as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
as JIRA and Confluence. Proficiency in software quality techniques and practices (automated unit testing, test-driven design/development, CI/CD pipelines with GitHubActions, static code analysis tools, etc.). Understanding of mathematical fundamentals, including geometry, linear algebra, probability, graph theory, set theory, and statistics. Preferred more »
