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Basic information

Name:    Yong SHI

Gender:    male

Age:    30

Birthday:    25/11/1986

Marriage:    married.

Nationality:    China, PRC

State:    searching for a job

Education

Feb 2015Feb 2017

Master of Sciences of Electronic Embedded systems 

ESIGELEC(France)

Embedded systems, Control & instrumentation, Design, Development and production of electronic systems and equipment used in aeronautics, space and automobile industries, A few management modules and a project are also included in the program.

Working experiences

Jun 2013Jun 2014

Embedded System(Firmware) Engineer

Shanghai Anytum Network Technolocy Co., Ltd. company

Responsible for development & research of products(smart devices:smart watch,smart sensor network solution) of the company and products(sport sensor and transducter,gesture capture) of cooperation companies.

Jun 2012Jun 2013

Embedded System(Firmware) Engineer

MasLinx Hi-Tech. Co. Ltd

Develop, update and maintain the KJ627 under-ground wireless communication system. As a core member, work together with other members.

Maslinx was founded in USA in 2009 by industrial experienced innovators and business leaders. It is focused on components and solutions in wireless sensor networks. Its products contain wireless modules, sensors, gateways, routers, GPRS modules and software. Solutions include personnel location system, asset management, environmental monitoring, industrial monitoring and control. The list is expanding as our company grows.

Jun 2011Jun 2012

Embedded System Engineer(one-year contract)

Beijing QingYuanHuaCheng Tech Company

Implement under-water MESH network, in charge of coding firmware of the whole embedded system, including both sensor and sink nodes (software driver and communication protocol stacks).

Project experiences

Time Period:6/2011-9/2011

Project Name:under-water communication system 

Description:

The system adopts lm3s9000-series  chips, which are based on ARM Cortex-M3 architecture.As the main controlling part, lm3s9000 chips control under-water wave receiver&sender to communicate by using the protocols to implement under-water MESH network.Upper computer controls the whole system through sink node.

ResponsibilityResponsible for the whole embedded software , including sensor and sink nodes.

Key Technologies: 

ARM-CM3, C,C++,Assembly,wireless protocol,UDP,software, firmware,hardware, UART, I2C,SPI,control modules,IAR,MDK(Realview).

Time Period:9/2011-6/2012

Project Name:QingYuanHuaCheng  universal system

Description:

The system adopts MSP430 chips,integrating kinds of sensor and communication modules,implementing WSN MESH network.The general system can be used in domains of farmland and under ground,which monitors temperature&humidity,combustible gas, CO2 and so on.Based on the hardware,it proposes the concept of "configurable software".The configuration could be set up by users.

Responsibility:The whole software(including driver, firmware and protocol stacks).

Key Technologies: 

MSP430, ultra-low-power, C,C++,Assembly,wireless protocol,sensors ,software, firmware,hardware, UART,I2C,SPI, control modules.IAR,MDK(Realview).

Time Period:6/2012-12/2012

Project NameKJ627 under-ground wireless emergency rescue and secure management

Description:

Hardware bases on stm32w108 MCU.Based on Zigbee Linklayer(IEEE802.15.4),the system is independently developed by our company(including network layer and application layer),of which target is to develop a whole system of underground communication.The system contains:upper software,base stations,SMS devices,tag devices and sink nodes .The UI(upper software) is established on PC,which connect through RS232(fibre-optical) to sink node.

Responsibility:As a core member,work together with other firmware engineers.

Key Technologies: 

stm32,ARM-CM3,Zigbee, IEEE802.15.4, cc2530, cc2630, ultra-low-power, Three-color LED driver module, C,C++,Assembly,wireless protocol,sensors(CO,CO2,Smoking,.etc),software, firmware,hardware, UART,I2C,SPI, control modules.IAR,MDK(Realview).

Time Period:12/2012-6/2013

Project Name:KJ627 under-ground wireless V2.0 

Description:

The V2.0 system is based on the V1.0.The new version system adds low-power consumption performance to the new version.Our company possesses one patent of low-power algorithm,which makes the lower consumption reduced to 1/3.

Responsibility:As a core member,work together with other firmware engineers.

