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Project Officer Position at NTU-Delta Corporate Lab
A Project Officer position is immediately available at the Nanyang Technological University (NTU). This position is part of a corporate lab initiative involving NTU and Delta Electronics, a leading electronics manufacturing company. Successful candidate will conduct research to improve the resilience of industrial Cyber-Physical Systems and Internet of Things against dynamic environment conditions and cyber-attacks. The candidate is expected to have a Bachelor or Master degree in computer science or computer engineering (or relevant disciplines) and have good knowledge on networking and wireless communications. Strong programming skills and experiences in C/C++ and Java are expected. The candidate should master one least one scripting languages such as Python or Perl.
The candidate will work with a team of five researchers, multiple NTU faculty members and Delta engineers. The position will provide an excellent opportunity to perform translational research in close collaboration with industry. Interested candidates can send CV to Dr. Rui Tan at tanrui@ntu.edu.sg
Project Overview: Computer systems that control physical environments like manufacturing processes, known as Cyber-Physical Systems (CPS), have transformed significantly. Due to device proliferation and large-scale connectivity, a variety of functionalities are now feasible in CPS. However, connectivity also means that these systems operate in unreliable open environments, and hence resiliency to faults (reliability), malfunctions (safety) and attacks (security) become important. This resiliency is fundamentally dependent on the resiliency of the cyber-infrastructure of CPS (communication network and computation nodes), which plays a central role of data delivery and execution of control. The objective of this project is to design a resilient cyber-infrastructure for such emerging CPS. The project will design and prototype a resilient cyber-infrastructure including hardware platforms, middleware solutions and communication protocols. The developed solutions are expected to be used in real industrial systems.
A Project Officer position is immediately available at the Nanyang Technological University (NTU). This position is part of a corporate lab initiative involving NTU and Delta Electronics, a leading electronics manufacturing company. Successful candidate will conduct research to improve the resilience of industrial Cyber-Physical Systems and Internet of Things against dynamic environment conditions and cyber-attacks. The candidate is expected to have a Bachelor or Master degree in computer science or computer engineering (or relevant disciplines) and have good knowledge on networking and wireless communications. Strong programming skills and experiences in C/C++ and Java are expected. The candidate should master one least one scripting languages such as Python or Perl.
The candidate will work with a team of five researchers, multiple NTU faculty members and Delta engineers. The position will provide an excellent opportunity to perform translational research in close collaboration with industry. Interested candidates can send CV to Dr. Rui Tan at tanrui@ntu.edu.sg
Project Overview: Computer systems that control physical environments like manufacturing processes, known as Cyber-Physical Systems (CPS), have transformed significantly. Due to device proliferation and large-scale connectivity, a variety of functionalities are now feasible in CPS. However, connectivity also means that these systems operate in unreliable open environments, and hence resiliency to faults (reliability), malfunctions (safety) and attacks (security) become important. This resiliency is fundamentally dependent on the resiliency of the cyber-infrastructure of CPS (communication network and computation nodes), which plays a central role of data delivery and execution of control. The objective of this project is to design a resilient cyber-infrastructure for such emerging CPS. The project will design and prototype a resilient cyber-infrastructure including hardware platforms, middleware solutions and communication protocols. The developed solutions are expected to be used in real industrial systems.
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