Mr. Nadeem Yousaf

Nadeem Yousaf is working at SS-CARE School of Engineering as permanent faculty member. His areas of interest are Embedded Software Development, Radar Signal Processing, Real Time Data Acquisition and Digital Design. He is the recipient of several professional and academic awards and distinctions and served as visiting faculty member at various Institutes.

Educational Qualifications

M.Sc. Nuclear Engineering from C.N.S. Islamabad
B.E Electronics from Eastern Mediterranean University Turkish Cyprus

Work Experience

Mr. Yousaf has 10 years of experience in Research & Development. He has vast teaching experience in several Engineering Institutes as well. He worked in CARE as Senior Design Engineer on different high-level projects. He served in companies like Communication Enabling Technologies (CET) and PAEC. At Enabling Technologies he was part of a team that was involved in DSP Optimization & Tools development. He worked on design and development of assemblers, linkers and bit-exact simulators for VLIW Media Engines developed for VOIP solutions. He also led the development and commissioning of SS7 (C7) Signaling endpoint, based on ITUT recommendations. SS7 is an integral part of ACD (automatic call distribution) system, developed by CET, presently operational at Peshawar PTCL exchange. In PAEC, he was key member of a group responsible for design & development of control room interfaces that included embedded systems, real time I/O interfaces and data communication. He has extensive experience in installation, commissioning and maintenance of the full-scale training simulator at CHASNUPP (Chashma Nuclear Power Plant). At CARE he worked on development of Radar Signal Processing & Display System. Initially it was implemented in software on Pentium machine and later the algorithms were ported on a TI DSP. Mr. Nadeem was responsible for system design, data acquisition, embedded software, glue logic, scheduling and I/O interface. He also designed & developed a de-multiplexer device, based on FPGA logic, for satellite communication that could handle data rates up to 40 MHz, with Ethernet connectivity.

Research Interests

Digital Design, Embedded Systems