Ruochen Wang Email & Phone Number

Santa Clara, CA, US

Cupertino, California, US

-worked on fullchip testbenches-improved block-level testbenches to reduce simulation time

Pittsburgh, PA, US

-Designed and coded a branch predictor lab that includes 3 branch predictors: 2-level predictor with a BHT and GHT, 2-bitsaturating counter-based predictor, and static predictor.-Programmed a multi-level virtual memory with a TLB with LRU replacement policy for the virtual memory lab.-Composed written assignments for computer architecture topics, such as.

Pittsburgh, PA, US

Project Name: Build Reliable Distributed SystemThe project goal is to build a distributed system that has both active and passive replication mode and tolerates 2 simultaneous server failures. The system includes 1 Replication Manager, 1 Global Fault Detector, 3 Local Fault Detectors, and 3 Servers.-Programmed logging and checkpointing of the system to.

College Park, MD, US

Project Name: Environment Monitoring Lab: Monitoring Weather, Air Pollution and Greenhouse Gases with Low-cost High-density Smart Sensors in An Urban EnvironmentThe research group works on replacing the expensive meteorological instruments with low-cost, high-density sensor networks, and providing short-time weather forecasts with high accuracy by.

College Park, MD, US

-Taught a section of 20 students in lectures about combinational circuits and sequential circuits using PSpice and Verilog, and demonstrated solutions to students’ questions.-Made quizzes and exams for students, graded homework, and communicated feedback to a class of 250 students for Algorithm and a class of 90 students for Digital Logic Design.-Held.

College Park, MD, US

The purpose of this lab is to take an existing 8051 softcore and implement a System-On-Chip with Xilinx’s Artix-7 FPGA on the Basys3 board that uses the on-board ADC and communicates with a PC through UART.-Matched two different clock regions, 11.08MHz on 8051 and 100MHz on BRAM, using FIFO so that 8051 can read from theBRAM; otherwise, 8051 read.

College Park, MD, US

Project Name: Student-led Electric Advanced Blade Concept HelicopterThis project aims to invent a high-speed unmanned electric helicopter that can take off and land vertically and has a load of 25kg without swashplate. -Calibrated the power system for main rotors, RPM sensors, voltage sensors, and load cells with NI DAQ and MatLab.-Evaluated XBee.

- Fixed problems on the public indoor mobile distribution system of China Mobile in Yantian, Shenzhen, such aschanging the optical fiber and modifying the RRU of Yanpai tunnel and Tiandong tunnel- Communicated with the customers and offered solutions when they reported problems

Master'S Degree, Electrical And Computer Engineering

Bachelor’S Degree, Computer Engineering