Thank you for looking at my profile! I am an Electrical & Computer Engineer with a specialization in Computer Systems. I have experience in managing software projects which I do with utmost honesty and transparency. I am also experienced in the use of computer vision and both video/image and audio signal processing. 

I am currently pursuing my MSc. in Data Science from the University of the West Indies and is employed there as well. I have also worked at the Microsoft Innovation Center & at Caribbean Entertainment Technologies within the last couple months.

I have my BSc. in Electrical and Computer Engineering which I attained from the University of the West Indies. I have practical work experience in developing automatic audio/video systems. 

All the projects I have completed were met with positive remarks from my clients particularly on my performance and work ethic. 

Specialized Areas:

– Video/Image Processing

– Audio Processing

– Machine Learning

– Data Analytics

– Digital Signal Processing & Manipulation

– Automated Systems

– Web Applications

– Desktop Applications

Some of my notable projects: 

– Optimal Impression Calculator for Multi-Stage Advertisement Campaigns on Social Media.

(Optimization, Operations Research, Probablistic Modelling, Python, Tkinter)

This calculator was built based on the assumption that within a given Social Network, friends of a given person has an effect on the probability of that person clicking an advertisement. This calculator evaluates a scenario where advertisements are split up between two stages, with the second stage being affected by what has occured in the first stage.

– Realtime Auto Equalizaiton System Based on Acoustic & Visual Feedback

(Digital Signal Processing, Audio Analysis, Image Analysis, MATLAB)

This system was designed and developed to counteract acoustic disintegration of sound waves as they propagate from a speaker to an audience. This was done through the use of Image Analysis to detect the audience & Audio Analysis to examine audio features.

– MicroController Based Pulse & Glucose Monitor

(Microcontroller, PIC, C, Sensor Design, Circuit Design, Testing/Analysis)

The created system was able to detect the heart-rate & glucose level of an individual, store the data, and give out an alarm if the heart rate drops below a certain threshold. A keypad & LCD display was used as means of system interaction.