PhD Student


Automated Validation of Complex Software Tool Chain


Automated testing schematic diagram
Our SLforge tool automatically creates complex cyber-physical system models and uses them to find defects in MATLAB/Simulink - the popular tool chain used in rapid prototyping of embedded systems.


Featured Research Projects
SLforge: Automated Validation of Complex CPS Tool Chain

Bronze Medal at ACM/Microsoft Student Research Competion at ICSE 2018

Developed the first known automated validation tool for complex cyber-physical system tool chains (e.g. MATLAB/Simulink), which has already found 10+ new, confirmed bugs.

Largest Public Corpus of Simulink Models

To explore real-world cyber-physical system model metrics, we have developed and are maintaining the largest corpus of publicly available MATLAB/Simulink models



Professional Experiences
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Education
Ph.D. in Computer Science and Engineering

Started my Ph.D. in August 2015 at The University of Texas at Arlington, TX, USA.
GPA: 4.0
Thesis: Automated Improvement of Commmercial Cyber-Physical System Development Tool Chains
Supervisors: Dr. Christoph Csallner and Dr. Taylor Johnson

B.Sc. in Computer Science at Engineering

Graduated from Bangladesh University of Engineering and Technology (BUET) in February 2013
Major GPA: 3.77
Thesis: Automatically Generate Packets to Test PCI-Express Transport Layer Protocol Compliance



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Skills

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