Bijendra Maskey Email & Phone Number

Canada

Victoria, British Columbia, Canada

Gyeonggi, South Korea

R&D for industrial automation, electronics, printed electronics circuit interface- Accomplished achievements include optimizing electronic device printing machines through automated logging systems and enhancing servo encoder-based angular positioning systems. - Recognized for designing wireless nanoampere range current measurement circuits and expanding TFT array driving and measurement circuits with adjustable voltage support and user interfaces.

Gyeonggi, South Korea

Major Roles:• Energy efficient ZigBee wireless strain sensor network for building health monitoring• Development of Interface Circuit for printed strain sensor• (Circuit design, PCB Layout design, Firmware development)• 2.4Ghz MIFA antenna simulation and design• Collect data from many sensor nodes to central coordinator node (based in ZigBee protocol) and store data in MySQL server database, which allows to access sensory data from anywhere, to realize IOT (Internet of things). This helps user to view Realtime or analyze past sensory data graphically from remote end based on C#, .NET software.• Strain sensor to monitor displacement in R2R machine due to vibration for overlay improvement.• Application of Strain sensor based interface circuit to detect displacement in microfluidic pump.• ZigBee based interface to use printed TFT as biomarker

Suncheon, Jeollanam-Do, Korea

Major Roles:- Experimental design and Measurement and Test setup for Sensing Application - Photonic Sintering customization for R2R gravure printing.- Printed TFT based NH3 sensing and fabrication of printed Temperature and Humidity sensor with customized Measurement Setup.- PCB designing and Firmware programming for the circuitry parts- R2R printed Ag based temperature sensor and R2R antenna integrated with Single chip NFC tag system for cost effective food packaging- Fabrication of PEDOT:PSS based printed temperature sensor and its integration with NFC tag system.- Printing of other electronic devices including transistors, diodes and their characterization.- Fabrication of PANI based pH sensor- PCB design and firmware development for the NFC tag platform for sensors- Screen printed Rechargeable Li-battery- NFC antenna design, implementation and characterization in PCB as well as in printed form (R2R gravure printed)

Berkeley, Ca, Usa

Collaborative Research project with Sunchon National University, S.Korea• Successfully led a collaborative project to develop high-sensitivity printed CSFET-based Gas (NH3) and Humidity sensors on flexible PET film, achieving remarkable results with sensitivity levels as low as 5ppm within 6 months.

• Developed an Accelerometer-based Antitheft module with RTOS-optimized firmware on an EFM32G ARM microcontroller, achieving an outstanding 2-year battery life using a single CR2032 (coin cell) battery.• Developed a driver for the EFM32G microcontroller to extract raw data from GPS devices, streamlining their integration into a vehicle tracking system.• Proficient in firmware development and modification for ARM microcontrollers in various electronic projects.

• Expertly deployed Ubiquiti wireless devices, such as Nanostation M2 and M5, at customer locations, ensuring robust wireless connectivity.• Created Point-to-Point (PTP) links between towers and configured Access Points on towers, substantially improving the ISP's network coverage in remote areas.• Provided proficient technical support to non-technical clients, resolving internet connectivity issues with clarity and efficiency.

Master Of Engineering - Meng, Smart Manufacturing Systems

Master'S Degree, Printed Electronics Engineering

Bachelor Of Engineering (Be), Electronics And Communications Engineering

+2, Science, Intermediate

Slc, High School/Secondary Certificate Programs