Yan S. Email & Phone Number

Milan, It

Milan, It

Milan, Lombardy, Italy

Firmware Development for Medical Industry Monitor Products：Developed firmware for monitor products used in the medical industry, utilizing Embedded C, 8051 core(Keil) / MTK MIPS processors. Compiled firmware code by using Linux systems and Cygwin. Develop and implement various product features: BARCO Command communication protocols Color Chain management for monitors Video Chain application, integrate the 3rd parties’ components/drivers (e.g., HDMI, DP, SDI). Operating System Display (OSD) development and management, Low power mode and backlight control system design Interface protocol and driver development for components such as SPI, I2C, USB, GPIO expanders, keypads, and LEDs Storage component management including EEPROM, flash memory, and ring buffers Log system developmentManage project development, code maintenance, and Continuous Integration/Continuous Delivery (CI/CD) processes using Jenkins and Docker. Perform code quality management and analysis using cppCheck for static code analysis.Conduct code management, maintenance, and reviews using GIT/GitHub.Provide technical support for System Integration Testing (SIT) and Component Integration Testing (CIT). Provide technical support for Engineer/Factory site for calibration and product test.Project Management daily in Agile methodology on platform JIRA and Confluence Wiki.Authored technical documentation.

Milan, Lombardy, Italy

Gent, Flanders, Belgium

Full stack Web development for Automation Engine (React-Flux, Java/JavaScript)Unit test configuration for React Apps (Jest)Monitoring Web Application (React-Redux) based on Elastic Search 6.x Scala program self-study and developmentBuild a Jersey RESTful Web Service with Java for Automation Engine customer consolidation.

Leuven

Embedded software and hardware Development

Antwerp Area, Belgium

Generic frequency converter software system development in on Linux(Debian) system. Python program for HW interface and low level module. Unit test, breadboard test and debug for HW interface, frequency converter system modules(synthesizer, attenuator, power supply unit)Documents work involves Architecture Design, Detail Design, System Test Specification and System Test Procedures documents.

Beijing City, China

Jan 2011–May 2012 Area-Restriction Ad-hoc Network System• MCU controlled Infrared transceiver system prototype • Friendly ARM 11 related hardware and interface development• Android 2.3 application development and tests• PCB design and layoutJune 2012–May 2013 Table-Based Area Restriction Ad-hoc Network System” by Near Field Communication(NFC)• Development of NFC Read/Write system (ISO14443 protocol)◦ ARM 11 platform controlled NFC DK system design◦ PC (Ubuntu) controlled NFC DK design• Development of NFC P2P System by PN532 and Samsung smart phone (ISO18092 protocol)◦ Android 4.0 on Samsung smart phone I9250 NFC P2P application and test◦ Arduino control system developmentJun 2013–Oct 2014 Bluetooth Low Energy Area Restriction System• BLE base realization by TI CC2540 system◦ Development of an iBeacon app in iOS for distance measurement and transmission (Objective-C)◦ Development of iOS integrated sensors (acceleration and gravity)◦ Development of User Interface and wireless socket transmission in Java (Eclipse IDE) for the Ubuntu Linux platform• Prototype of BLE Area Restriction System, to detect a commercial phone in a 0.5–1m range• BLE protocol Heart Beat Application and firmware development by Nordic NRF51822 systemby C language2011–2012 Embedded System training• Lecturing on the ARM structure and related embedded-system development◦ Verilog HDL language and ModelSim software◦ QuartusII IDE environment and basic FPGA development

Basel Area, Switzerland

Project:Analog/Digital interface for high-density microelectrode array system”• Design of an expansion board for a Xilinx FPGA Virtex-II to integrate analog signals from a patch-clamp amplifier and digital data stream from a CMOS Micro-Electrode Array chip• Design of the system for analog-to-digital conversion with an AD974 chip, and interface to the FPGA• Design of the PCB board with Altium Designer Winter 09 and layout• Produce PCB with milling machine and solder components.• Testing of the board using LABVIEW• VHDL Programming on FPGA for collect recorded data from Neurochip, patch-clamp amplifier as well as PC in biological experiments

Master, System-On-Chip Design

Subjects and courses: • ASIC-design methodology • Digital design with VHDL (Quartus, ModelSim) • System-on-chip architectures • Embedded.

Bachelor'S Degree, Information Technology

Graduation Project: “AD/DA Signal Conversion for Fiber-Optic Gyroscope” • Simulation of an AD/DA signal converters for a Fiber-Optic.