Assist NASA’s Airspace Operations efforts by providing full software development lifecycle services spanning the design, development, test, and deployment of innovative software solutions with a strong emphasis on user experience, human factors, and software quality to enhance FAA operations.

Lead a team responsible for the development and delivery of core trajectory generation algorithms via numerical optimization for autonomous vehicles, shaping motion planning and control systems to navigate complex environments safely and efficiently, while driving development of cutting-edge trajectory generation algorithms and mentoring a talented team.

Define and utilize software configuration management tools to support configuration identification, control, reporting and delivery of both internally developed and externally acquired software products. Train other software developers in the use of configuration management tools to support policies and best practices.

Imagine a cold winter morning where hundreds of maintenance techs across 20 states rely on your insight to navigate urgent, real-time challenges. In this role, you’ll join a dynamic team of business leaders, taking full command of the resource management lifecycle. Your mission is simple yet powerful: innovate relentlessly and transform basic inputs into a lean, efficient engine. If you’re ready to redefine field operations and drive excellence that builds lasting trust, step into your arena and make your mark.

Design, integrate, test, and deliver flight control systems or mission-critical onboard software for unmanned aerial systems (UAS). Participate hands-on in the full software life cycle, from concept through implementation, integration to flight test and operational release. Work on a team to develop, modify and tune guidance and control systems for fixed wing aircraft.

The Space Sustainability Engineer will provide engineering support by doing analysis, summary, and reporting of global policy initiatives related to Space Sustainability that may be relevant for Telesat, and will support the analysis and software development for mathematical models, and actively participate in forums to defend and promote Telesat views.

As we expand our staking infrastructure, we seek a Senior Staking Systems Engineer at Nansen to build and maintain secure and scalable staking systems. You will design, deploy, and maintain highly secure and scalable staking infrastructure across multiple Proof-of-Stake (PoS) networks. This role requires expertise in Linux systems administration, networking, automation, and a deep understanding of staking protocols.

In this role you will design and implement improvements to our large scale training infrastructure and directly help make technical decisions to optimise our models' training performance and efficiency. Strong engineering skills with fluency in Python and PyTorch or other acceleration libraries. Experienced in scaling up GPU jobs via large-scale compute clusters using Slurm or Kubernetes.

Lead a team of engineers, taking a strategic role in designing and implementing solutions that enhance the reliability and scalability of our systems. Mentor others and influence technical roadmaps across the Attentive organization, remain hands-on, contributing to code and technical design. Champion reliability goals and advocate for SLIs, SLOs, and other reliability-focused metrics across the engineering organization.

Support advanced collaboration technologies in a fast-paced and industry-leading environment. Lead a global team of reliability engineers, fostering ownership and accountability. Oversee system reliability, incident management, and cross-functional collaboration to improve system performance and reduce operational toil.