Designs, builds and operates stratospheric robots to capture Earth imagery using balloon-based imaging systems at 40,000-60,000 feet.

Near Space Labs is pioneering the future of Earth observation through their innovative fleet of stratospheric robots. Operating at altitudes between 40,000 and 60,000 feet, their proprietary balloon-based imaging systems capture petabytes of valuable Earth imagery data for various applications.

As a Software Engineer on our embedded systems team, you'll be at the forefront of developing mission-critical onboard software for our stratospheric platforms. This role combines the excitement of space technology with the challenges of embedded systems development, offering a unique opportunity to work on cutting-edge robotics and imaging systems.

The position requires strong expertise in C++ and embedded systems, with hands-on experience in interfacing with various hardware components and developing robust fault detection systems. You'll be working with an international team of professionals who are passionate about pushing the boundaries of technology and finding innovative solutions to complex problems.

Based in Barcelona, with flexible hybrid working arrangements, you'll be part of a diverse and inclusive workplace that values different perspectives and backgrounds. This role offers the perfect blend of technical challenges and professional growth, where you'll have the opportunity to make a significant impact on revolutionary technology that's changing how we observe and understand our planet.

The ideal candidate brings 4+ years of robotics or embedded systems experience, strong programming skills in C++ and Python, and a deep understanding of Linux systems. You'll be involved in everything from low-level optimization to system integration, making this role perfect for someone who enjoys working across the full spectrum of embedded systems development.

Join Near Space Labs to be part of an exciting startup culture where you'll never be bored, working on unique technology that's making a real difference in the field of Earth observation and space technology.

Develop onboard software for stratospheric imaging robots at Near Space Labs, working with C++, embedded systems, and sensor integration in Barcelona.

Software Engineer - Embedded Systems

Designs, builds, and operates a fleet of stratospheric robots to image the earth using balloon-based imaging technology.

Near Space Labs is revolutionizing earth imaging through their innovative fleet of stratospheric robots. Operating at altitudes between 40,000 and 60,000 feet, their proprietary balloon-based imaging systems capture petabytes of valuable earth observation data.

As a Full Stack Geospatial Software Engineer, you'll play a crucial role in developing internal tools for flight operations and engineering teams. You'll collaborate with machine learning engineers, computer vision specialists, and fellow software engineers to create and maintain tools for geospatial data validation and system monitoring.

The position offers an exciting opportunity to work with cutting-edge technology in the space industry, utilizing a modern tech stack including Python, React, Angular, and various cloud and geospatial technologies. You'll be responsible for building and maintaining mission-critical applications, developing efficient APIs, and creating visualization tools for complex geospatial data.

The company offers a competitive compensation package ranging from $110,000 to $170,000, comprehensive benefits, and the opportunity to work remotely. Near Space Labs prides itself on fostering an inclusive, diverse workplace where innovation thrives. You'll join an international team of motivated professionals working on unique technologies and solving novel problems in the space industry.

This role is perfect for an experienced software engineer who is passionate about space technology, comfortable with both frontend and backend development, and has a strong background in geospatial technologies. The position offers significant growth opportunities and the chance to make a meaningful impact in earth observation technology.

Full Stack Geospatial Software Engineer position at Near Space Labs, working on stratospheric imaging technology and geospatial data tools.

Full Stack Geospatial Software Engineer

Designs, builds and operates a fleet of stratospheric robots to capture earth imagery using balloon-based imaging robots at 40,000-60,000 feet.

Near Space Labs is revolutionizing earth imaging through their innovative fleet of stratospheric robots. Operating at altitudes between 40,000 and 60,000 feet, their proprietary balloon-based imaging systems capture petabytes of valuable earth imagery data.

As a Computer Vision Engineer, you'll be at the forefront of developing and implementing cutting-edge algorithms for imagery analysis. This role offers a unique opportunity to work with state-of-the-art deep learning and computer vision techniques, while collaborating with a diverse team of data engineers and computer vision specialists.

The position requires strong expertise in Python and modern deep learning frameworks, with a focus on image processing and object detection. You'll be working with advanced technologies including PyTorch/TensorFlow, YOLO, and various CNN architectures, while utilizing cloud infrastructure and microservice architecture.

