throughout the project. Despite encountering various challenges, from API limitations to debugging code, I persevered and learned a great deal. These experiences not only improved my technical skills but also taught me resilience and the importance of seeking help from peers and community resources.

What we learned

I gained valuable lessons in AI API integration and web development. Over the past five months, I’ve been honing my web development skills, and this is the second website I’ve built. One key takeaway is not to fully rely on AI—it can generate responses quickly, but it struggles to grasp the deeper nuances of problems. I frequently turned to StackOverflow and friends for help with coding issues

What's next for Brainessger

The next phase for Brainessger involves expanding its capabilities to create a more immersive and comprehensive learning experience. First, I plan to enhance the AI agents by incorporating more advanced natural language processing models, enabling them to deliver more accurate and contextually relevant information. I also intend to refine the interaction between the agents to better simulate how different brain regions collaborate in real life, making the experience even more authentic. Perhaps, I’m looking to integrate a broader range of neuroscience topics, such as cognitive development, neuroplasticity, and mental health, to offer a well-rounded educational tool. Gamification features, like progress tracking and rewards for completing challenges, will be expanded to boost engagement and make learning more enjoyable. Another future step is to create mobile and tablet versions of the application, making it accessible on various platforms. I envision Brainessger becoming an essential tool for students, educators, and neuroscience enthusiasts, offering a deeper, interactive way to explore the human brain and its functions.

Built With

• next
• openai
• typescript