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@texavie.com
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Zenan Jiang is listed as Lead of Research and Development at Texavie, a with 14 employees, based in Vancouver, British Columbia, Canada. AeroLeads shows a work email signal at texavie.com and a matched LinkedIn profile for Zenan Jiang.
Zenan Jiang previously worked as Postdoctoral Researcher at The University Of British Columbia and Research Assistant at The University Of British Columbia. Zenan Jiang holds Doctor Of Philosophy (Phd) from The University Of British Columbia.
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AeroLeads found 1 current-domain work email signal for Zenan Jiang. Compare company email patterns before reaching out.
Zenan Jiang is a Lead of Research and Development at Texavie. They possess expertise in physics, matlab, latex, simulations, programming and 24 more skills. They is proficient in English.
Listed skills include Physics, Matlab, Latex, Simulations, and 25 others.
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A career timeline built from the work history available for this profile.
Greater Vancouver Metropolitan Area
• Developed novel wearable sensors in different forms• Built integrated sensing network for monitoring of muscle movements• Developed all-textile muscle monitoring knee braces for post-injury knee rehabilitation• Developed all-textile motion capture gloves for the recovery of post-stroke patients• Developed sensing sleeves as controller for VR/AR gaming
• COMFORT sensing bands: built integrated sensor fusion bands for measuring variety of parameters on the go in real-time• Self-powered humidity sensors: fabricated yarn-shape humidity sensors using triboelectric nanogenerators; integrate sensors as patches to textile and apparel
Vancouver, Canada Area
Research Subject: Flexible Transparent Electrodes and Devices- Synthesized single layer graphene and fabricated transparent electrodes using graphene and carrier selective nanoparticles -- electrodes can stand up to >1000 cycles of continuous bending with ~ 2mm radius- Assembled flexible organic photovoltaic devices using graphene electrodes: flexible devices withcomparable photo conversion efficiency to ITO-based solar cells have been achieved- Built up analytical models to interpret the flexibility of various structures
- CMOS Emerging Technologies Research provides researchers and industry representatives in the high-tech sector with an opportunity to discuss new and exciting developments in all areas of high technology. - We host annual conferences that bring together researchers, business people, and investors interested in exploring opportunities for collaboration.
Vancouver, Canada Area
- Developing advanced smart textile and wearable interaction devices as the next generation AR/VR accessories for an immersive and refreshing user experience- Prototyping smart clothes/wearable controllers for applications in gaming, industrial robotics, sports and rehabilitation, etc
Burnaby, Bc, Canada
Research Subject: Interface Study of SiO2/SiC MOS Structures- Investigated the SiO2/SiC interface treated with multiple methodes: interface and bulk traps were detected and analyzed- Studied several post-growth curing techniques: power MOSFETs with higher carrier mobility andmore energy efficient were developed
Dresden Area, Germany
Research Subject: Carrier-Mediated Dilute Magnetic Semiconductors- Synthesized heavily-doped semiconductors using ion implantation and sub-second annealing forspintronic and photovoltaic applications- Investigated the transport and magnetic coupling mechanism in Mn/Fe doped Ge and InAsferromagnetic semiconductors
Beijing
- Provided internal control audit and enterprise risk management consulting services under theframe of the Sarbanes-Oxley standards- Participated in the IPO (NYSE/NASDAQ/HKEx) audit services of companies from variousindustries
Burnaby, Bc, Canada
Research Subject: Defect Energy States in Dilute GaAsBi Alloys- Investigated the deep level defects in low temperature grown GaAs/GaAsBi layers- Simulated the band bending and carrier transport properties of various device structures- Developed and characterized GaAs/GaAsBi thin film solar harvesting devices
Beijing City, China
Research Subject: Dynamic Simulation of Protein Folding Process- Constructed continues mapping of Brownian particles in phase space: an inhomogeneous spatialdistribution was obtained, numerically proved the “Levinthol paradox”- Successfully simulated the dynamical process of protein folding following Langevin equation andself-avoiding assumption, using dimension as the controlling factor
Other employees you can reach at texavie.com. View company contacts for 14 employees →
Siying (April) Wu
Colleague at TexavieVancouver, British Columbia, Canada
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Saeid Soltanian
Colleague at TexavieVancouver, British Columbia, Canada
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Arvin Tashakori
Colleague at TexavieVancouver, British Columbia, Canada
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Patrick Byrne
Colleague at TexavieSeattle, Washington, United States
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Quick answers generated from the profile data available on this page.
Zenan Jiang works for Texavie.
Zenan Jiang is listed as Lead of Research and Development at Texavie.
AeroLeads has found 1 work email signal at @texavie.com for Zenan Jiang at Texavie.
Zenan Jiang is based in Vancouver, British Columbia, Canada while working with Texavie.
Zenan Jiang has worked for Texavie, The University Of British Columbia, Cmos Emerging Technologies Research, Simon Fraser University, and Helmholtz-Zentrum Dresden-Rossendorf.
Zenan Jiang's colleagues at Texavie include Siying (April) Wu, Saeid Soltanian, Arvin Tashakori, and Patrick Byrne.
You can use AeroLeads to view verified contact signals for Zenan Jiang at Texavie, including work email, phone, and LinkedIn data when available.
Zenan Jiang holds Doctor Of Philosophy (Phd) from The University Of British Columbia.
Zenan Jiang is listed with skills including Physics, Matlab, Latex, Simulations, Programming, Graphene, Led Displays, and Flexible Electronics.
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