Job Description
GoTo Meeting | Dresden, Germany | 20h/week | €16/hour
About the RoleJoin our RTC (Real-Time Communication) backend services team at GoTo Meeting and contribute to cutting-edge testing infrastructure that ensures seamless online meeting experiences for millions of users worldwide. We're seeking an advanced student developer to enhance our testing framework with network degradation capabilities, transitioning from legacy solutions to modern, cloud-native approaches.
Your Mission
You'll spearhead the integration of network degradation testing into our new Kubernetes-based testing framework. Currently, we rely on an in-house solution for network degradation tests within our end-to-end testing suite. Your task is to research, design, and implement an alternative based on open-source tools that seamlessly integrates with our existing infrastructure.
Key Responsibilities:Research and evaluate open-source network degradation tools (including iptables, pumba, netem, and emerging solutions)Document findings and recommend optimal approaches for our use caseDesign and implement network traffic blocking capabilities as the initial milestoneExtend functionality to support bandwidth limitations and advanced network conditionsIntegrate solutions into our TypeScript-based testing frameworkCollaborate with the team to migrate remaining test cases from the legacy systemTechnical EnvironmentFramework: TypeScript-based testing infrastructureInfrastructure: Kubernetes clusters on AWS and OCIOS: Ubuntu Linux environmentCurrent Tools: Transitioning from AWS VM-based architecture to cloud-native solutionsApproach: Client/server node-level network degradation (moving away from dedicated router nodes)What We're Looking ForRequired:Currently enrolled Master's student (or equivalent) at a German universityStrong autonomous working skills and problem-solving mindsetSolid TypeScript development experienceProficiency with git as modern version control systemBasic Linux networking knowledge and command-line proficiencyKubernetes and containerization experience preferredFluent English (German is a plus but not required)EU work authorization or valid German work permit for studentsPreferred:
Experience with network testing tools or chaos engineeringUnderstanding of distributed systems and microservicesFamiliarity with cloud platforms (OCI, AWS, or similar)Knowledge of C++ (helpful but not essential)What We OfferCompetitive compensation: €16/hour for 20 hours/weekFlexible duration: October 2025 - December 2026Complete setup: All necessary hardware, software, and AI coding assistants providedHybrid approach: minimum of 2-3 office days per week in Dresden with remote flexibilityMentorship: Dedicated local supervisor and integration with our experienced teamReal impact: Your work will directly improve testing capabilities for a globally-used platformLearning opportunity: Deep dive into linux networking and scalable test automationWork ArrangementLocation: Dresden office (2-3 days/week required)Schedule: Flexible 20 hours/week arrangementTeam: Mix of local and remote team members with strong collaboration cultureApplication ProcessReady to tackle this challenge? Send us:Your CV highlighting relevant technical experienceBrief cover letter explaining your interest and relevant backgroundExamples of previous projects (GitHub links welcome)Current enrollment confirmationAt GoTo, you’ll find the flexibility, resources, and support you need to thrive—at work, at home, and everywhere in between. You’ll work towards a shared goal with an open-minded, cohesive team that’s greater than the sum of its parts. We’re committed to creating an inclusive space for everyone, because we know unique perspectives make us a stronger company and community. Join us and be part of a company that invests in your future, where together we’ll Be Real, Think Big, Move Fast, Keep Growing, and stay Customer Obsessed. Learn more.
Note: This position requires enrollment at a German university. International students must possess valid work authorization in Germany.
Apply now and help ensure reliable communication experiences for millions of users worldwide!