Positions: 3
Research Grant (BI)
BI|2025/798-Projet CCLoud – refª 2023.16986.ICDT
Type of position: Research Grant (BI)
Duration: 3 months
Deadline to apply: 2025-12-05
DescriptionONE (1) research grant for students with a BSc degree with reference number BI|2025/798 under the scope of the Project CCLoud with the refª – refª 2023.16986.ICDT funded by Fundação para a Ciência e a Tecnologia I.P., is available under the following conditions:
OBJECTIVES | FUNCTIONS
To conduct an in-depth study (including non-functional aspects such as performance and carbon efficiency) of the implementation of the communication/replication layer underlying large-scale distributed systems, and to implement enhancements to that communication/replication layer.
Contact email: bolsas@inesc-id.ptBI|2025/799-Projet CCLoud – refª 2023.16986.ICDT
Type of position: Research Grant (BI)
Duration: 12 months
Deadline to apply: 2025-12-05
DescriptionONE (1) research grant for students enrolled in a PhD programme in Computer Science and Engineering area, with reference number BI|2025/799 under the scope of the Project CCLoud with the refª 2023.16986.ICDT, funded by Fundação para a Ciência e a Tecnologia I.P., is now available under the following conditions:
OBJECTIVES | FUNCTIONS
Conduct an in-depth study of the Besu codebase, and test its behavior (performance, energy profile) under faults through fault injection experiments. Implement a tool to conduct tests through fault injection at different points in the execution and different types of faults, and then conduct a thorough experimental evaluation, followed by writing a research paper on the subject.
Contact email: bolsas@inesc-id.pt
Post-doctoral Grant
BPD|2025/800-ORQESTRA - Refª 101224573
Type of position: Post-doctoral Grant
Duration: 6 months
Deadline to apply: 2025-12-05
DescriptionONE (1) Post-Doctoral Research Grant with reference number BPD|2025/800 under the scope of the Project ORQESTRA (Refª 101224573) : Orchestrating the Operational Deployment of Quantum Resistant Services for Next-Generation Secure Defence Systems and Communications, funded by the European Commission, Horizon Europe, is now available under the following conditions:
OBJECTIVES | FUNCTIONS
Investigation of efficient modular arithmetic units based on Systems of Boolean functions, in particular masking based on the boolean arithmetic to prevent side-channel attacks by splitting sensitive variables into "shares".
Contact email: bolsas@inesc-id.pt