INTERNSHIPS

Project Description:

Developed an augmented reality (AR) application that simulates real-world electronic circuits, integrating AI for detection and overlaying virtual circuit models onto physical objects. The goal of the project was to provide a more interactive and engaging method for students to learn about electronics and circuit components.

Key Responsibilities:

• Implemented AR functionality using Unity to superimpose virtual circuit components on real-world objects through a mobile app.

• Integrated AI-based detection algorithms to automatically recognize electronic components and trigger corresponding AR visualizations.

• Worked on the development of the user interface (UI) to allow seamless interaction between users and the AR circuit simulation.

• Focused on creating accurate, real-time AR simulations that enabled users to interact with virtual representations of electrical circuits overlaid on physical circuits.
  
  

Skills Gained:

• Expertise in AR development with Unity and C# for interactive mobile applications.

• Hands-on experience in AI integration for object detection in AR applications.

• Enhanced problem-solving and debugging skills within Unity and AR-related technologies.

Project Link:

AR Circuit Simulator with AI (Click to view the project)