Surabhi Rajandekar

Working on Post Silicon PCIe Protocol Validation - 1. C Code Development & Integration 2. Analyzing, Debugging, and Code development using - a) PCIe Gen3/Gen4 Protocol Analyzer with Interposer and Exerciser Cards b) Endpoint Cards 3. Pre-Silicon Code Development using the Emulation Environment

Researched on the following topics: 1. Computer Architecture - Cache Coherence Protocols, Different CPU Architectures, Platform Controller Hub, Motherboards etc. 2. Embedded System Design - Efficient Bit Manipulation techniques for Embedded Firmware, Communication Protocols - I2C, USB etc. 3. Digital System Design - Static/Dynamic Power Analysis, Timing Analysis, Power MOSFETs etc.

Assisted a lab section of 15 Freshman/Sophomore Year students for course Digital Systems I. Software: Altera Quartus Hardware: Altera DE0 Nano FPGA, Oscilloscopes, Signal Generators, and Logic Analyzers

1. Designed a Bench Monitoring Tool to observe the Model 3 Car Computer Display behavior using Raspberry Pi in Python. 2. Validated and Debugged Infotainment & Autopilot PCB Boards using Schematics, Oscilloscopes, Logic Analyzers. 3. Performed in-vehicle/on-field testing. 4. Got an opportunity to work on Model 3 Assembly Line.

Assisted a lab section of 15 Freshman/Sophomore Year students for course Digital Systems I. Software: Altera Quartus Hardware: Altera DE0 Nano FPGA, Oscilloscopes, Signal Generators, and Logic Analyzers

1. Developed a working prototype for a snap-on device called "ROAM - Removable Obstacle Avoidance Module" for use on white canes used by visually impaired people. 2. Designed all the hardware circuits, the final PCB board, and integrated all the electronics. 3. Interacted with a team of Industrial Designers for the overall development of ROAM as a product.

GPA: 3.83/4 (US Grading System), 1.12/4 (German Grading System) 1. Design of Digital Systems 2. Advanced Topics in Design of Digital Systems 3 Design of Computer Systems 4. Independent Study - Complex Methods for Digital System Design Verification 5. Real-time & Embedded Systems

1. Electronic System Design 2. Embedded System Design 3. VLSI 4. Automotive Systems