Accomplished Micro ML on a sensor-equipped system, achieving remarkable object identification capabilities with a high fps, enabling rapid and accurate detection in real-time scenarios

3 of electrical and computer engineers developed a watch can accurately sense the heartrate and count the mileage

• Constructed and tested multiple user-friendly desktop applications, utilizing MySQL and C#, while ensuringthorough debugging and adherence to coding standards• Collaborating alongside engineers to modify application performance, leading to a remarkable 75% reduction indowntime. Through troubleshooting and proactive and problem-solving• Employing Visual Studio C# for the application's core framework and Java Swing UI for the login and registration components, combined the power of different technologies to create a seamless and intuitive user experience• Leveraged expertise to design and develop data management software application. Solution enabled employees to modify thousands of data to seamlessly add, remove, search, save, delete, and print, optimizing operational efficiency

• Researched and cooperated with three Computer science members on Investment Analysis by Python on the Jupyter• Built investment analytical program can compare two different companies and give suggestions to users about a more efficient company to invest in while giving a valid reason and companies past 20 years of performance

• Researched on Virtual Reality University; Using VR in education is 90% efficient and 40% has a reduction in traveling• Tested VR device by creating holographic meetings with ten people from around the world

• Designed Active Noise Control (ANC) System for Automobiles by a collaboration of six electrical, mechanical, and computer engineers• Directed team of four to design and fabricate ANC device to improve quite an environment and generate more focus of drivers in automobiles• Utilized C++ and Assembly languages in MATLAB software to prepare electrical design, sound filtering, and developed anti-noise control• Created predictive algorithm to capture ambient noise of the automobile's engine and produce the reverse of the noise up to 400 Hz• Devised specifications and managed testing plans for two hardware engineering applications such as amplifiers and microphones

Digital LED Thermometer is to explore using an LED bargraph to simulate an old fashioned thermometer using a string of LEDs and a semiconductor temperature sensor.Using an LED bar graph to simulate an old-fashioned thermometer using a string of LEDs and a semiconductor temperature sensor.

• Organized student study workshops across engineering and computer science departments and guided 150+ students on college Calculus• Taught concepts of algebra to a class of 40 students and elaborated on applications of calculus for the derivation of theorems in applied mathematics; simplified methods of learning differential equations for class• Tutored ten college students on calculus and prepared lesson schedule; conducted weekly assignments, resulting in 90% grade improvement in half-yearly college exams

• Engaging with a team of Database Developers, proposed and implemented an efficient solution for streamlined back-end code processing, resulting in improved performance and reliability. Additionally, developed and tested multiple user-friendly desktop applications, utilizing MySQL and C#, while ensuring thorough debugging and adherence to coding standards• Collaborating alongside engineers to optimize application performance, leading to a remarkable 75% reduction in downtime. Through troubleshooting and proactive problem-solving, contributed to maintaining smooth operations and enhancing overall system reliability