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電子工程師 @瀚港企業有限公司
2018 ~ Hiện tại
Trong vòng một tháng
氣感測器的機器。喜歡在開發一個產品的過程中學習更多不同的新知。 技能/使用工具 C、C++ Qt Frameworks STM32 MCU GCC toolchain 電路設計(Altium Designer) 無刷馬達驅動電路 MCU及周邊電路 示波器操作及debug Git 語言 English — (TOEIC 845) 工作經歷 六月Present 韌體工程師 瀚港企業有限公司 工
C
C++
Qt framework
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4-6 năm
國立嘉義大學 National Chiayi University
機械與能源工程學系

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Chief Engineer @ SiliconMotion
SiliconMotion
2020 ~ Hiện tại
Hsinchu, East District, Hsinchu City, Taiwan
Professional Background
Tình trạng hiện tại
Đã có việc làm
Tiến trình tìm việc
Bật trạng thái tìm việc
Professions
C,C++ Developer, Research / R&D, System Architecture
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Phần mềm, Chất bán dẫn
Kinh nghiệm làm việc
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C++
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software engineer
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Kaohsiung City, Taiwan, Tainan, 台灣, Hsinchu City, Taiwan
Làm việc từ xa
Quan tâm đến làm việc từ xa
Freelance
Học vấn
Trường học
National Tsing Hua University
Chuyên ngành
mechanical engineer
In
B1pnvz8jkapfoc3buvbc

Liang An Jiang

I have over 6 years of professional experience in Object-Oriented Programming (OOP) software development using C++.


Software Engineer
[email protected]

☎ +886 912342127

Skills


Software skills

  • C++ / SystemC
  • C# / C / Python
  • Matlab / Simulink / Maple
  • LabVIEW
  • AutoCAD / SolidWorks / Inventor
  • Altium Designer
  • svn / Git / Hg
  • Linux


Professional skills

  • Software Architecture Design
  • Object-Oriented Programming
  • Design Patterns
  • Data structure and Algorithm
  • Automatic Control System
  • CNC Controller Algorithms


Language skills

  • Chinese( Native )
  • Taiwanese( Native )
  • English( Intermediate )
  • Japanese( Beginner )

Work Experience

Silicon Motion Technology Corp, Chief Engineer, May 2020 ~ now

  1. Modularized SMI CPU front-end peripheral IPs and verified their functions using an RTL co-simulation environment.
  2. Implemented Object-Oriented Programming (OOP) modules with SystemC programming language, resulting in improved development efficiency and accuracy.
  3. Conducted research on developing a cycle-accurate SystemC model to enhance system-level design verification.
  4. Collaborated with the firmware (FW) and hardware (HW) teams to verify the system design.
  5. Designed and maintained a virtual platform, reducing the development schedule of the FW team.
  6. Developed a Python script that improved the efficiency of modularization.
  7. Optimized FW code by analyzing Verilog waveform data.

SYNTEC TECHNOLOGY, Engineer, Nov 2016 ~ May 2020

  1. Designed an chip removal algorithm with automatic parameter calculation. 
  2. Implemented chip removal method on CNC machine tool.
    Benefits include : 
    • Avoid the possibility of breaking cutters. 
    • Reduce the time of chip removal. 
    • Prevent chip from scratching work-piece surface. 
  3. Filed and Obtained a patent of chip removal algorithm( TWI739468B ).
  4. Experienced with Object-Oriented software analysis and design using UML (Unified Modeling Language) modeling, C++ programming and C#.
  5. Trained new employees on C++ programming course.
  6. Completed machine learning course on coursera and obtained certificate.
  7. Took operating system course on NTHU OpenCourseWare and participated in a study group.
  8. Pioneered a software development of machine tool analysis platform. Benefits include : Business trip costs deduction. CNC machining problems detection and analysis. Parameters calibration.
  9. Modularized the encoder eccentric calibration algorithm. 
  10. Solved version compliance problem on the analysis platform. 

Education

National Tsing Hua University, Master’s Degree, mechanical engineering, 2014 ~ 2016

  • GPA : 4.2 / 4.3
  • ThesisStability-Improved Walking Strategy of a Biped Walking Robot by Using Zero Torque Control Method
    • Advisor : 葉廷仁 / Yeh, Ting-Jen
    • Abstract : 
The control algorithm is implemented on a one-leg robot and a humanoid robot. In order to verify the ZTC control method on the improvement of robot walking stability, a MATLAB simulation and COG-changing experiments were executed. The results showed ZTC is able to correct the inaccurate information from IMU to modify the robot posture as well as to improve the stability of a walking robot.
  • Additional experience : 
    1. Industry-academia cooperation project with Foxconn Technology Group ( 2014.9 ~ 2015.9 )
      • Built a transformable Inverted pendulum robot and won 2nd-place award
    2. Teaching Assistant (TA) of two classes including : Robotics, Control System

