CAPABILITIES

Engineering Capability Across the Quantum Technology Stack

QUENCIT brings together device physics, materials engineering, nanofabrication, process integration, characterization, and technology transfer to support the development of advanced quantum technologies.

Our capabilities are grounded in superconducting quantum hardware while extending across the materials, fabrication processes, interfaces, and engineering disciplines required by broader quantum technology platforms.

1. Superconducting Quantum Technologies

Physics-informed engineering for superconducting materials, devices, circuits, and enabling quantum hardware, connecting device requirements with materials, fabrication processes, interfaces, and measured performance.

Superconducting Device Physics • Microwave & Cryogenic Systems • Device Engineering • Fabrication-to-Performance Correlation • Cryogenic Characterization

2. Quantum Materials & Thin-Film Engineering

Development and optimization of thin-film materials and deposition processes for superconducting, quantum, and advanced device technologies.

Thin-Film Deposition • Materials Characterization • Film Uniformity & Reproducibility • Interface Engineering • Process Windows • Materials-to-Device Correlation

3. Advanced Nanofabrication

Development and integration of micro- and nanoscale fabrication processes selected around device requirements, critical dimensions, interfaces, and process compatibility.

Electron-Beam Lithography • Optical/Maskless Lithography • Pattern Transfer • Dry Etching • Lift-Off • Multilayer Alignment & Integration • Process Metrology

4. Process Development & Integration

Engineering individual materials and fabrication modules into controlled end-to-end processes in which interfaces, sequence, compatibility, critical variables, and device performance are considered together.

Process Flow Development • Multilayer Integration • Interface Control • Critical-to-Quality Parameters • Process Windows • DOE • Root-Cause Analysis • Acceptance Gates • Change Control

5. Device Fabrication & Characterization

Connecting fabrication history, metrology, and device measurements to understand performance, isolate failure mechanisms, and guide controlled process improvement.

Device Fabrication • Metrology • Electrical Characterization • Cryogenic Characterization • Microwave Measurements • Failure Analysis • Fabrication–Measurement Correlation

6. Technology Transfer & Capability Building

Transforming developed processes and engineering knowledge into documented, reproducible capability that client teams can operate, diagnose, and continue improving.

SOPs • Process Travelers • Technical Documentation • Training & Mentoring • Process Control • Knowledge Transfer • Reproducibility Systems • Continuous Improvement