Full Stack Developer
As a driven sophomore at Government Model Engineering College, I am deeply passionate about the exciting intersections of electronics and biomedical engineering. I am committed to continuous learning and am actively seeking opportunities to collaborate with like-minded individuals and organizations that share my vision for the future of technology.
AR Glass for Real-time Live Transcription: Empowering Deaf Individuals Here’s a concise overview: ◌Objective: Our mission was clear: to bridge communication gaps for the deaf community. We aimed to create an Augmented Reality (AR) Glass system that provides real-time speech-to-text transcription during live conversations. ◌Key Features: Customized Design: Our AR Glass was tailored to meet the unique needs of deaf individuals. Seamless Interaction: Wearers can engage in conversations without missing out on spoken content. Cloud-Based Speech Recognition: We harnessed the power of cloud services for accurate transcription. ◌How It Works: The AR Glass captures audio input using built-in microphones. Cloud-based speech recognition algorithms process the audio in real time. Transcribed text is overlaid onto the wearer’s field of view, enhancing communication. ◌Applications: Live Conversations: Deaf individuals can participate fully in discussions, meetings, and social interactions. Education: Real-time transcription aids learning in classrooms and workshops. Workplace: Enhances productivity during team collaborations. Healthcare: Enables effective communication with medical professionals. ◌Future Directions: Customizable Display and User Interface. Exploring additional features like sign language translation.
raspberry pi · autofusion 360 · c programming
Organization Skills, Time Management, Leadership, Communication, Quick Grasping, Canva, Active Listening, Event Management, Multitasking, Marketing
B tech, Electronics and Biomedical
Biomaths