What makes this role exceptional is the chance to work on unprecedented challenges in space technology and earth observation. You'll be part of an international team that values innovation, rigorous thinking, and novel problem-solving. The hybrid work environment in Barcelona offers flexibility, and the startup culture ensures continuous learning and growth.

The ideal candidate will bring 4+ years of professional software development experience, strong analytical skills, and a passion for computer vision and machine learning. You'll have the opportunity to shape the future of earth observation technology while working in an inclusive environment that welcomes diverse perspectives and backgrounds.

Join Near Space Labs to be part of a revolutionary approach to earth imaging, where your expertise in computer vision will directly contribute to building and scaling unique technology that has real-world impact.

Computer Vision Engineer role at Near Space Labs, developing cutting-edge algorithms for stratospheric imagery analysis.

Computer Vision Engineer

Designs, builds and operates stratospheric robots to capture high-altitude earth imagery using balloon-based imaging systems.

Near Space Labs is revolutionizing earth observation through their innovative fleet of stratospheric robots. Operating at altitudes between 40,000 and 60,000 feet, their proprietary balloon-based imaging systems capture petabytes of valuable earth imagery data. As a Senior Photogrammetrist / Image Processing Engineer, you'll be at the forefront of developing and implementing cutting-edge photogrammetric and image processing techniques.

The role offers a unique opportunity to work with advanced geospatial technologies and contribute to the development of innovative solutions. You'll be responsible for improving data accuracy through bundle adjustment algorithms, building sophisticated orthorectification pipelines, and collaborating with cross-functional teams to integrate these solutions into production systems.

The position requires a strong background in photogrammetry, remote sensing, or related fields, with expertise in Python and geospatial technologies. You'll be working with a diverse, international team in a flexible work environment based in Barcelona, with the option to work from home or office as needed.

This is an excellent opportunity for experienced professionals who want to make a significant impact in the earth observation industry while working with cutting-edge technology. The company offers a dynamic startup culture where innovation is encouraged, and you'll never find yourself bored. Near Space Labs is committed to diversity and inclusion, providing equal opportunities and welcoming people from all backgrounds to contribute to their mission of advancing earth observation technology.

Senior Photogrammetrist position at Near Space Labs, developing advanced image processing techniques for stratospheric earth observation systems.

Senior Photogrammetrist / Image Processing Engineer

Near Space Labs designs, builds, and operates a fleet of stratospheric robots to image the earth using balloon-based imaging technology.

Near Space Labs is revolutionizing earth imaging through their innovative fleet of stratospheric robots. Operating at altitudes between 40,000 and 60,000 feet, these balloon-based imaging robots capture petabytes of imagery for diverse applications. 

As a Full Stack Geospatial Software Engineer, you'll be at the forefront of evolving our petabyte-scale geospatial imagery pipeline. This role combines frontend and backend development, working with cutting-edge technologies like React, Angular, and Python to build and maintain sophisticated geospatial visualization tools and APIs.

You'll be joining an enthusiastic, international team in a diverse and inclusive workplace, where novel solutions to interesting problems are encouraged. The role offers significant autonomy and the opportunity to work with modern technologies including Kubernetes, GCP, and various geospatial libraries.

The position offers competitive compensation ($90,000-$150,000), comprehensive benefits, and equity opportunities. You'll be part of a startup culture that values innovation, rigorous thinking, and professional growth. The remote work environment provides flexibility while maintaining strong collaboration with data and software engineering teams.

This role is perfect for experienced developers who are passionate about geospatial technology, comfortable with both frontend and backend development, and excited about building scalable solutions that directly impact the delivery of high-quality imagery to customers.

Full Stack Software Engineer role focusing on geospatial imagery pipeline development using React, Python, and cloud technologies at Near Space Labs.

Near Space Labs designs, builds, and operates stratospheric robots to capture earth imagery from balloon-based imaging systems at 40,000-60,000 feet.

Near Space Labs is revolutionizing earth imaging through their innovative fleet of stratospheric robots. Operating at altitudes between 40,000 and 60,000 feet, these balloon-based imaging systems capture petabytes of valuable geospatial data. As a Data Pipeline Engineer, you'll be at the forefront of managing and evolving their petabyte-scale geospatial imagery pipeline.

The role demands a seasoned professional with 5+ years of experience in developing robust data pipelines. You'll be working with cutting-edge technologies including Python, TypeScript, Kubernetes, and various cloud services. The position offers the flexibility of remote work for those authorized to work in the United States, combined with the excitement of joining a dynamic startup environment.

