Yarodis Ramírez Oliva
About Yarodis Ramírez Oliva
Yarodis Ramírez Oliva is a Node.js Engineer with extensive experience in software development and quality assurance. He has worked at BairesDev in various roles since 2022 and has a background in Computer Science from Universidad APEC.
Work at BairesDev
Yarodis Ramírez Oliva has been employed at BairesDev since 2022. He currently holds the position of Node.js Engineer, focusing on designing and implementing data storage solutions with an emphasis on security and data protection. Prior to this role, he served as a Technical Project Lead for two years, where he contributed to various projects remotely from California. Additionally, he worked as a Technical Interviewer for one year, assessing candidates for technical roles within the company.
Education and Expertise
Yarodis Ramírez Oliva studied Computer Science at Universidad APEC from 2014 to 2018, earning a degree in Software Engineering. His educational background also includes a High School Diploma in Digital Electronics and Micro-computation from Escuela Nacional de Artes y Oficios, completed from 2010 to 2014. His expertise includes implementing Test-Driven Development (TDD) to improve software reliability and maintainability, as well as optimizing web applications for speed and scalability.
Background
Before joining BairesDev, Yarodis Ramírez Oliva worked at Newtech, S.R.L. as a Quality Assurance Analyst for one year in Santo Domingo, Dominican Republic. He then progressed to the role of Software Engineer III at the same company, where he worked for four years. Following this, he served as an Angular Developer at GBH for one year before transitioning to his current roles at BairesDev.
Technical Skills
Yarodis Ramírez Oliva specializes in identifying and fixing defects proactively, which helps in preventing potential issues in software development. His technical skills include a strong focus on security and data protection in data storage solutions. He is also proficient in optimizing web applications to ensure efficient performance, speed, and scalability.