LA3673C-UCC-CFT for the Supply of a Fully Integrated Precision Ferroelectric and Piezoelectric Analysis Platform
Value
€435k
Deadline
31 Aug
31 Aug 2026
Value
€435k
Deadline
31 Aug
Procurement of a fully integrated precision ferroelectric and piezoelectric analysis platform for Tyndall National Institute at UCC.
Supply of integrated precision ferroelectric and piezoelectric analysis platform for UCC
Bidder profile
SMEs with experience in precision measurement systems, capable of meeting significant turnover and insurance requirements, and able to provide detailed technical proposals.
Risks & flags
- Turnover requirement may limit SME participation
- Lack of specified past experience may lead to variable bid quality
- Absence of detailed SLAs/KPIs could lead to performance ambiguities
Briefing
AI-generated analysis of the documents. Check the official notice and any amendments for current submission details.
1. At a glance
Buyer Title CPV / category Estimated value Per-year Procedure type Lots Location Contract length Submission deadline Go-live / start |-------|-------|----------------|------------------|----------|----------------|------|----------|------------------|---------------------|------------------| Education Procurement Service (EPS) LA3673C-UCC-CFT for the Supply of a Fully Integrated Precision Ferroelectric and Piezoelectric Analysis Platform 38000000 €435,000 not stated Open (OJEU) not stated University College Cork (UCC) 2 years, with up to 3 extensions of 12 months each 24/08/2026 12:00 not stated
2. Scope of Work
The contract involves the supply, delivery, installation, commissioning, and calibration of a Fully Integrated Precision Ferroelectric and Piezoelectric Analysis Platform for the Tyndall National Institute at University College Cork (UCC). The platform consists of seven complementary subsystems designed to perform high-resolution characterisation of ferroelectric and piezoelectric materials.
Key activities include:
- Measurement Core: Central electrical tester and control electronics for ferroelectric, piezoelectric, and leakage tasks.
- Optical Metrology: Utilisation of a sub-picometre displacement sensor for precise measurements.
- Thermal Modules: Automated heating and cooling stages with controllers for bulk and thin films.
- High-Voltage Subsystem: High-voltage amplifiers capable of ±10 kV, including safety and protection interfaces.
- Fixturing & Probing: Automated wafer stages, bulk sample holders, and precision probe positioners for accurate sample handling.
- Workstation: A pre-configured PC with high-resolution monitors and a full software suite for data analysis.
- Infrastructure: Vibration isolation systems (e.g., optical tables) and environmental shielding (acoustic/light) to ensure measurement integrity.
The platform must support comprehensive characterisation across a broad temperature range, facilitating research and industrial benchmarking of advanced ferroic materials. It aims to enhance Ireland's capabilities in developing next-generation sensors, actuators, and computing architectures.
3. Background & buyer context
This procurement is initiated to enhance the research capabilities of the Tyndall National Institute, aligning with Ireland's strategic objectives in materials research and innovation. The investment supports the development of advanced technologies in energy-efficient actuators and adaptive sensors, crucial for maintaining Ireland's leadership in materials-enabled technology. The contract is part of a broader initiative to strengthen Ireland's position in emerging research areas, including neuromorphic computing and sustainable electronics.
4. Eligibility & selection criteria
Bidders must meet the following eligibility and selection criteria:
- Turnover requirement: Minimum average annual turnover of €870,000 over the last three years (2022-2024).
- Insurance:
- Public Liability: €6.5 million (on an each and every occurrence basis).
- Product Liability: €6.5 million (on an aggregate basis).
- Professional Indemnity: €6.5 million (each and every claim).
- Employer's Liability: €13 million (on an each and every occurrence basis).
- Certifications: Not specified for this tender.
- Past experience: Not specified for this tender.
- Personnel: Not specified for this tender.
- Geographic / facility constraints: Not specified for this tender.
5. Award criteria & scoring
Bids will be evaluated based on the following criteria:
| Criterion | Weight (%) | Sub-criteria | Pass/Fail Thresholds |
|---|---|---|---|
| Technical Merit | 60% | Compliance with specifications | Minimum 60% |
| Price | 40% | Cost-effectiveness | Minimum 60% overall |
The scoring will follow the Most Economically Advantageous Tender (MEAT) principle, focusing on the balance between price and quality.
6. Submission requirements
Bidders must submit the following documentation:
- Method statement / response document: Follow the provided template, with no specified page limit.
- CVs: For key personnel, no specified page count.
- Pricing schedule: Must use the designated template.
- Case studies: At least two, with values ranging from €50,000 to €200,000.