National Tsing Hua University, Bachelor's Degree, mechanical engineering, 2010 ~ 2014

  • GPA : 4.02 / 4.3
  • Outstanding student awards ( Spring 2010, Fall 2010, Spring 2011, and Fall 2011 )
  • Student Project : 
    • Robot dog with wheels for guiding the blind
    • 3D mechanical design of an UFO model by Inventor software
  • Extracurricular activities : 
    1. Track and field varsity team
    2. Badminton varsity team
    3. Department badminton team
    4. Participated in a TV show called "Gold Brain"

Resume
Hồ sơ của tôi
B1pnvz8jkapfoc3buvbc

Liang An Jiang

I have over 6 years of professional experience in Object-Oriented Programming (OOP) software development using C++.


Software Engineer
[email protected]

☎ +886 912342127

Skills


Software skills

  • C++ / SystemC
  • C# / C / Python
  • Matlab / Simulink / Maple
  • LabVIEW
  • AutoCAD / SolidWorks / Inventor
  • Altium Designer
  • svn / Git / Hg
  • Linux


Professional skills

  • Software Architecture Design
  • Object-Oriented Programming
  • Design Patterns
  • Data structure and Algorithm
  • Automatic Control System
  • CNC Controller Algorithms


Language skills

  • Chinese( Native )
  • Taiwanese( Native )
  • English( Intermediate )
  • Japanese( Beginner )

Work Experience

Silicon Motion Technology Corp, Chief Engineer, May 2020 ~ now

  1. Modularized SMI CPU front-end peripheral IPs and verified their functions using an RTL co-simulation environment.
  2. Implemented Object-Oriented Programming (OOP) modules with SystemC programming language, resulting in improved development efficiency and accuracy.
  3. Conducted research on developing a cycle-accurate SystemC model to enhance system-level design verification.
  4. Collaborated with the firmware (FW) and hardware (HW) teams to verify the system design.
  5. Designed and maintained a virtual platform, reducing the development schedule of the FW team.
  6. Developed a Python script that improved the efficiency of modularization.
  7. Optimized FW code by analyzing Verilog waveform data.

SYNTEC TECHNOLOGY, Engineer, Nov 2016 ~ May 2020

  1. Designed an chip removal algorithm with automatic parameter calculation. 
  2. Implemented chip removal method on CNC machine tool.
    Benefits include : 
    • Avoid the possibility of breaking cutters. 
    • Reduce the time of chip removal. 
    • Prevent chip from scratching work-piece surface. 
  3. Filed and Obtained a patent of chip removal algorithm( TWI739468B ).
  4. Experienced with Object-Oriented software analysis and design using UML (Unified Modeling Language) modeling, C++ programming and C#.
  5. Trained new employees on C++ programming course.
  6. Completed machine learning course on coursera and obtained certificate.
  7. Took operating system course on NTHU OpenCourseWare and participated in a study group.
  8. Pioneered a software development of machine tool analysis platform. Benefits include : Business trip costs deduction. CNC machining problems detection and analysis. Parameters calibration.
  9. Modularized the encoder eccentric calibration algorithm. 
  10. Solved version compliance problem on the analysis platform. 

Education

National Tsing Hua University, Master’s Degree, mechanical engineering, 2014 ~ 2016

  • GPA : 4.2 / 4.3
  • ThesisStability-Improved Walking Strategy of a Biped Walking Robot by Using Zero Torque Control Method
    • Advisor : 葉廷仁 / Yeh, Ting-Jen
    • Abstract : 
The control algorithm is implemented on a one-leg robot and a humanoid robot. In order to verify the ZTC control method on the improvement of robot walking stability, a MATLAB simulation and COG-changing experiments were executed. The results showed ZTC is able to correct the inaccurate information from IMU to modify the robot posture as well as to improve the stability of a walking robot.
  • Additional experience : 
    1. Industry-academia cooperation project with Foxconn Technology Group ( 2014.9 ~ 2015.9 )
      • Built a transformable Inverted pendulum robot and won 2nd-place award
    2. Teaching Assistant (TA) of two classes including : Robotics, Control System

National Tsing Hua University, Bachelor's Degree, mechanical engineering, 2010 ~ 2014

  • GPA : 4.02 / 4.3
  • Outstanding student awards ( Spring 2010, Fall 2010, Spring 2011, and Fall 2011 )
  • Student Project : 
    • Robot dog with wheels for guiding the blind
    • 3D mechanical design of an UFO model by Inventor software
  • Extracurricular activities : 
    1. Track and field varsity team
    2. Badminton varsity team
    3. Department badminton team
    4. Participated in a TV show called "Gold Brain"