Formal Methods Research Engineer en Riverside Research Institute
Riverside Research Institute · Lexington, Estados Unidos De América · Onsite
- Oficina en Lexington
 
Riverside Research’s Secure and Resilient Systems group seeks a Formal Methods Research Engineer to support the specification and verification of systems-level software in Lexington, MA. This role offers the opportunity to work alongside a team of experienced computer scientists and cybersecurity professionals on cutting-edge research initiatives.
This position will focus on establishing meaningful cyber and systems security properties. Throughout the internship, you will gain hands-on experience with and develop a deep understanding of formal methods, building valuable skills in secure systems development.
Responsibilities:- Develop technical fluency in formal methods for cyber and system security
 - Build specifications/proofs in proof assistants like Rocq and Lean
 - Build tools/capabilities in programming languages like Rust and OCaml
 - Document and communicate design decisions, technical challenges, and progress to technical program management
 - Collaborate with team members on all aspects of formal methods research, identifying machine-checkable properties of interest, developing and applying tools to check such properties, verifying such tools, reviewing papers/proposals, etc.
 
Required Qualifications:
- Enrolled in an undergraduate or graduate program in Computer Science, Computer Security, Formal Methods, Automated Reasoning, or related major
 - Ability to work collaboratively on speculative research projects
 - Experience with functional and imperative programming
 - Exposure to programming language concepts, definitions, and implementations (type systems, operational semantics, interpreters, compilers, etc.)
 - Exposure to Linux or Unix-like systems
 - Excellent written and verbal communication skills
 
Desired Qualifications:
- Experience with Rocq, Lean, or similar proof assistant
 - Exposure to the Rust programming language
 - Exposure to proof techniques (progress and preservation, logical relations, separation logic, refinement, translation validation, symbolic execution, etc.)
 - Foundational knowledge of cybersecurity principles (non-interference, robust property preservation, etc.)
 - Experience with version control or other software collaboration tools