Working Student, Space Ops

As a Working Student in Space Ops at Planet, your key responsibilities will include supporting day-to-day operations by performing data analysis to assess satellite performance, triaging and resolving anomalies, conducting on-orbit experiments, and developing automated mission operations through coding. You'll also have the chance to lead your own projects that will directly impact how we operate our satellites.

To qualify for the Working Student position in Space Ops at Planet, you should be pursuing a Bachelor's Degree in Engineering, Software, or a related field. Previous software development experience, particularly in Python, an interest in space technology, and strong communication skills are essential as you'll be collaborating with various experts in the field.

Key skills that will make you stand out as a Working Student in Space Ops at Planet include proficiency in Python or similar programming languages, familiarity with automation tools and software development processes, and a data-driven mindset. Experience working with APIs and an understanding of DevOps concepts will also be advantageous.

Yes, the Working Student position in Space Ops at Planet offers a hybrid work environment, allowing for remote work while also requiring one day per week in our Berlin office. This flexible arrangement supports team collaboration and provides the opportunity to connect with colleagues in person.

As a Working Student in Space Ops at Planet, you'll enjoy several benefits, including paid time off, a remote-friendly work environment, access to employee wellness programs, and opportunities for personal and professional development through tuition reimbursement and LinkedIn Learning courses.

In resolving a satellite anomaly, I would first gather relevant telemetry data to understand the nature of the issue. Then, I would collaborate with team members to diagnose the root cause and develop a strategy to rectify the problem, ensuring all solutions are documented for future reference.

I have experience with Python from my academic projects, where I developed scripts to automate data analysis tasks. I'm comfortable using libraries like Pandas for data manipulation and NumPy for numerical analysis, which I believe would be applicable in automating mission operations.

Certainly! I worked on a project that involved analyzing satellite imagery data to assess land use changes over time. I developed a Python script to process and visualize the data, which helped identify patterns and trends that were crucial for understanding environmental impacts.

I prioritize tasks by first assessing their urgency and impact. I create a list, focusing on tasks that contribute most significantly to team goals, and I ensure to communicate with my team if I need to adjust deadlines or seek assistance with complex tasks.

Space technology fascinates me because it combines cutting-edge science with real-world applications that can address global challenges. The idea of contributing to projects that enhance our understanding of Earth and improve life on the planet motivates me to be part of the Space Ops team at Planet.

I ensure effective communication by actively listening to my teammates and sharing my thoughts clearly and concisely. I find it vital to keep everyone updated on project progress and challenges, leveraging tools like team collaboration platforms to streamline communication.

Yes, I have experience with automation tools such as Git for version control and Jenkins for continuous integration in my coding projects. I understand how automation can enhance operational efficiency and reliability.

I would begin by researching the tool through documentation and tutorials to familiarize myself with its functionality. I would also seek help from colleagues who have experience with it and practice using the tool through small projects or simulations.

Data analysis is crucial in satellite operations as it helps assess the health and performance of satellites. By analyzing data trends, we can identify issues proactively, enhance operational strategies, and make informed decisions, ultimately ensuring the success of the satellite constellation.

Collaboration is essential in the Space Ops team because it brings together diverse expertise to solve complex problems. Each team member’s unique skills contribute to developing efficient operational processes, fostering innovation, and ensuring that we meet our goals in satellite management effectively.