Provide technical cryogenic support for quantum community and condense matter applications. Expanding expertise in qubit measurement through ongoing knowledge development and practical experience.

Engineering; System Development and Characterization; Data Analysis and Validation

● Design, develop, engineer, optimize, and test gas remediation prototype and product.

● Design pressurized gas piping and vacuum system.

● Develop tests for multiple markets in residential, commercial, and emerging technologies.

● Validate and integrate with modern gas detectors.

adsorbent

● Researched and developed multidisciplinary bio-sensors, including Surface Acoustic Waves Sensors, Quartz Crystal Microbalance and Electric Cell-substrate Impedance Sensing.

● Managed equipment, process materials and supplies for micro-nanofabrication laboratory. Taught ME46300 Micro/Nano Technology, and mentored 6+ visiting master and undergraduate members.

● Collaborated with research teams from New York Institute of Technology, Rutgers University, US Army Center for Environmental Health Research in DC, and Tohoku University in Japan.

Materials: piezoelectric substrates, piezoelectric/metal thin film, polymer waveguide, biocompatible polymer, photoresist

Duties:

1. Nanotechnology for Sensor Fabrication

2. Network Analyzer/Impedance Analyzer for Sensor Testing and Calibration

3. LabVIEW for Data Acquisition

4. COMSOL Multiphysics for Simulation and Comparison

5. Applications in Biology, and Viscosity.

5. More testing on different Piezoelectric materials

Water-based sensing Projects:

a. Surface Acoustic Waves

b. Quartz Crystal Microbalance

c. Electric Cell-substrate Impedance Sensing

Nanotechnology Intro and Lab