Description
The Department of Computer Science at Indiana University (IU) is welcoming applications for fully supported doctoral candidates to join Professor Hyungsub Kim’s research group for the Fall 2027 academic term. This highly specialized lab focuses on securing cyber-physical systems (CPS), particularly exploring the safety frameworks of unmanned aerial vehicles, aerospace satellites, and self-driving cars.
Accepted students will design advanced algorithms and data structures meant to simulate security breaches, uncover hidden system weaknesses, and establish resilient defenses across hardware, machine learning, and software platforms. This is an excellent opportunity for prospective researchers to contribute to high-impact technological safety innovations.
Research Opportunities
Ph.D. researchers in this lab will engage directly with complex cybersecurity challenges. Core research pathways include:
- Simulating and evaluating physical attacks on hardware sensor networks.
- Examining open-source software infrastructures and hardware systems to identify critical security flaws.
- Creating automated tools designed to quickly detect system vulnerabilities and deploy immediate security patches.
- Applying formal methodologies and advanced program analysis to enhance overall digital security.
- Testing the durability, robustness, and defense mechanisms of artificial intelligence and machine learning applications.
Eligibility Criteria
To be considered for this doctoral position, candidates must meet the following academic and technical qualifications:
- Hold a Bachelor’s or Master’s degree in a relevant discipline, such as Computer Science, Electrical/Electronic Engineering, Aerospace Engineering, or Mechanical Engineering.
- Possess a genuine passion for autonomous technologies, robotics, embedded systems, and CPS security.
- Demonstrate advanced coding proficiency, with a strong emphasis on C and C++ programming languages.
- Exhibit a robust foundational understanding of algorithms, system architecture, operating systems, and compilers.
- Meet all standard graduate admission criteria set by the Luddy School at Indiana University.
Scholarship Value and Benefits
Indiana University provides a comprehensive financial package to ensure researchers can focus entirely on their academic and innovative pursuits:
- Complete Financial Coverage: Students receive full funding through Teaching Assistant (TA) or Research Assistant (RA) appointments, which covers 100% of tuition costs, provides a competitive living stipend, and includes health insurance.
- Expert Mentorship: Benefit from direct guidance and personalized mentorship within an engaged, forward-thinking cybersecurity laboratory.
- Professional Networking: Collaborate alongside leading industry and academic experts in the cybersecurity field.
- Career Advancement: Receive extensive support to enhance your academic portfolio through peer-reviewed publications, collaborative projects, and valuable industry internships.
Application Procedure
Interested candidates should prepare their application materials carefully to ensure a smooth review process. Follow the steps below to apply:
- Prepare Required Documents: Gather your current Curriculum Vitae (CV), official or unofficial university transcripts, and a valid TOEFL or IELTS score report (if applicable to your demographic).
- Draft a Research Statement: Write a personalized statement detailing your academic background, previous experience, and how your specific research interests align with the lab’s ongoing projects.
- Submit via Email: Send all compiled materials directly to hk145@iu.edu.
- Ensure Correct Formatting: You must use the exact subject line Ph.D. Application for Fall 2027 when sending your application email.
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