Welcome
Mr. Metzger is a technology enthusiast with 20+ years of industry experience in Digital Transformations and Software Engineering. This website will share his experiences and insights gained during his journey toward a Doctor of Technology degree from Purdue University. Research interest is in Digital Transformation, Technology Leadership, Artificial Intelligence, and Cybersecurity.
Academic Background
Doctor of Technology, Technology. Purdue Polytechnic Institute, Purdue University - West Lafeyette, IN. In Progress.
In Progress: The Doctor in Technology is designed to encompass best practice techniques that can be implemented in business, industry, government and NGOs, as well as by entrepreneurs, to solve complex technology-related problems. Completed 9 out of 60 credit hours with a 4.0 GPA.
Research Topics: Digital Transformation; Technology Leadership; Artificial Intelligence; Cybersecurity.
Doctoral Coursework: Demographic Leadership; Digital Leadership; Global Supply Chain; Emerging World-Class Leadership Strategies; Global Perspectives on Emerging Technologies; Leadership of Cyber Security and Cyber Forensics; Technology Research and use of Data Analytics; Internet of Things and Cybersecurity; Agile Strategy for Leadership; Human Capital Management; Leadership Organizational Change; Analysis of Research
Innovation and Technology Commercialization Coursework (Graduate Certificate from Daniels School of Business): Frontiers in AI; Frontiers in C-Suite; Negotiations in Organizations; Financing New Ventures; Mergers, Acquisitions, and Corporate Control; Technology Strategy.
Master of Advanced Studies, Architecture-based Enterprise Systems Engineering. UCSD Jacobs School of Engineering and Rady School of Management, University of California San Diego - San Diego, CA. Graduated 2015.
Outcomes: The Master’s degree in Architecture-based Enterprise Systems Engineering (AESE) educates senior engineers and engineering managers to the problems and emerging solution approaches that can enable their enterprises to better respond to the challenges of globally distributed operations in complex, highly dynamic, event-driven environments. Completed 42 credit hours with 3.804 GPA.
Capstone: On-Demand Healthcare is a differentiated software solution that provides unparalleled convenience and quality health care services at the touch of your fingertip through the digitally enabled house call. Provisioned on a secure cloud platform to globally scale services to meet demand, a comprehensive Business Intelligence solution to optimize operations and capitalize on market opportunities, and a premier network of health care practitioners, On-Demand Healthcare is positioned to transform the health care experience.
Engineering Coursework: Complexity and Large-Scale Systems; Enterprise Architecting; Modeling, Simulation, and Analysis; Engineering Essentials for Open, Distributed Systems; Patterns for Enterprise Architecting.
Business / Leadership Coursework: Essentials for Business Practices; Leadership, Ethics, and Team Management; Decision and Risk Analysis; Managing Stakeholder Relationships.
Master of Science, Computer Science. Virginia Tech College of Engineering, Virginia Polytechnic Institute - NCR Campus, VA. Incomplete.
Outcomes: The Master of Science degree provides a solid foundation in computer science while still offering flexibility to meet the needs and interests of individual students Completed 34 credit hours with 3.28 GPA.
Research Topics: Software Engineering; Domain Engineering; Software Safety in Reuse.
In Progress Thesis: Contracts for Safety, 2009. By nature, compositional software reuse takes a software component out of its intended environment and plugs it into a foreign environment. This change in context can often end in catastrophe as seen in the Therac-25 and Arian 5 accidents. To make transitions in environments safer, I propose that a complete specification be defined for the reuse component using a Design by Contract paradigm. By developing a complete set of specifications and using a design by contract wrapper to enforce these specifications, a user can easily identify the concept and context of a reuse component mitigating any risk of its use in a foreign environment, increasing the software safety of the component.
Computer Science Coursework: Software Engineering; Domain Engineering; Network Architecture and Protocols; Information Storage and Retrieval; Operating Systems.
Bachelor of Science, Computer Science and Bachelor of Science, Mathematics. Arts & Sciences, College of William & Mary - Williamsburg, VA. Graduated 2003.
Computer Science Coursework: Introduction to Computer Science; Data Structures; Discrete Structures in Computer Science; Algorithms; Program Language Design; Computer Organization; Finite Automata; Simulation; Computer Graphics; Systems Programming; Software Engineering; Artificial Intelligence; Web Programming.
Mathematics Coursework: Calculus; Linear Algebra; Multivariable Calculus for Science and Mathematics; Foundations of Mathematics; Applied Statistics; Elementary Analysis; Introduction Operations Research; Probability; Operations Research II.
Business Coursework: Principles of Accounting, Principles of Microeconomics, Principles of Macroeconomics.
Certifications
Entry-level Programming in Python, Purdue University College of Engineering
Organizational Design for Digital Transformation, MIT Sloan School of Management Executive Education.
Product Management, Stanford University School of Engineering.
Project Management Professional (PMP), Project Management Institute.
Amazon Web Services Cloud Practitioner, Amazon Web Services.
Scaled Agile Framework 4.0 Program Consultant, Scaled Agile, Inc.
Scaled Agile Framework 4.0 Scrum Master, Scaled Agile, Inc.
Service Oriented Architecture Certified Architect, SOA School.
Professional Experience
2011 - Present: Booz Allen Hamilton, Chief Technologist. Works with various public sector clients to strategize and execute their Digital Transformation and System Modernization initiatives.
2004 - 2011: Raytheon IIS, Senior Software Engineer, with Honors and Senior Software Quality Assurance Engineer. Developed several large artificial narrow intelligent (ANI) systems that perform autonomous flight in a CMMI Level 3 / ISO 9001 compliant engineering organization.
2003 - 2004: Progeny Systems Corporation, Software Developer. Researched and developed a proprietary non-intrusive, embedded cross compiler debugger to support the development of complex system-of-systems behavior.
Summer 2002: Lockheed Martin, Intern. Created and maintained an Oracle database of underwater contacts.
Summer 2001: Lockheed Martin, Intern. Implemented and debugged embedded GPS / inertial navigation software.