Lead Of Silicon Design Support Infrastructure
About Fondazione Chips-IT
The Foundation "Italian Center for the Design of Semiconductor Integrated Circuits," also known as the Chips-IT Foundation, is a nonprofit research and technology organization under the supervision of the Ministries of Industry.
The Foundation is Italy's first RTO (Research and Technology Organization) vertically focused on semiconductor research and stands as a center of excellence in frontier research on semiconductor design, as well as a pivotal center of the Italian semiconductor ecosystem and expertise.
Missions of the Foundation:
Promote the design and development of integrated circuits
Strengthen the system of professional training in the field of microelectronics
Ensure the establishment of a network of universities, research centers and enterprises that fosters innovation and technology transfer in the field
Posizione:
Fondazione Chips-IT is seeking a Lead of Silicon Design Support Infrastructure to establish and lead the Design, Validation and Test Infrastructure Group. This Group will enable multi-domain semiconductor demonstrator development (Digital, Analog, Power) supporting internal research teams and collaborations with university and industry partners.
The Group will have a central role in the operation of Chips-IT, providing the best possible environment for Research Groups to develop their projects. Its capabilities should bring the Foundation to demonstration levels of TRL 5 to 7 depending on the projects, while also providing infrastructure access for academic and industrial partners within established collaboration frameworks.
The work can be carried out either in Pavia or in Bologna.
KEY RESPONSIBILITIES
Set-Up of the Group
In coordination with the Research Groups Directors,
will define and propose to the CEO the organisation of the Silicon Infrastructure Group and present a 3-year budget forecast
Together with the HR Manager, will define the profiles of the personnel, engineers and technicians, to recruit (initially between 5 and 10 people)
It is expected that the infrastructure will provide the following:
EDA Tool Management: Installing, maintaining, and upgrading EDA software licenses from vendors like Synopsys, Cadence, Siemens, and Keysight for digital, analog, mixed-signal, and power IC design
Computing Infrastructure Optimization: Managing computing environments, including compute clusters, storage, and networking, to support compute-intensive design and simulation workloads across digital, analog, and power domains
Workflow Automation: Continuously developing and optimizing multi-domain design workflows from architecture through tape-out, using advanced tools and techniques to enable efficient silicon demonstrator development
Advanced Design Tools: Evaluating and enabling cutting-edge design automation tools and methodologies across all semiconductor domains to accelerate development cycles and enhance design quality
Emulation and Pre-Silicon Validation: Providing emulation infrastructure for digital designs and supporting hardware-software co-design for demonstrators
Multi-Domain Test Facility: Providing comprehensive test capabilities across digital,
analog, and power domains including:
Silicon characterization for digital, analog, and mixed-signal ICs
Power electronics validation (power analyzers, high-voltage benches, thermal characterization
RF/analog measurement infrastructure (network/spectrum analyzers, precision equipment)
Lab automation and safety compliance for all test domains
Foundry and Fabrication Coordination: Managing foundry relationships, PDK installations, tape-out scheduling, shuttle run organization, and post-silicon debug support across all technology domains
Management of the Group
Licensing and Compliance: Managing software licensing costs, compliance, and vendor relationships for multi-domain EDA tools
Data Management & Security: Ensuring security for sensitive design data and managing IP (Intellectual Property) for design reuse across digital, analog, and power projects
Test Facility Management and Safety: Ensuring that the test facility supports multi-domain silicon validation and demonstration needs (digital, analog, power), optimizing lab utilization and guaranteeing safety standards including high-voltage compliance
Technical Roadmap Support: Support the Foundation Management in defining technical roadmaps and resource allocation to ensure infrastructure enables multi-domain silicon demonstration objectives from architecture through tape-out and validation
Methodology Governance: Establish and maintain common design methodologies and best practices across research groups in all semiconductor domains to ensure efficient IP reuse and design optimization
Collaboration Infrastructure Management: Establishing and managing shared access policies for university and industry partners, including r
The Foundation "Italian Center for the Design of Semiconductor Integrated Circuits," also known as the Chips-IT Foundation, is a nonprofit research and technology organization under the supervision of the Ministries of Industry.
