Intern, Software Engineering at PsiQuantum in Palo Alto, CA

Summary: PsiQuantum is focused on building the first useful quantum computers capable of delivering significant breakthroughs. The internship opportunity involves working with the Quantum Applications Software Architecture team to develop productionalized software solutions, enhance data platform governance and reliability, and improve the overall usability of quantum application workloads. Responsibilities: - Implement governance patterns for datasets and run outputs (naming, lineage, access boundaries, catalog/volume organization). Improve dataset upload validation and guardrails to prevent accidental modification of unrelated storage paths and to enforce consistent metadata and file structure - Build monitoring and reporting for compute usage and cost drivers (job frequency, runtime, GPU utilization proxies, storage growth, auto-termination effectiveness). Deliver dashboards that make platform health and spend understandable to both engineers and researchers - Refactor existing job setup / submission scripts into a maintainable, testable OOP design (clear interfaces, configuration objects, reusable clients) - Improve workflow parameter handling for the two-stage pipeline (tensor factorization stage and QRE stage) and standardize outputs for downstream analysis - Reduce onboarding friction by abstracting authentication and setup into a single, ergonomic path (e.g., a CLI/Python entry point that validates auth, environment, and required dependencies). Replace “follow the guide manually” with automation: preflight checks, actionable errors, and self-serve setup validation Required Qualifications: - Currently pursuing BS/MS/PhD in Computer Science, Engineering, Physics, Math, or related field - Strong Python skills, including clean API design, OOP, packaging, and testing - Working knowledge of distributed/remote compute concepts (jobs, clusters, queues) and cloud storage fundamentals - Familiarity with quantum computing applications/algorithms (resource estimation, quantum simulation, or adjacent numerical methods); comfort with linear algebra and scientific computing Preferred Qualifications: - Databricks experience (Jobs API/SDK, workspace organization, catalog/permissions patterns) - AWS experience (S3, IAM/credentials handling, boto3-style tooling, cost monitoring patterns) - Experience with scientific Python stacks and GPU compute (JAX/NumPy/SciPy; performance profiling) - Exposure to quantum chemistry workflows, tensor factorization, or benchmark-driven research engineering Required Skills: Python, Cloud storage, Quantum computing Important Skills: Databricks, AWS Nice-to-Have Skills: OOP, Scientific computing, Linear algebra Benefits: Housing/Commuter Stipend