• Developing advanced automatic technology for nano-probing• Programming in LabVIEW, C, C++, and Verilog to control DSP and FPGA controller components• Providing technical leadership for projects incorporating complex electromechanical (Mechatronic) systems• Developing advanced image recognition algorithms for higher efficiency and yield• Capable of grasping and retaining electrical design principles and working independently• Developing motion control systems and drive designs from concept through application• Design, test, and troubleshoot control systems including PID control and data processing algorithms • Perform image recognition programming for test data acquisition and automation• Work with Process Engineers to characterize probes• Taking a “hands-on” approach with instrumentation to test and debug software features• Create and maintain programmatic and technical documentation to insure efficient planning and execution

• Design programs to control systems and analyze their behavior.• Working on scanning probe microscope• Circuit designing using Klayout• Coordinate and communicate work effort• Write test documentation and procedures as well as weekly reports