The Foundation is Italy's first RTO (Research and Technology Organization) vertically focused on semiconductor research and stands as a center of excellence in frontier research on semiconductor design, as well as a pivotal center of the Italian semiconductor ecosystem and expertise.
Missions of the Foundation:
Promote the design and development of integrated circuits
Strengthen the system of professional training in the field of microelectronics
Ensure the establishment of a network of universities, research centers and enterprises that fosters innovation and technology transfer in the field
Posizione:
Fondazione Chips-IT is seeking a Lead of Silicon Design Support Infrastructure to establish and lead the Design, Validation and Test Infrastructure Group. This Group will enable multi-domain semiconductor demonstrator development (Digital, Analog, Power) supporting internal research teams and collaborations with university and industry partners.
The Group will have a central role in the operation of Chips-IT, providing the best possible environment for Research Groups to develop their projects. Its capabilities should bring the Foundation to demonstration levels of TRL 5 to 7 depending on the projects, while also providing infrastructure access for academic and industrial partners within established collaboration frameworks.
The work can be carried out either in Pavia or in Bologna.
KEY RESPONSIBILITIES
Set-Up of the Group
In coordination with the Research Groups Directors,
will define and propose to the CEO the organisation of the Silicon Infrastructure Group and present a 3-year budget forecast
Together with the HR Manager, will define the profiles of the personnel, engineers and technicians, to recruit (initially between 5 and 10 people)
It is expected that the infrastructure will provide the following:
EDA Tool Management: Installing, maintaining, and upgrading EDA software licenses from vendors like Synopsys, Cadence, Siemens, and Keysight for digital, analog, mixed-signal, and power IC design
Computing Infrastructure Optimization: Managing computing environments, including compute clusters, storage, and networking, to support compute-intensive design and simulation workloads across digital, analog, and power domains
Workflow Automation: Continuously developing and optimizing multi-domain design workflows from architecture through tape-out, using advanced tools and techniques to enable efficient silicon demonstrator development
Advanced Design Tools: Evaluating and enabling cutting-edge design automation tools and methodologies across all semiconductor domains to accelerate development cycles and enhance design quality
Emulation and Pre-Silicon Validation: Providing emulation infrastructure for digital designs and supporting hardware-software co-design for demonstrators
Multi-Domain Test Facility: Providing comprehensive test capabilities across digital,
analog, and power domains including:
Silicon characterization for digital, analog, and mixed-signal ICs
Power electronics validation (power analyzers, high-voltage benches, thermal characterization
RF/analog measurement infrastructure (network/spectrum analyzers, precision equipment)
Lab automation and safety compliance for all test domains
Foundry and Fabrication Coordination: Managing foundry relationships, PDK installations, tape-out scheduling, shuttle run organization, and post-silicon debug support across all technology domains
Management of the Group
Licensing and Compliance: Managing software licensing costs, compliance, and vendor relationships for multi-domain EDA tools
Data Management & Security: Ensuring security for sensitive design data and managing IP (Intellectual Property) for design reuse across digital, analog, and power projects
Test Facility Management and Safety: Ensuring that the test facility supports multi-domain silicon validation and demonstration needs (digital, analog, power), optimizing lab utilization and guaranteeing safety standards including high-voltage compliance
Technical Roadmap Support: Support the Foundation Management in defining technical roadmaps and resource allocation to ensure infrastructure enables multi-domain silicon demonstration objectives from architecture through tape-out and validation
Methodology Governance: Establish and maintain common design methodologies and best practices across research groups in all semiconductor domains to ensure efficient IP reuse and design optimization
Collaboration Infrastructure Management: Establishing and managing shared access policies for university and industry partners, including r