Scott Wei Ting Chen, P.Eng., Ph.D. Email & Phone Number

Kitchener, On, Ca

Hamilton, Ontario, Canada

Department of Electrical and Computer EngineeringIEEE Undergraduate AdvisorCommittee Member of Graduate Affair3SM4 (W25) - Algorithm Design and Analysis (Project Design, Lab Development)2SH4 (F23) - Principle of Programming (Project Driven, Flipped Classroom Curriculum Development)2SI3 (W24, S24) - Data Structures and Algorithms (Curriculum Revision, Lab Development)2SH4 (F22) - Principle of Programming2SI3 (W23) - Data Structures and Algorithms3DY4 (W23) - Computer Systems Integration Project2CI4 (F23) - Introduction to Electrical Engineering2PX3 (W24) - Interdisciplinary Engineering Design Projects

Cambridge, Ontario, Canada

- INFO 72220 - Operating System - F2022, F2023 S5- EECE 73205 - Engineering Project V - F2022, F2023 S5- EECE 71020 - CSE Project I - F2022 S5- SENG 72005 - Embedded Software - W2023, W2024 S4- EECE 72545 - Engineering Project IV - W2023, W2024 S4- EECE 71030 - CSE Project II (Material Creation) - W2023 S4- CSE Project SeriesCurriculum Development

Cambridge, Ontario, Canada

- CSE Program Coordinator (since May 2021)- ESE Program Coordinator (since Dec 2020)- Math 71620 - Engineering Mathematics I - F2019, F2020, F2021 S1- Math 71630 - Engineering Mathematics II - W2020, W2021 S2- PROG 71985 - Introduction to Computer Programming - W2020, W2021, W2022 S2- EECE 71355 - Engineering Project II - W2020, W2021, W2022 S2- SENG 72005 - Embedded Software - W2022 S4- EECE 72545 - Engineering Project IV - W2022 S4- INFO 72220 - Operating System - F2019, F2020, F2021 S5- EECE 73250 - Engineering Project V - F2019, F2020, F2021 S5- MATH 74000 - Numerical Methods - S2020 S7

Kitchener, Ontario, Canada

Providing quick-turn technical proofreading services for academic publications and formal engineering technical write-ups.List of Edited Academic Publications:- T. Wen et al., "Bridging the Gap of Lane Detection Performance Between Different Datasets: Unified Viewpoint Transformation," in IEEE Transactions on Intelligent Transportation Systems, doi: 10.1109/TITS.2020.2989349.- Xiao, Zhongyang et al. “Monocular Localization with Vector HD Map (MLVHM): A Low-Cost Method for Commercial IVs.” Sensors (Basel, Switzerland) vol. 20,7 1870. 27 Mar. 2020, doi:10.3390/s20071870- (Publication in Progress) T. Wen et al., "Fast Initialization for Monocular Map Matching Localization via Multi-lane Hypotheses in Highway Scenarios"

Department Of Electrical Engineering And Department Of Nanoengineering

Extensive teaching portfolio ranging from Nanotechnology Engineering to Electrical and Computer Engineering:- Introduction to Computer Programming in C++- Introduction to Embedded Systems- Computer Data Structure and Algorithms- Sensor Instrumentation Laboratory Series- Fundamentals of Electromagnetism Laboratories- RF Engineering Seminars and Tutorials (HFSS, Sonnet, and etc.)

Waterloo, Ontario, Canada

Waterloo, Ontario, Canada

2019- PM for Accessories tiger teams- PM for Electrical, Mechanical, Industrial Design, and R&D Teams for New Product Development- PM for Gen-2 input device project team with external CM development- Assisting Microfabrication Process Engineer for Lens Fabrication Process Development.- PM / Bilingual (English - Mandarin Chinese) Contracted Manufactures Development2018- PM with partial technical support for Bluetooth RF Team- PM with partial technical support for Bluetooth Input Device Team- PM with partial technical support for Charging Solution Team- PM for Battery Life Optimization Team- Coordinator for Product Accessories Team- Coordinator for Product Beta Program- Coordinator Support for Product Allotment and MFG/Inventory Coordination

Kitchener, Canada Area

University Of Waterloo, Waterloo, Ontario

Collaborating research projects between Hypres and CIRFE, University of Waterloo.- All projects are simulated and optimized using Sonnet RF simulator, and characterized using Lakeshore cryogenic probe stations and PNAs.- Niobium-based low-frequency (MHz) superconductor lumped element resonators for aerospace / satellite temperature sensing arrays.- High speed, wide-band superconducting Analog-Digital Converter (ADC) component design and optimization using the 8-Layer Niobium process from Lincoln Lab, Massachusetts Institute of Technology. Optimization components include R-2R ladder designs, Threshold Interleave network, and clock signal distribution networks. All designs are optimized from DC to 50 GHz range.- Superconductor device performance characterization at 3.5 K using Lakeshore Probe Station and Keysight PNA.