Your responsibilities will span from building and maintaining proprietary data pipelines to implementing cloud-based storage solutions and optimizing data workflows. The ideal candidate should possess strong expertise in distributed systems, containerization, and cloud storage technologies, along with excellent problem-solving abilities.

Near Space Labs offers a compelling compensation package ranging from $120,000 to $220,000, complemented by comprehensive benefits including medical coverage, 401(k) matching, and equity opportunities. The company fosters a diverse and inclusive workplace where innovation thrives, and novel solutions to complex problems are encouraged.

This role presents a unique opportunity to work with an international team of professionals who are passionate about pushing technological boundaries. You'll be instrumental in ensuring the seamless delivery of high-quality imagery to customers while contributing to the growth of a groundbreaking space technology company. The position offers not just a job, but a chance to be part of a transformative journey in earth observation technology.

Senior Data Pipeline Engineer position at Near Space Labs, building and maintaining petabyte-scale geospatial imagery pipelines for stratospheric imaging robots.

Data Pipeline Engineer

Designs, builds, and operates a fleet of stratospheric robots to image the earth using balloon-based imaging robots at 40,000-60,000 feet.

Near Space Labs is revolutionizing earth imaging through their innovative fleet of stratospheric robots. Operating at altitudes between 40,000 and 60,000 feet, their proprietary balloon-based imaging systems capture petabytes of high-quality imagery for diverse applications. They're seeking a Senior Photogrammetrist/Image Processing Engineer to lead the evolution of their petabyte-scale geospatial imagery pipeline.

The role combines advanced technical expertise in photogrammetry, remote sensing, and image processing with practical software engineering skills. You'll be responsible for developing sophisticated bundle adjustment algorithms, building robust orthorectification pipelines, and implementing various image correction techniques. Working closely with software engineers and flight vehicle teams, you'll help integrate these solutions into production systems while contributing to sensor design and calibration.

This is an exciting opportunity to join a dynamic startup environment where you'll play a crucial role in advancing cutting-edge technology. The position offers competitive compensation ($150,000-$250,000) and comprehensive benefits, including equity opportunities. As part of an international, motivated team, you'll tackle unique technical challenges while contributing to the company's mission of revolutionizing earth observation technology.

The ideal candidate brings 10+ years of experience, strong Python skills, and deep expertise in photogrammetric processing and remote sensing. You'll work remotely with a diverse, inclusive team committed to building unique technologies and finding novel solutions to complex problems.

Senior Photogrammetrist/Image Processing Engineer position at Near Space Labs, developing advanced geospatial imagery pipelines for stratospheric imaging robots.

Designs, builds and operates a fleet of stratospheric robots to capture petabytes of earth imagery using balloon-based imaging robots at 40,000-60,000 feet.

Near Space Labs is revolutionizing earth imaging through their innovative fleet of stratospheric robots. Operating at altitudes between 40,000 and 60,000 feet, their proprietary balloon-based imaging systems capture petabytes of valuable imagery data. They're seeking a Senior Data Engineer to spearhead the evolution of their petabyte-scale geospatial imagery pipeline.

The role demands a seasoned professional with 5+ years of Python expertise and deep knowledge of distributed systems. You'll be responsible for building and maintaining data pipelines, implementing cloud storage solutions, and ensuring optimal performance of data processing systems. The position offers a unique opportunity to work with cutting-edge technology in space imaging and geospatial data processing.

Working from Barcelona, you'll join an international team in a flexible hybrid environment. The tech stack includes Python, TypeScript, Kubernetes, and various cloud technologies. This role is perfect for someone who thrives in a startup environment, enjoys solving complex technical challenges, and wants to contribute to groundbreaking earth observation technology.

The company offers a diverse and inclusive workplace, emphasizing innovation and professional growth. You'll be part of a team committed to building unique technologies and finding novel solutions to interesting problems. This is an excellent opportunity for a data engineer who wants to make a significant impact in space technology while working with petabyte-scale data systems.

Senior Data Engineer role at Near Space Labs, building petabyte-scale geospatial imagery pipelines for stratospheric imaging robots.

Near Space Labs Engineering Jobs

Designs, builds and operates stratospheric robots to capture Earth imagery using balloon-based imaging systems at 40,000-60,000 feet.