We proudly founded EVO-IN-MOTION in BC, Canada in 2016. EVO-IN-MOTION, or EIM, is a technology company which focuses on delivering services and products to promote technology education, particularly in the areas of applied science and engineering. Our mission is to make technology education accessible, affordable, and trendy in the young generations. To achieve the goals, we come up with innovative services and products to technology educators in which they can easily utilize in teaching. After all, we would like teaching technology to be a symbol for fashion, modern and pleasure.

Design and development of a working hardware prototype to assist digital monitoring of patients' heart activities.

My thesis work presented a smartphone based imaging system that was capable of quantifying the concentration of an assortment of biological/chemical assay samples. The main goal was to construct an image database that characterized the relationship between color information and concentrations of the assay sample. For this aim, a designated optical setup combined with image processing and data analyzing technique was implemented. A series of experiments conducted on selected assays, including fluorescein, RNA Mango, homogenized milk and yeast have demonstrated that our proposed system estimates the concentration of fluorescent materials and colloidal mixtures comparable to currently used commercial and laboratory instruments. Furthermore, by utilizing the camera and computational power of smartphones, eventual development can be directed toward extremely compact, inexpensive and portable analysis and diagnostic systems which will allow experiments and tests to be conducted in remote or impoverished areas.

● Executed hardware test plans for mobile hotspots and LTE gateways to ensure the functionality and reliability of the product● Debugged hotspot issues for hardware and firmware revisions and modifications● Documented professional and easy-understandable engineering reports and test results● Coordinated with Qualcomm Support, RF/Firmware/Software/QA departments to solve complex issues

● Conducted parametric testing of VLSI systems for power estimation● Generated Hspice readable circuit files for automation test using Tcl scripts● Proposed optimal IC parameter values based on simulation result

● Performed numerical analysis on the cooling power of liquid He3 for the SQUID magnetometer● Designed the liquid 3He pot and vapor 3He container for the closed-cycle system using Solidworks● Documented the research outcomes including data and mechanical drawings using Word and Excel

● Performed hardware testing on robot motherboards using DMM● Conducted surface mount soldering for hardware development● Assembled mechanical and electrical parts of the robots following the CAD drawing schematic● Ensured the quality of the product by conducting tests such as robot movements and WiFi connection

● Modified a Labview program to enhance its controllability of a biomedical prototype● Designed a neat and easy understandable Labview interface to improve the program usability● Performed quality assurance testing for the entire prototype ● Documented the design process and testing results for furthering tracking