Boom Supersonic

Site Reliability Engineer – HPC & Distributed Compute

Denver, Colorado, United States

Not SpecifiedCompensation
Senior (5 to 8 years)Experience Level
Full TimeJob Type
UnknownVisa
Aerospace, Cloud Infrastructure, High Performance ComputingIndustries

Site Reliability Engineer

Company: Boom

Help Supersonic Software Take Flight

At Boom, we're scaling supersonic innovation. That means pushing petabytes, taming thousands of cores, and building a compute backbone that lets our engineers simulate, analyze, and design the next era of aviation faster than ever. Sound like your kind of puzzle?

As a Site Reliability Engineer, you’ll sit at the intersection of aerospace and infrastructure—building the environments that keep Boom’s engineers moving faster than the speed of sound. From auto-scaling cloud systems to hands-free Linux workstation provisioning, you’ll streamline and safeguard everything behind the scenes. You’ll work shoulder-to-shoulder with engineering users, solving tough problems, and shipping tools that make supersonic development possible.

This isn’t just uptime and metrics—this is aviation-grade reliability. If that sounds exciting, we’re ready for you to dive in.

Role Overview

  • Architect and scale our on-prem and cloud-based HPC infrastructure—supporting GPU, CPU, and hybrid workflows
  • Optimize job scheduling and distributed workload management (e.g., SLURM, AWS Batch, Kubernetes) for massively parallel simulations
  • Engineer storage solutions that balance IOPS, throughput, and cost—across object, block, and parallel file systems
  • Embed with simulation and data teams to understand real bottlenecks—and then eliminate them
  • Level up observability across dozens of internal applications—unifying monitoring, alerting, and diagnostics into a single view
  • Automate everything from Linux workstation provisioning to dependency management and source-control enforcement
  • Own infrastructure reliability across cloud (AWS) and on-prem environments
  • Automate everything: deployments, upgrades, health checks, and recovery processes
  • Collaborate with aerospace engineers and IT partners to eliminate friction and reduce failure modes
  • Champion SRE best practices, mentoring teammates and influencing broader software lifecycle strategy

Ideal Candidate

  • Professional experience in a blend of Linux systems administration and software development
  • Write clean, maintainable code (especially in Python and bash - Go experience is a plus) in structured, team-oriented development environments with code review and source control
  • Have deployed and monitored distributed systems, such as microservices or client/server architectures
  • Hands-on experience designing and managing petabyte-scale storage systems (Lustre, BeeGFS, Ceph, ZFS)
  • Know how to wrangle fleets of Linux workstations with configuration management and automation tools
  • Familiarity with containerization (Docker, Singularity) and infrastructure-as-code (Terraform, Ansible, CDK)
  • Are comfortable coordinating backups and disaster recovery with IT stakeholders
  • Comfortable navigating fast-paced environments and high-ownership teams
  • Are endlessly curious and hungry to learn—especially about aerospace systems and the people building them

What Will Set You Apart

  • Prior experience in aerospace, defense, biotech, or other simulation-intensive industries, supported by large-scale, auto-scaling infrastructure
  • Familiarity with EDA, CAE, or CFD pipelines and their unique compute/storage needs
  • You’ve debugged distributed or threaded code, like goroutines or similar
  • You’ve built notification tooling that integrates with Slack, SMS, or email
  • You’ve hosted and secured modern SPAs and APIs in production environments
  • You’ve improved performance with distributed caching and content delivery strategies
  • Fearless curiosity—you chase down obscure kernel tuning flags and understand what they do
  • History of mentoring others in system reliability, automation, or performance optimization

Compensation

  • Base Salary Range: $140,000 - $177,000 per year. Actual salaries will vary based on factors including but not limited to location, experience, and performance. The range listed is just one component of Boom’s total rewards package for employees.

Employment Type:

  • Information not provided.

Location Type:

  • Information not provided.

Skills

HPC infrastructure
GPU
CPU
Kubernetes
SLURM
AWS Batch
Storage solutions
I/O optimization
Monitoring and observability
Linux provisioning
Automation
Source control
Distributed workload management
Reliability engineering
SRE best practices

Boom Supersonic

Develops and manufactures supersonic aircraft

About Boom Supersonic

Boom Supersonic develops and manufactures supersonic commercial aircraft aimed at reducing flight times for long-distance travel. Their main product, the Overture aircraft, is designed to run on 100% sustainable aviation fuel, supporting efforts to lower carbon emissions in the aviation industry. Unlike other aviation companies, Boom Supersonic focuses specifically on supersonic travel and has secured partnerships with major airlines like American Airlines and United Airlines, indicating strong market interest. The company's goal is to transform air travel by making it faster and more efficient while promoting sustainability through advanced aerospace technology.

Englewood, ColoradoHeadquarters
2014Year Founded
$398.5MTotal Funding
LATE_VCCompany Stage
Automotive & Transportation, Energy, AerospaceIndustries
201-500Employees

Risks

Potential delays in Symphony engine development could impact Boom's commercial timeline.
Limited availability of SAF may challenge Overture's operational feasibility and cost-effectiveness.
Regulatory hurdles could delay Boom's goal of full operations by 2030.

Differentiation

Boom Supersonic focuses on sustainable supersonic travel with 100% SAF optimization.
The Overture aircraft aims to reduce flight times significantly, enhancing travel efficiency.
Boom's partnerships with major airlines highlight strong market interest in supersonic travel.

Upsides

Boom secured $100M funding, boosting development of the Symphony engine prototype.
The Overture Superfactory in Greensboro supports scaling production for growing demand.
Boom's innovative cockpit design prioritizes pilot safety, enhancing operational reliability.

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