BigGeo Senior Software Developer: Platform

At Vivid Theory we believe...“You Can!” Whether innovating a new idea, building amazing new software, or creating the next best marketing campaign, we live by the motto, “You Can”.

Department

Type

In Office

January 30, 2025

Employers often ask why you'd be a good fit to work for them. At Big Geo, we prefer to start by showing why we’re a good fit for you.

Why You’d Want to Work at Big Geo:

• Be part of a pioneering team driving the future of geospatial intelligence.
• Work in an innovative, data-driven environment that values creativity and rapid problem-solving.
• Experience firsthand how your contributions shape cutting-edge technologies and serve critical industries globally.
• Embrace a modern “self-care” work schedule that emphasizes balance and well-being.
• Shape products that solve major global challenges, from urban planning to environmental conservation.

About Big Geo:

Big Geo is at the forefront of geospatial data intelligence, creating transformative solutions that turn location-based data into actionable insights across industries. Our advanced platform brings geospatial analysis, real-time data processing, and 3D visualization to life, empowering industries to unlock deeper insights and make informed decisions.

Our company has assembled a dynamic, forward-thinking team across all pillars of commercial and technology, united by the mission to redefine how people access and interpret their geospatial data. We make it possible for individuals and businesses alike to unlock the full potential of their data—enabling them to extract valuable insights from massive datasets. With a work environment that thrives on cutting-edge innovation, Big Geo isn’t just a tech company;

we’re revolutionizing how the world understands and interacts with data.

About the position:

We're seeking a Senior Software Engineer:
Platform focusing on high-performance backend systems using modern statically compiled languages. This role emphasizes building reliable, secure, and performant infrastructure that powers our product offerings. If you're a developer who thrives on creating high-performance, observable systems and isn't afraid to dive deep into low-level optimizations while building reliable platform services, we want to hear from you!

Responsibilities:

• Design and implement efficient, reliable, secure, and observable backend systems
• Optimize code for performance and resource utilization
• Contribute to architectural decisions for distributed systems and big-data processing
• Write and maintain observable, instrumented code that enables effective system monitoring
• Lead the development of complex platform features
• Design and implement scalable data architectures
• Conduct thorough performance testing and optimization
• Mentor junior developers, promote and enforce best practices
• Lead initiatives to align platform development with business objectives, ensuring that all platform functionalities contribute positively to key outcomes and KPIs.
• Facilitate a smooth transition of platform features to product teams, supporting seamless integration and effective use within product pipelines.
• Continuously evaluate and optimize the platform to enhance user experience and deliver measurable business value, supporting overall company growth objectives.
• Drive Dev Ops practices and automation initiatives
• Monitor and analyze technical performance of internal systems
• Implement and maintain CI/CD pipelines
• Support deployment and operational excellence
• Contribute to infrastructure-as-code initiatives

Requirements:

• Bachelor’s degree in Computer Science, Software Engineering, Data Science, or a related field (or equivalent practical experience).
• Proficiency in modern statically compiled languages
• Strong understanding of immutability principles and their application
• Expertise in writing efficient, reliable, and secure code
• Proficient with both manual memory management and automatic lifetime management techniques
• Strong understanding of computer architecture and efficient utilization of available resources
• Strong knowledge of fundamental data structures
• Understanding of performance trade-offs between algorithmic efficiency,…