Aakash Magesh

Dynamic entry-level Electrical Engineer proficient in design, integration, and programming languages (Java, C#, Python). Eager to contribute robust problem-solving skills to propel pioneering projects within a technology-focused organization. Well-versed in industry-standard VLSI tools (Cadence Virtuoso, Xilinx Vivado, Synopsys Design Compiler), dedicated to delivering innovative technical solutions that precisely meet project objectives.

• Achieved Cisco Certified Network Associate (CCNA) certification for Routing and Switching Essentials in 2019
• Earned CCNA certification for Introduction to Networks in 2018

Professional Experience:

VLSI Design 1 Course Project:

• Designed and implemented a 32-bit Carry Skip Adder using VHDL in Cadence Virtuoso and optimized it for high-speed arithmetic operations, showcasing proficiency in digital circuit design and optimization techniques.

VLSI Design 2 Course Project:

• Successfully implemented LDPC encoder and decoder algorithms using matrix-based methods in Xilinx Vivado and demonstrated strong problem-solving skills in error correction for communication systems.
• Created a comprehensive test bench in Synopsys VCS to rigorously validate the LDPC encoder and decoder design, emphasizing reliability and robustness.

Computer System Architecture Research:

• Researched emerging technologies and presented findings on "Pitstop: Enabling a Virtual Network Free NoC," employing MATLAB/Simulink for system modeling and analysis, as well as Synopsys HSPICE for evaluating system performance.

Embedded Computing Systems Project:

• Designed and implemented digital circuits incorporating microcontrollers and real-time operating systems, utilizing MPLAB X IDE for microcontroller programming and debugging and FreeRTOS for system development.

Random Signal Analysis Coursework:

• Leveraged MATLAB for random signal analysis and optimization in communication systems, demonstrating competence in analyzing and optimizing communication system performance.

Semiconductor Devices Coursework:

• Analyzed semiconductor devices and their applications in electronic circuits using Synopsys HSPICE, showcasing a strong understanding of semiconductor physics and circuit design principles.

Wireless Communication Systems Coursework:

• Demonstrated proficiency in wireless communication systems, including modulation schemes and receiver design, through MATLAB-based system modeling and simulation.

Network Coding Encoder Project:

• Designed and implemented a Network Coding Encoder using VHDL programming, optimizing the circuit through simulations and timing analysis using industry-standard EDA tools such as Mentor Graphics DAIC Schematic Editor, HSPICE, IC Static, and Leonardo Spectrum.