I led software teams developing Go microservices and REST API endpoints. I implemented team process improvements concentrated on CI/CD with Gitlab pipelines, Docker, and Kubernetes to streamline development, testing, and deployment. I have designed, reviewed, built, and deployed multiple projects which delivered low-latency adtech for our exchange and auctions platforms. My experience includes designing and implementing high-performance matching and targeting algorithms in Go, which increased the efficiency of connecting buyers and sellers while decreasing latency by 3x.

I developed advanced features in C++ to improve the latency of our in-house neural network engine. I implemented an in-process memory heap tracking system to ensure optimal memory usage. I wrote a high-performance API for the engine, enabling seamless integration with third-party systems. I built engine integration tests in Python using pytest, guaranteeing high reliability and accuracy. Finally, I implemented dockerfiles to deploy the engine into new platforms on AWS.

I designed and implemented a Java microservice for Amazon Alexa. The microservice was a high-throughput SQS client which was horizontally scalable. In addition, I implemented a data layer in AWS Redshift. Finally, I developed a Python data uploader for Elasticsearch, streamlining data processing and enabling efficient data retrieval.

I developed a 3D graphics system for military flight simulation in C++, enabling seamless and realistic simulation. I have designed and implemented a 3D world editor in C#.Net and C++. The editor enabled users to build 3D cities on terrain from satellite data. Additionally, I architected a third-party hosting interface that facilitated the seamless integration of the application into other products. I implemented efficient algorithms to optimize the performance of multithreaded graphics engines. Furthermore, I have implemented a paging memory management system in C++, ensuring optimal memory usage. I also implemented network broadcast of entity movement and metadata system over UDP and designed a graphics system using GPU shaders HLSL and Intel SIMD Intrinsics, which has allowed for advanced graphical processing. Additionally, I developed a custom in-memory database system for high performance and implemented encryption and license systems for secure systems in GO/C++/

Designed, implemented and deployed low latency network. Implemented a real time financial data feed for algorithmic trading. Expanded data network to multiple US and Europe locations. Optimized release of embargoed news from government lockup sites. Implemented free text parser for data feed Ported very large system to 64 bit - 1/2 million lines of code - $80million a year in revenue. Implemented streaming large files inImproved server latency 150% by re-implementing bottle necks in code. Fixed memory corruption bugs in server. Resolved COM interface integration. Implemented WPF analysis package. Integrated large data sets into tables and charts.

A consulting software architect. Worked on a project basis across several industries.

Software architect for next generation baggage handling system for explosive detection system.System is designed for large US airports, government facilities, and overseas sites.Component-oriented design allowed unified code base to operate across multiple product lines with different hardware configurations.System features include supervisory control of conveyor and scanner hardware.Integration with third party hardware over network.Multi-threaded, event driven state machines.

Software architect for large, next-generation, real-time control system.The platform was new hardware. It consisted of nearly a dozen modular processing chambers and robotic handling systems which passed wafers back and forth.Designed component-based architecture allowing high module configurability.Designed robust cooperative control and message passing.

Image viewer client for cell phones .Cell phone client connected to Internet server to download and execute scripts.Implemented XML parser from scratch, from network packets layer to DOM.Client could send and receive scripted commands via SMS. Network client implemented to be occasionally connected and fault tolerant. Robustly dealt with network failure and still give user good behavior. Client ported to run on numerous cell phone platforms.Implemented graphics, parsers, networking, file system, console, and event loggers.

Implemented data aggregation server with .Net RemotingDesigned and implemented a compiler.System compiles script to run process control loops.Developed real-time process scheduler for Embedded XP. Developed performance measurement system to record jitter and latency.Grammar design with Lex, Yacc and ANTLR.

Led product cycle, from starting design documents to successful delivery to customers. Extended and improved performance of network processor simulation.Designed and implemented performance analysis and debugging IDE for new C5 network router chip.

Client server system, developed and deployed for several thousand simultaneous live users. Used SQL database in multi-tiered server to deliver news, stocks, and weather content.Implemented third party plug-in architecture and interface for web application.

Led 3 programmers on prototype team. Designed the software architecture of the prototype.Developed low-level libraries for memory allocation, file access, debugging, and stack tracing for next generation console.Wrote application scripts in a proprietary language.

Wrote wide variety of subsystems for commercially successful products, including resource allocation system, path search system, scripting language, fuzzy logic expert system, and real-time feedback controllers. Application was written as a client-server architecture and could run over the internet or LAN with concurrent users. Wrote phase 1 internal technology demo for application including graphics, sound, UI. Co-wrote the technical design document. Much of the code I wrote was reused in several other successful products.

Developed mechanical failure system for TF34 jet engine based on sensor data from an embedded fault diagnostic system.Participated in code review, design analysis, and administration of project.