Alvaro Cintas-Canto
Details
Computer Science and Engineering
University of South Florida
2018 : 2021
Master of Engineering - MEng
Electrical and Computer Engineering
Tennessee Technological University
2016 : 2018
Bachelor of Engineering (B.E.)
Computer Engineering
Tennessee Technological University
2013 : 2016
Marymount University
Assistant Professor of Cybersecurity
2018 : 2021
USF Computer Science and Engineering
Graduate Research And Teaching Assistant
2016 : 2018
Tennessee Technological University
Graduate Teaching Assistant
Exploring and successfully obtaining an operating a 4-floor scale elevator via a suitable microcontroller, determining the capabilities to drive and control the actuators and sensors. Designed, developed, and integrated software to perform such drive and control of the system hardware.
2016 : 2017
Tennessee Technological University
Software/Hardware Engineer Intern
Skills
Algorithms, Application Security, Assembly, AutoCAD, C#, C++, Computer Engineering, Computer Science, Critical Thinking, Cryptography, Cyber, Cyber-security, Cybersecurity, Data Analysis, Engineering, English, Hardware, HMI, Information Security, Ingeniería, LaTeX, Linux, Macintosh, Mathematics, Matlab, Microsoft Excel, Microsoft Office, Microsoft PowerPoint, Microsoft Windows, Microsoft Word, Network Security, Optimization, PL/SQL, PowerPoint, Problem Solving, Programming, Python, Python (Programming Language), Security, Simulations, Software, Software Development, Spanish, SQL, Unix, Verilog, VHDL, Windows
About
Computer engineer Assistant Professor with extensive experience in Security Engineering, Cryptographic Engineering, Cyber Security, and High-Performance Embedded Systems Design. My programming skills include: Python, C/C++, Assembly, VHDL, and Verilog, among others.
Received my Ph.D. degree at the University of South Florida with the Department of Computer Science and Engineering, FL, in 2021. Starting 2021, I have been an assistant professor at the School of Technology and Innovation at Marymount University.
My research interests include hardware security, post-quantum cryptography, fault detection, FPGA implementations, and finite fields.