Waterloo, Ontario

Design and optimization of wearable sensor devices for continuous, real-time driver condition monitoring.Gaseous chemical sensor designs and sensor readout circuit designs using 2.4 / 5.8 GHz RF front-end technologies. RF PCB design and manufacturing.System-level design and integration of high performance RF-based chemical sensors and DC capacitive sensors with Bluetooth Low Energy wearable devices.

Centre Of Integrated Rf Engineering, Waterloo, Ontario

January 2008 - PresentMaster / Ph.D. Research: "Wearable RF-Resonant Transdermal Biomarker Sensor"I have dedicated my research efforts towards developing a novel low-cost, wearable, and disposible RF-resonant transdermal biomarker sensor array, with which the transdermal chemical compounds (aka. Biomarkers) are captured for bodily condition monitoring.The research topic covers multiple fields of expertise, including cleanroom flexible material fabrication process development, designs of multi-pole RF resonant structures for RF sensor array, knowledge of sorbent polymeric sensing materials, and the chemical characteristics of the biomarkers of interest. My novel works on flexible materials, resonant sensor arrays, and the novel Coupling Matrix Readout Extraction (CMRE) technique are recognized by international academic societies through various conferences, and will be published on the journal magazines of IEEE Microwave Theories and Techniques and Sensors and Actuators.July 2009 – Present Product Development Consultation for Sober Steering SensorAs the appointed research assistance from CIRFE group to Sober Steering for the collaborative sensor system development project, I have dedicated a 5 year effort in providing continuous engineering consultations and product developments on the embedded DUI detection system from Sober Steering with my embedded system design skills. My thesis research on flexible resonant sensor system has also contributed to the company in developing wearable epidermal DUI sensors.April 2011 – Present UW-MEMS Multi-User Microfabrication TeamAs one of the three active team members of the highly recognized Multi-User MEMS Fabrication Foundry process in University of Waterloo (UW-MEMS), I am highly experienced in cleanroom fabrication process as well as dealing with present and pending customer requests from NSERC-CMC. I have also contributed in fabrication recipe revision for higher device yield rate.

Vancouver, Bc, Canada

The employment period consists of 1-year full-time and 1.5-year part-time employment. My responsibilities include embedded system programming in Assembly and C, CPLD programming and logic design in VHDL, firmware development, hardware system design, hardware signal tracing and debug, PCB board prototype design, assembly and soldering, networking protocol analysis, peer networking administration, Bilingual Customer Service (English and Chinese), Market Research, official website maintenance and Chinese translations, and product testing, packaging and shipping.Sep 2006 – Dec 2006 DL6000 Communication ControllerAs an assistant hardware engineer at Equustek, I have assisted my supervisor, Waleed E. Warda, in redesigning both the hardware and the firmware of the discontinued Equustek product, DL4500, to incorporate a new Ethernet interface (Lantronix Cobox) to enable both TCP/IP and Modbus TCP communication capabilities. The improved product made its debut under the name of DL6000 in early 2007.Oct 2006 – Nov 2006 DL3500 Manchester Encoder/Decoder OptimizationAs a director of this small-scale optimizing project, I have redesigned the Manchester encoder / decoder. The new design is implemented in VHDL, which offers a superior portability and expandability than the vintage PAL-equation design; the new design has also resolved a critical timing problem that has adversely affected the product performance since 2004.

Doctor Of Philosophy (Ph.D.), Electrical And Electronics Engineering (Rf Engineering), 3.80 / 4.00

Activities and Societies: Ballroom Dance Club, Exec and senior member / practice session instructor I have dedicated my research efforts.

Master'S Degree, Electrical And Electronics Engineering

Activities and Societies: University of Waterloo Ballroom Dance Club Combined Program with Ph.D.

Bachelor Of Applied Science - Basc, Honour, Electrical And Electronics Engineering, 3.86 / 4.00

Activities and Societies: Simon Fraser University Formosa Cultural Club - Senior Member and Vice President of Art Design Department..