Hardware Security and Trust GRA - CIPHER

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Hardware Security and Trust Division (HST) within the Cybersecurity, Information Protection, and Hardware Evaluation Research Laboratory (CIPHER) seeks a Graduate Research Assistant starting the Spring 2027 semester with an interest in the development of novel cutting-edge software tools and/or hardware design to support research in microelectronics and embedded systems hardware security. Work under this undergraduate research assistant may include:

• Formal verification of cyber-physical systems involving interactive theorem proving and model checking
• Investigating the forefront of various technologies (software development, programming languages, hardware security controls, FPGAs, etc.) as they apply to the security and trust of microelectronic devices and the systems in which they are used.
• Writing, translating, and coding software programs, applications, tools, and prototypes according to research goals.
• Researching and implementing applications of hardware-assisted technologies for a variety of cybersecurity-related efforts
• Designing and implementing meaningful visualizations of experimental test results and intermediary analysis data structures
• Review, analyze, and/or validate software and hardware functional designs
• Additional novel research objectives as instructed

• Pursuing a Master’s degree or PhD at Georgia Tech in Computer Engineering, Computer Science, Electrical Engineering, Mathematics, or related field
• Must be enrolled full-time (12+ credit hours)
• Must have a 3.0 or higher cumulative GPA
• Commit to 15-20 hours of work per week

• Computer proficiency (Software Internship): experience in computer programming using at least 1 of the following: C/C++, Rust, Java, Kotlin, Python, or TCL. Proficiency with languages not listed will also be taken into consideration.
• Computer proficiency (Hardware Internship): experience working with digital hardware and embedded systems in some capacity (e.g. Digital Design, FPGAs, Microcontrollers, circuit design, schematic capture, etc.)
• Comfortable working in a Linux environment and with standard laboratory test…