Abstract: The Smart Gloves designed for individuals with speech impairment provide a transformative solution to the challenges they face in communication. By capturing hand gestures and movements, these gloves enable individuals to express themselves effectively, overcoming limitations in verbal expression. This abstract introduces the concept of Smart Gloves designed for individuals with speech impairments. It highlights the challenges faced by individuals with speech impairments in communication and the limitations of traditional communication aids. The abstract then describes the components used in the Smart Gloves, It explains how these components work together to provide a seamless and intuitive communication solution. The abstract also emphasizes the empowering capabilities of the Smart Gloves, enabling individuals to express themselves confidently and independently.

It discusses the applications of gloves in various contexts such as everyday conversations, education, employment, and social interactions. Moreover, Smart Gloves enhance social interactions by enabling individuals to engage in conversations with friends, family, and new acquaintances. They reduce social isolation, promote empathy, and encourage meaningful connections. Telecommunication integration allows individuals to make phone calls and engage in video conferences, extending communication possibilities beyond physical boundaries.

In conclusion, Smart Gloves for individuals with speech impairments offer a revolutionary communication solution. By leveraging advanced technology, these gloves empower individuals to express themselves confidently, independently, and inclusively. The potential impact of the gloves in bridging the communication gap, fostering equal participation, and enhancing the quality of life for individuals with speech impairments is immense. With these gloves, we are opening doors to a world where communication knows no limitations and everyone's voice can be heard.

Keywords: Teensy 4 microcontroller, Organic-LED (OLED) display, MPU6050 gyroscope,

| DOI: 10.17148/IARJSET.2023.10675