Dipl.-Ing. Saad Sarwar Cheema

1) Characterization of High speed interfaces. 2) Test concept for characterization and Production. 3) Pattern Development for full coverage. 4) UVM Verilog Test Bench and Vector Generation. 5) DFT support for High speed interfaces. 6) Functional Verification of High Speed Interfaces.

Performance Validation for the Peripheral Modules of Aurix 2G a Tri-core architecture, Master Thesis Design analysis and Concept development to stimulate and propagate the critical path of logic cones. Optimization of test cases and test time by applying constraints. Serial performance measurements of corner case devices to obtain statistical data under process variations. Statistical analyse and correlation of corner case devices data.

Automated Tracker Tool Development based on Requirement Driven Development Flow (RDDF) for Test Engineering, Internship Requirements elicitation, base lining, concept development and designing graphical user interface for the respective tool. Software development according to requirements along with error handling and risk management integration with the tool. Implement white and black box testing strategies to verify all requirements of the tool. Project management, change management and team work.

Research of the literature concerning the various architectures for industrial electronics systems. Build a database to assess the consumption of semiconductor components in the examined pieces of equipment. Modelling and automation of Semiconductor market tracker and specialized case studies. Interviewing the semiconductor OEMs representatives, analyse, estimation and predict future of semiconductor market revenues and unit shipments.

System-on-Chip Technologies, Project IC design, High Speed CMOS Technologies, System-on-Chip Platforms, Testing of Digital Circuit's, Memories Technologies, Multicore Architecture, VHDL using Vivado, Broadband technologies.

SELECTED PROJECTS: 1) Noise cancelation using LMS based Adaptive Laguerre filters on the Real time embedded system (FPGA) 2) Control of Servo Motors Using PIC micro controller 18F4431 3) Implement Signal Processing Techniques Using GUI in Matlab