Gustavo Martins

• Analyzed, designed and implemented a mobile application intended to be part of the CARINA Autonomous Vehicle project. (http://www.lrm.icmc.usp.br/web/index.php?n=Eng.ProjCarina2Info) • Designed and implemented a Web server that intermediates the communication between the application and the vehicle. • Studied, analyzed and evaluated Route Planning and Scheduling algorithms applied to autonomous environments.

• Designed, implemented and extended a specific benchmark tool capable of evaluating the performance of the company's core application in a continuos integration environment. • Analyzed and compiled performance results in order to report to application developers, providing a real-time feedback of their code updates.

• Selected to a Non-Degree Exchange Program in Computer Science and Information Systems areas.

• Studied, analyzed and evaluated the usability of a group of Learning Objects designed to assist and teach basic math concepts to children. • Studied and helped to design an ontology-based user model for personalization of educational content. • Presented research results at: 1- Congresso Brasileiro de Informática na Educação (CBIE 2012), 2012, Rio de Janeiro (RJ). 2- SIICUSP (2013): University of São Paulo's International Symposium for Undergraduate Research Projects. • Extended Abstract accepted at 28th Symposium On Applied Computing (ACM SAC 2013), 2012, Coimbra - Portugal.

• Taught and trained high school students applying to the Brazilian Informatics Olympiad, a national programming competition. • Installed, configured and maintained a Windows Server 2008 platform to handle the computer network used by the program members. • Designed and delivered a workshop in Computer Maintenance and Assembly, receiving 100% approval feedback.

Course Work: Procedural and object-oriented programming, programming paradigms, advanced algorithms, data structures, database management, database application development, computer architecture and organization, computer networks, operating systems, distributed computer systems, software engineering, project management, fundamentals of control and digital control, digital signal processing and digital communication, electronic circuits, microprocessors and applications, mathematics and basic physics.

Course Work: Object-Oriented Analysis and Design, Introduction to Programming in C++, Creative Problem Solving & Team Programming and Real-Time Embedded Systems.

Course Work: Electronic Commerce, UNIX and Cyber Security Systems: computer security policies, network security and malware analysis.