Key Technologies: 

STM32,ARM-CM3,Zigbee, IEEE802.15.4, cc2530, cc2630, ultra-low-power, Three-color LED driver module, C,C++,Assembly,wireless protocol,sensors(CO,CO2,Smoking,.etc) ,software, firmware,hardware, UART,I2C,SPI, control modules.IAR,MDK(Realview).

Time Period:6/2013---9/2013

Project Name:gesture capture animation system

Description:

This system is designed and developed for an animation company.The whole system contains 3 parts:17 sensor-nodes,1 sink-node,upper software.Sensor-node captures sensor data(by applying accelerating sensor)and directly transmits the data to the sink-node.The sink-node collects and buffers the data,then sends the data to upper software through USB port.Upper software calculates gesture information by an algorithm,and display it in 3D format.

Responsibility:firmware on sensor-nodes,firmware on sink-nodes,drivers(Windows 7 and 8)of USB.

Key Technologies: 

STM32,ARM-CM3,NRF24L01,  ultra-low-power,C,C++,Assembly,wireless protocol,sensors(3-Axis accelerometer) ,software, firmware,hardware, circuit design, UART,I2C,SPI,USB2.0, Cypress-EZUSB serial chips,USB driver and library.IAR,MDK(Realview).

Time Period:9/2013---6/2014

Project Name:Anytum smart watch

Description:

With several sensors,the watch provides following features:Time,Timer(counter),Pedomiter,Monitor of sleeping quality,Gesture Controlling(very interesting feature) and so on.We employ TI CC25x1-series chip in that this series of chips provide bluetooth 4.0 BLE linklayer protocol feature,which cooperates with Bluetooth 4.0 protocol software library provided by TI.On the watch,there is a LED-array which is as a UI for operation on it.At the same time,we provide application on Android OS for monitering and calculating body physical information.

Responsibility:firmware on the side of watch,application communication protocol based on Bluetooth 4.0 BLE.

Key Technologies: 

TI cc2541, 8051 architecture,  ultra-low-power,C,C++,Assembly,BlueTooth&BLE,protocol,sensors(9-Axis accelerometer, photosensitive) ,power-management chip(TI TPS serial chips),LED array, transistors, TI OSAL, software, firmware,hardware, circuit design, UART,I2C,SPI,Android, JAVA, IAR,MDK(Realview).

Time Period:6/2014---2/2015

Project Name:CTP3308 Universal Tester and CTP3110 Universal Tester 

Description:

CTP3308 Universal Tester is a new generation of instrument released by DaTang LinkTester,.The instrument integrates communication system simulator, signal generator and spectrum analyzer features, and inherits all the features of CTP3110 and with excellent test speed, accuracy, stability and scalability.

Inside a tester,there are 4-10 board cards,and there is one OS on each of them.These OSs include Windows XP, Linux,and Vxworks.

Responsibility:our work is writing the drives on Linux and Windows.Also,we need to provide DLLs or other kinds of low-level software(or firmware) for testing.

Key Technologies: 

Power PC, IPC, C,C++,Assembly, mobilephone communication,software, firmware,hardware, circuit design, UART,I2C,SPI,Windows,Linux, Vxworks,drivers IAR,MDK(Realview).

Time Period:4/2016---9/2016

Project Name:

1.Static-electronics wireless sensing system.

2.Lighting(triboluminescence material) track recording project.

Description:

1.The sensing system  is based on the research of the group. A carpet of static-electronics is provided by researchers who want to apply it in a wireless system to sense touching or pressing.

Key Technologies: 

Raspberry PI, Sony high-revolution Camera,  OpenCV, SimpleCV, Python,PyGTK,GTK,C,C++, PC.IAR,MDK(Realview).

2.The lighting project is a simple computer vision program, which records the track of lighting material and uses high-resolutioned camera and software algorism to extract major information from lighting objects.

Key Technologies: 

MSP430, CC430, PC.Analog switch(CD4066),JAVA,Swing, RXTX UART communication library, IAR for MSP430,software, firmware,hardware, circuit design, UART,I2C,SPI, IAR,MDK(Realview).