- Declarations: Including ESPD, Bona Fides, Tax clearance, and Conflict of Interest.
- Mandatory site visit: Not specified.
- Submission portal: Tenders must be submitted via eTenders, adhering to specific format rules.
7. Key dates & process
| Event | Date |
|---|---|
| RFT issued | 22/07/2026 |
| Clarification deadline | 13/08/2026 12:00 |
| Tender deadline | 24/08/2026 12:00 |
| Expected award | Not specified |
| Contract start | Not specified |
| Go-live / mobilisation | Not specified |
8. Contract terms that matter
Key contract terms include:
- Term: Initial duration of 2 years, with the option to extend for up to 3 additional 12-month periods.
- Payment terms: Payments to be made within 30 days from receipt of invoice.
- Key SLAs/KPIs: Not specified.
- Liquidated damages: Not specified.
- Termination clauses: Not specified.
- IP ownership: Not specified.
- Sub-contracting rules: Allowed, with a designated Prime Contractor responsible for the contract.
9. Risks, red flags & unusuals
Potential concerns include:
- The turnover requirement of €870,000 may limit participation to established firms, potentially excluding smaller SMEs.
- The lack of specified past experience requirements may lead to variability in bid quality.
- The absence of detailed SLAs/KPIs could lead to ambiguities in performance expectations.
10. SME fit assessment
Small and medium enterprises (SMEs) that can credibly bid should have:
- Relevant experience in precision measurement systems or related technologies.
- The capacity to meet insurance and turnover requirements.
- The ability to collaborate with larger firms if necessary, as consortia are permitted.
- An indicative bid-preparation effort of approximately 10-15 days, depending on the complexity of the proposal.
- The presence of an incumbent supplier may influence the competitive landscape, but the tender is open to new entrants.
11. Where to dig deeper
- Source RFT filename: LA3673C-RFT.pdf
- eTenders CFT ID: Not specified.
- Contact email: E-Tenders Mailbox
- Important attachments:
- Appendix 1 — Requirements and Specifications
- Appendix 2 — Pricing Schedule
- Appendix 3 — Tenderer’s Statement
Can you bid?
Minimum turnover
€870,000
Public liability insurance
€6,500,000
Professional indemnity insurance
€6,500,000
Scoring
Most Economically Advantageous Tender
Documents (9)
LA3673C-RFT.pdf
940.6 KB · RFT / Invitation to Tender
LA3673C-Appendix 2-Pricing Schedule.xlsx
292.7 KB · Pricing / BOQ / Schedule of Rates
Appendix A. d33 Measurement on Clamped Thin Films.docx
248.5 KB · Appendix / Annex
Appendix B. TEMPERATURE CAPABILITY MATRIX.docx
247.6 KB · Appendix / Annex
ESPD - EO Guidance.pdf
2.4 MB · ESPD (European Single Procurement Document)
espdRequest-8701412.pdf
70.9 KB · ESPD (European Single Procurement Document)
LA3673C - Update to Tender Deadline .docx
237.5 KB
LA3673C-Tender Documents.zip
4.2 MB
LA3673C-TRD.docx
428.7 KB
Original notice text
Tyndall National Institute, University College Cork requests the supply of a Precision Ferroelectric and Piezoelectric Analysis Platform, comprising of seven complementary subsystems with functionality requirements as follows 1. Measurement Core 2. Optical Metrology 3. Thermal Modules 4. HV Subsystem 5. Fixturing and Probing 6. Workstation 7. Infrastructure The Platform must have the ability to perform comprehensive, high resolution ferroelectric and piezoelectric characterisation of ferroic materials, spanning bulk ceramics, ultrathin films and full wafers, across a broad temperature range. The primary purpose of this platform is to provide a unified, high performance infrastructure for the fundamental research and industrial benchmarking of advanced ferroic and piezoelectric materials. It will be utilised for the precision characterisation of material properties at various stages of development, from initial thin film growth and bulk ceramic synthesis to full wafer level device integration and reliability testing, supporting the development of next generation sensors, actuators, and beyond CMOS computing architectures. Materials with controlled ferroic responses are key to enabling next generation technologies. Ferroelectric and piezoelectric materials are vital for precision actuators, sensors, photonic systems, and non volatile memories, while multiferroics, combining electric and magnetic order, present transformative potential for ultra low power, non volatile logic and memory.
AI analysis updated 2 weeks, 4 days ago
Value
€435k
Deadline
31 Aug
Location
University College Cork (UCC), Tyndall National Institute
Procedure
Open
Clarification
13 Aug 2026
eTenders ID
8701412
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