Dedicated assistant professor adept at promoting curriculum and syllabus development. Applies unique creativity to drive student engagement. Focus on student success with passion for professional development.
Role: Team Leader
Duration: 2014 – 2015
Technologies: Embedded C, ARM7
● Addresses the issue of delayed emergency response in vehicular accidents, which often leads to loss of life.
● Provides automatic accident detection and sends immediate notifications to emergency care units.
● Monitors the victim's physiological health conditions, including coma stage recovery status.
● Ensures timely medical intervention by notifying emergency units with up-to-date health information.
● Developed a system for transmitting video images without relying on the internet or Bluetooth, enabling communication in offline environments.
● Implemented MMSSTV (Multimedia Slow Scan Television) to facilitate data transfer using advanced communication methods and modulation techniques.
● Incorporated analog techniques like amplitude modulation (AM), frequency modulation (FM), and Morse key oscillators.
● Enabled efficient data transmission across multiple frequencies, including SSB, DSB, AM, and FM, without any pre-existing communication infrastructure.