United States
My curiosity and desire to help other people make me a fast learner, team-oriented hardworking, and also flexible in my job. My objective is to find new ways to improve myself and be more effective in what I do.
Teaching undergraduate and graduate courses in Statistics, Machine Learning, Data Mining, Analytics and Modeling, Project, and Operations Management. DSO 528 - Data Warehouse, Business Intelligence, and Data Mining (Graduate) DSO 536 - Monte Carlo Simulation and Decision Models (Graduate) DSO 547 - Designing Spreadsheet-Based Business Models (Graduate) DSO 580 - Project Management (Graduate) FBE 545 - Applied Financial Modeling (Graduate) BISC 499 - Microscopy and Spectroscopy of Biological Systems (Undergraduate and Graduate) BUAD 315x - Basics of Project and Operations Management (Undergraduate) BUAD 311 - Operations Management (Undergraduate) BISC 305g - Statistics for Biological Sciences (Undergraduate)
GSBA 506 - Applied Managerial Statistics GSBA 524 - Data and Decision Models GSBA 511 - Microeconomics for Management DSO 528 - Data Warehousing, Business Intelligence, and Data Mining FBE 543 - Forecasting and Risk Analysis FBE 506 - Quantitative Methods in Finance Responsibilities include teaching review sessions, assisting with homework, grading and holding office hours
I designed and teach a class in microscopy and spectroscopy applied to the study of biological and medical systems (BISC 499 - Microscopy and Spectroscopy of Biological Systems). This class targets biological sciences and biomedical engineering students (advanced undergraduate and graduate levels), but it’s open to everyone who wants to learn more about microscopy and spectroscopy and their applications to bioscience.
I oversee and manage microscopy core facility operations and user training processes
I design and develop new technologies used in translational research. I build new optical and electronic devices which are used by the scientists in my group. I help biologists and medical doctors to perform advanced fluorescence and metabolic imaging acquisition and analysis. I support my colleagues in a variety of ways to ensure that they are able to achieve their research goals in the best possible way. In order to promote and accelerate the progress of the aforementioned projects and experimental work, I recruit individuals from a wide spectrum of disciplines, scientific and administrative, creating collaborative alliances with different institutes, within and outside of the university.
I built digital FPGA-based electronic boards for controlling lasers and other microscopy related devices.
Raman Spectroscopy, NIR Spectroscopy, Fluorescence Microscopy, FPGA prototyping, light propagation in turbid media modeling and applications in tissue optics