• Learn and Build Secure Infrastructure: Under the guidance of senior engineers, you will assist in designing and maintaining secure infrastructure on EKS in our multi-cloud environment (AWS) using Infrastructure as Code (Terraform). • Automate Security & Workflows: You will write code (Python, Go, or Bash) to automate manual tasks, threat detection, and vulnerability management processes. • Secure the Pipeline: You will help integrate security tools (SAST, DAST, SCA) into our CI/CD pipelines, ensuring developers receive fast, actionable feedback on their code. • Support Container Operations: You will gain hands-on experience managing and securing our container orchestration platform (Kubernetes/EKS) and self-hosted GitLab Runners. • Collaborate and Grow: You will participate in code reviews, technical discussions, and blameless post-mortems to learn operational excellence and security best practices.

• Lead architecture interviews with stakeholders to ensure all critical control areas throughout the architecture are designed to meet FedRamp program requirements. • Develop architecture briefing documents to inform the Government FedRAMP program manager and internal stakeholders with FedRAMP program requirements, technical capabilities, and any concerns noted from the material review • Support Continuous Monitoring activities including but not limited to items such as reviewing annual package submissions, reviewing and scoping significant change proposals, reviewing risk acceptance documents, etc. • Interpret FedRAMP and other agency requirements and provide internal teams guidance regarding expectations, technical requirements, and processes. • Stay informed of updated FedRAMP guidance, industry best practices, emerging technologies, and Government cybersecurity directives, and provide recommendations to internal stakeholders regarding impacts. • Learn and Build Secure Infrastructure: Under the guidance of senior engineers, you will assist in designing and maintaining secure infrastructure in our multi-cloud environment (AWS) using Infrastructure as Code (Terraform). • Automate Security & Workflows: You will write code (Python, Go, or Bash) to automate manual tasks, threat detection, and vulnerability management processes. • Secure the Pipeline: You will help integrate security tools (SAST, DAST, SCA) into our CI/CD pipelines, ensuring developers receive fast, actionable feedback on their code. • Support Container Operations: You will gain hands-on experience managing and securing our container orchestration platform (Kubernetes/EKS) and self-hosted GitLab Runners. • Collaborate and Grow: You will participate in code reviews, technical discussions, and blameless post-mortems to learn operational excellence and security best practices.

• Co-create & validate a B2B SaaS idea with other founders (or bring your own) • Run customer discovery and translate insights into product requirements • Define MVP scope and ship fast (architecture, stack, rapid iterations) • Set up engineering foundations (repo, CI/CD, security basics, monitoring) • Collaborate on early GTM experiments (activation, onboarding, pricing tests)

• Lead development of an interactive dispatch mapping tool that allows users to place, size, and configure stations, junctions, and depots; connect them by drawing paths; and export the resulting network so it can be ingested directly by an existing scenario simulator. • Design intuitive editing workflows and UI interactions (e.g., drag-and-drop placement, resize handles, path drawing, property panels, and validation feedback) to enable engineers and operators to quickly build, modify, and verify dispatch maps without manual file editing. • Integrate simulation outputs, demand matrices, routing data, and performance metrics into the mapping tool to enable rapid “what-if” analysis and scenario exploration. • Contribute production-quality code to the Dispatch codebase in C++, Typescript, and/or Python, including unit tests, integration tests, and clear documentation. • Collaborate with teammates to translate high-level operational or commercial questions (e.g., “How many vehicles do we need for this project?” or “What if charging is slower?”) into well-posed optimization or simulation studies. • Participate in code reviews and design discussions, giving and receiving feedback to improve both code quality and overall system design.