Adjunct Instructor in multiple modalities (In Person, Real Time Remote and Asynchronous Online): Java, Object Oriented Programming, Computer Science fundamentals (1019, 1060) C++ Object Oriented Programming, Computer Science fundamentals (1060) C++ Data Structures and Algorithms (1061) Discrete Structures (2065)

Verification Engineering manager for ARM A64 Server Instruction Set Simulator. Responsibilities include supervision of software engineers, coordination with user teams, debug and maintenance of existing infrastructure, code review and product release qualifications.

Lead software design engineer for ARM A64 Server Instruction Set Simulator. Responsibilities include implementation of new features consistent with architecture improvements, mentoring of junior developers, debug and maintenance of existing infrastructure as well as code review and product release.

Implementation of new features as well as debugging and maintenance of existing code for an ARM based random assembly code generator used to validate next generation Snapdragon processors. Required skills include in depth understanding of ARM v7-A and v8-A architecture paired with efficient, high level C++ code development utilizing code reuse, polymorphism and inheritance. Primary responsibilities included ownership of exception handling mechanism for minimizing repetitive code.

• Using agile development ideals implemented a C++ eco system for validation of Performance Monitoring system – utilizing object oriented classes with hierarchical inheritance as well as recursive data structures and algorithms• Performance Monitoring System Validation Lead – required ability to prioritize work, set goals, structure timeboxes, organize and report progress, mentor interns and coordinate global communication and documentation from multiple functional teams (Architecture Validation and RTL)

• Key accomplishments were analysis and development of clock waveform generation and cache circuits for Itanium processors. • Skills included fet level design and layout as well as development of quality analysis tools utilizing SPICE, Perl and Linux shell scripting

• Server Microprocessor development, primary responsibilities were fet level design and layout of custom circuits. • Special projects included work in C++ to translate specialized floating point validation modules to object oriented design, as well as development of a clock skew analysis tool in Perl

• Primary responsibility was converting advanced image processing code from C into Java, utilizing object oriented design ideals. Additional responsibilities included presentation of design to military specialists for funding.