The Italian Institute of Nuclear Physics has announced a specialized graduate scholarship opportunity for 2027 entry, hosted at its Torino division. This highly technical programme is aimed at recent Master’s graduates in physics, engineering, and related fields, offering hands-on experience in cutting-edge semiconductor research.
Listed under reference number 28722, this opportunity focuses on a six-month technological training placement in cryogenic CMOS chip design—an emerging field at the intersection of quantum computing and advanced microelectronics.
About the Research Focus
The selected candidate will work on the topic:
“Device modelling and design of a cryogenic CMOS 28nm Process Design Kit”
This is not a general academic scholarship—it is a highly specialized research training programme.
Cryogenic electronics plays a critical role in quantum computing systems, where processors operate at extremely low temperatures. At these conditions, traditional semiconductor design models often fail, creating demand for new modelling techniques and design tools.
The 28nm CMOS process referenced in this project is widely used in industry, but adapting it for cryogenic environments remains a major technical challenge currently being explored by leading global research institutions and companies.
What the Scholarship Covers
The INFN scholarship provides:
- A total gross stipend of €8,677.50 for six months
- Equivalent to approximately €1,400+ per month (before tax)
- A full-time research placement (36 hours per week)
It is important to note:
- This is a training grant, not a full degree scholarship
- It does not include tuition fees, as no academic enrolment is required
- Travel and relocation support are not explicitly stated
While the funding is modest, it is generally sufficient to cover basic living costs in Turin, which is more affordable than cities like Milan or Rome.
Eligibility Criteria
To be eligible, applicants must:
- Hold a Master’s degree obtained within the last two years
- Have a background in a relevant field such as:
- Physics
- Electrical Engineering
- Microelectronics
- Semiconductor Engineering
- Applied Physics
The programme is open to international applicants, although candidates should consider visa requirements and possible language expectations when applying.
Ideal Candidate Profile
This opportunity is best suited for candidates who have:
- Practical knowledge of semiconductor device modelling
- Experience with CMOS technologies or circuit design
- Strong interest in quantum computing hardware
- Ability to work in a research-intensive, technical environment
Applicants with hands-on technical skills may perform well, even without an exceptionally strong academic record.
Selection Process
The evaluation process is structured as follows:
- Interview: 140 points (primary factor)
- Qualifications (CV): 60 points
Minimum requirements:
- At least 98/140 in the interview
- At least 140/200 total to qualify for ranking
This means performance during the interview is critical, especially in demonstrating technical competence and problem-solving ability.
Why This Opportunity Matters
The Italian Institute of Nuclear Physics is one of Europe’s leading research institutions in nuclear and particle physics, contributing to major international projects including collaborations with CERN.
A placement at INFN Torino offers:
- Exposure to advanced research infrastructure
- Experience in a niche, high-demand field
- Strong positioning for PhD programmes in quantum engineering
- Competitive advantage for roles in semiconductor and quantum technology industries
Given the growing global interest in quantum computing, expertise in cryogenic CMOS design is becoming increasingly valuable.
Application Deadline
- Deadline: 17 April 2026 (23:59 Rome time)
With only one position available, competition is expected to be extremely high.
How to Apply
Applications must be submitted through the official INFN recruitment portal: https://reclutamento.dsi.infn.it
Final Thoughts
The INFN Graduate Scholarship 2027 is a niche but powerful opportunity for early-career scientists and engineers. While the funding is modest, the technical exposure and institutional prestige make it a valuable stepping stone into advanced research and industry roles in quantum and semiconductor technologies.
For candidates with the right background, this is not just a short-term placement—it is a strategic career move into one of the most innovative areas of modern science.
