Pooja Das

Area of Expertise:

• Infrastructure, Technology, Engineering, Science

Professional Experience:

Wholly owned subsidiary of Fujitsu Semiconductor Limited serving the automotive, industrial, home entertainment and communications markets.

Junior Application Engineer
Develop and test individual software modules for an HDTV decoder chip used for set-top boxes. Software development for embedded system based on RTOS using hardware-oriented C language. Software driver development for specific on-chip hardware modules. Development of GUI system using 2D graphics engine. Troubleshoot and resolve process errors in embedded software. Serve as prime point of contact for many strategic partners and key customers.

Major Achievements:
•Improved customer satisfaction by implementing requested system modifications and features.
•Contributed to business expansion and revenue growth by resolving urgent client issues in a timely and effective manner.
•Designed a human machine interface (HMI) that reduces the time it takes for users to conduct platform certifications and tests, as well as improving demonstration of the system’s capabilities.
•Was actively involved in the team for creating product development roadmap.

FRAUNHOFER INSTITUTE FOR COMPUTER GRAPHICS RESEARCH, Darmstadt, Hessen • 2009-2010
Leader in applied research and the development of customer-specific prototypes and complete solutions in model-based visual technology

Research Assistant (Part-time student job)
Performed applied research using Intel’s Open CV library for two-dimensional object identification
Major Achievement:
•Contributed to the advancement of work in pattern match and 3D camera calibration technology.

VITRONIC GMBH, City, Wiesbaden, Hessen • 2008-2009
A worldwide pioneer in the field of machine vision serving the automotive, medical and pharmaceutical, packaging and materials, and photovoltaics industries.

Intern (Full time)
Collaborated in the design of an SDRAM controller for expanding memory and increasing the speed of FPGA-based industrial video processing platforms.