Brad Smalling Email & Phone Number

Overland Park, Ks, Us

EIT Certification Texas Board of Professional Engineers and Land Surveyors (8/24/2022)EIT No. 76421Passed NCEES Fundamentals of Engineering (FE) Electrical and Computer exam (8/4/2022)https://account.ncees.org/rn/2275735-1538693-952e048- Great Courses: The Science of Information- Great Courses: Big Data- Udemy: 2022 Complete Python Bootcamp from Zero to Hero in Python- Udemy: Python for Data Science and Machine Learning Bootcamp- Udemy: Machine Learning A-Z: Hands-On Python & R In Data Science

Dallas, Texas, Us

- Maintained and enhanced web application for optimizing pharmacy pricing (C#, PostgreSQL)- Developed a Linux-based vaccine reminder service integrated with the CallFire API (C#/.Net core, MySQL).- Various Linux development and administration tasks (CentOS, Apache, PHP, MySQL, bash, LDAP, SAML).- Web-UI development (PHP, JavaScript, CSS).- Enhanced and maintained various Windows applications (C#, MySQL).

Shelton, Connecticut, Us

- Automated survey processing (Ruby, resque, MySQL, REDIS).- Developed API for survey reporting (Ruby/Rails, MySQL, Impala).- Developed RIM weighting algorithm and statistics (Ruby, Go).- Developed norms calculations and statistics (Ruby, MySQL).

- Developed a service to mine data from Facebook users and groups (Ruby, PostgreSQL, Facebook Graph API).- Developed a Facebook group analysis application integrated with Facebook (Ruby/Rails, PostgreSQL, Facebook Graph API, CoffeeScript, Sass, Haml).- Developed various embedded projects using the Arduino and Raspberry Pi platforms (C, Python, Ruby).- Developed integrated macros and extensions for the Google Docs API (JavaScript).

Irving, Texas, Us

- Ruby/Rails/PostgreSQL -based back pain analysis software and generation of care diagrams- Ruby/Rails/PostgreSQL -based data import software for rapidly and accurately importing healthcare data

Alpharetta, Ga, Us

- Recipient of the 2009 “Innovation Award”, given annually to the individual or group who has demonstrated the ability to design, develop, and implement exceptionally innovative technology, features, or products.- Defined and promoted the technical vision, goals, and execution plan for the Revenue Cycle Technology division.- Lead architect and developer of a WPF-based business rules management application (C#, XAML, Actipro).- Developed an innovative “Semantic Search” algorithm for searching the existing rule base (C#, Actipro).- Lead architect and developer of a WPF-based hospital charge capture audit product (C#, XAML).- Converted a legacy SQL-based rules engine improving performance by a factor of 20+ (C#, C++).

- Recipient of the 2006 “President’s Award”, given annually to the individual who has had the most influence and impact on the company’s success.- Lead architect and developer of a business rules engine (C#, T-SQL).- Designed and developed a scripting language, compiler, and runtime (C#, Grammatica).- Contributed to the development of the back-end processing for the denial management product (C#, SSIS).- Contributed extensively to the conversion of our web client to a “smart client” application (C#, WinForms).- Lead architect and developer of the ANSI 835/Electronic Remittance Advice (ERA) product (C#).- Lead architect and developer of the multi-process claims clearinghouse system and tool suite (C#, Perl).- Designed and developed NSF, ANSI, and HL7 parser/emitter libraries for healthcare EDI (C++, C#).- Designed and developed an XML validation programming language, compiler, and runtime (C++, Flex, Bison).- Lead architect and developer of the flagship healthcare claim processing product including database model, server processes, web pages, and client-side ActiveX controls (C++, C#, ActiveX, ASP.Net, T-SQL).

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- Lead architect and developer of a GSM Service Node application framework for rapid prototyping and development of mobile services and applications in C++ (SCO Unix).

- Created a general mathematical model for the current, voltage, frequency, and temperature characteristics of fluorescent lamps.- Implemented this model on the Saber simulator, which was used by engineers to test the behavior of ballast circuit designs in various temperatures.

- Contributed extensively to the development of software simulators in C for the 8051 microcontroller, PDP-11, and 80386 microprocessors (VAX C and IBM OS/2 C++).- Developed tools, monitors, and applications in VAX Digital Command Language (DCL) and VAX C providing engineers interactive interfaces to simulators for testing (VAX-VMS).