Stephen D. Wise Email & Phone Number

Colorado Springs, Co, Us

Denver, Colorado, Us

Develop and oversee technical strategy, capability development, and technical delivery aligned to regulated market reference architectures that achieve mission and business objectives. Engage with mission and business leaders throughout all engineering lifecycle phases to ensure high quality capability delivery that maintains mission integrity during new technology adoption. Lead internal initiatives to expand intellectual property, drive operational efficiency, and improve enterprise business performance. Focus on digital transformation and technology insertion in large distributed software systems that contain multiple air-gapped environments within the Nuclear Command, Control, and Communications (NC3), Missile Warning, Missile Defense, and Space Domain Awareness missions.

Denver, Colorado, Us

Responsible for developing products, solution architectures and enabling technical sales elements that represent a cohesive set of core go-to-market products and solutions to address Federal, State, Local & Education (SLED), and Enterprise Commercial markets. Develop and anchor C-level mission and line of business owner relationships for improved performance within large, technically complex accounts to achieve revenue and profit margin growth. Lead the formulation and representation of complex system integration activities and solution development to achieve client mission and business objectives.

Denver, Colorado, Us

Responsible for developing quality managed cloud solutions and delivering beneficial technology roadmaps to improve cyber posture, mission capability delivery speed, and mitigate obsolescence risk for Federal market customers. I revised governance processes, solution architectures, modified business rhythms, and incorporated weekly customer-facing technical exchange meetings to increase revenue by 200%.

Arlington, Va, Us

Engineering Director/Chief Engineer. Responsible for establishing strategic and technical roadmaps for the Nuclear Command, Control, and Communications (NC3) and Battle Management Command and Control (BMC2) markets. I responded to multiple technical Requests For Information (RFI), Requests For Proposal (RFP), and delivered technical presentations for executive business and senior military leaders. I am responsible for technology assessment and insertion within mission critical systems to achieve customer requirements. I chair the Engineering Review Board (ERB) and Architecture Working Group (AWG) to ensure technical solution development achieves product quality requirements, improves cybersecurity posture, mitigates capability obsolescence risk and complies with both market strategy and technology roadmap objectives.

Bethesda, Md, Us

Technical Portfolio Manager/Chief Engineer for the Command, Control, Communications, Computers, Intelligence, Surveillance, and Reconnaissance (C4ISR) Strategic C2 Division. Responsible for leading all engineering activity across multiple C2 programs with annual sales exceeding $250M. I established IRAD technology direction, market retention and penetration strategies, and created multi-year technology roadmaps. I was involved in all aspects of technology development, customer communication, and budget planning to successfully grow the business.Chief Architect for the Command, Control, Battle Management and Communication (C2BMC) program. I was responsible for leading all architecture solutions, establishing technology standards, ensuring design and implementation compliance, and achieving enterprise integration success. I established program governance processes and chaired the architecture approval board to ensure technology development and insertion achieved mission requirements.

Enterprise Engineering Lead for the Combatant Commanders Integrated Command and Control (CCIC2S) program on the ISC2 contract. Responsible for evolving mission interfaces to assure integrity between ITW/AA sensors and adjacent NC2 capability, CCIC2S performance engineering, CCIC2S architecture evolution, missile warning algorithm studies, air warning advanced concept development, technical support to the ITW/AA Technical Performance Evaluation (TPE) executed by USSTRATCOM/J65, ITW/AA interface documentation within the Integrated Weapons System Database (IWSD) and identifying ITW/AA mission risk associated with external sensor (e.g. Upgrade Early Warning Radar (UEWR) and Space Based Infrared System (SBIRS) Survivable Endurable Evolution (S2E2) capability migration.

Chief Engineer of Operations, ISC2. Responsible for all areas of CCIC2S product development to include missile warning, air warning, system control and communications capabilities. Primary responsibilities included leading engineering teams to accomplish program objectives, management and control of the technical baseline to achieve customer needs and leading cost, technical and schedule proposal activities to mitigate obsolescence risks within the enterprise. Authored multiple CCIC2S Transition to Operations (TTO) technical documents to facilitate technology insertions while maintaining ITW/AA mission integrity.

Product Program Manager, ISC2. Directed all areas of CCIC2S Spiral 2.1 (CS2.1) product development to include missile warning, air warning, system control and communications capabilities. Developed a TTO plan that resulted in the operational acceptance of ISC2’s Communication Processing System (CPS) at ITW/AA Strategic Forward User locations including the USSTRATCOM Global Operations Center.

System Architect, ISC2. Directed all engineering disciplines for the Processing and Display Subsystem Migration (PDS-M) project. Responsibilities included overall technical implementation and project direction. Architected and designed the PDS-M Monitoring Tool (PMT) that provided health and status information for PDS-M’s display and communication systems to the Cheyenne Mountain Air Force Station’s (CMAFS) 721st System Center. Coordinated future capability requirements with the NORAD/J6 and USSTRATCOM/J3 Operational Approval Panels. PDS-M is a missile warning and NUDET display capability integrated into the ITW/AA and TMW missions. PDS-M is supporting mission operations at Offutt Air Force Base’s Alternate Missile Warning Center (AMWC), CMAFS, all Strategic Forward Users, ITW/AA Situational Awareness locations and multiple TMW locations.

Lead Software Engineer, ISC2. Instrumented and re-architected PDS-M’s communication infrastructure and archiving algorithms using IBM’s Purify, Quantify and Coverage Computer Aided Software Engineering (CASE) tools.

Software Engineer, Space Based Infrared System (SBIRS). Implemented a client/server architecture to create a real-time data collection subsystem for tactical and strategic Global Communication Network (GCN) messages using Object Oriented methodologies. The highly available architecture assured timely message traffic flow between sources and users of SBIRS strategic mission data.

Software Engineer, Integrated Mission Operation System Control (IMOSC). Designed, developed and tested a multicast data filter capability for the IMOSC program. The IMOSC capability gathered and stored Global Positioning System (GPS) telemetry data for long-term trending and analysis. Implemented algorithms to assess and trend GPS telemetry measurands to evaluate out-of-limits error conditions. Designed and implemented the operator interface within OS/Comet. Software Engineer, Iridium. Implemented a command encryption algorithm that ensured the integrity of mission commanding on the Iridium global telephone system.

Software Engineer, Ultra High Frequency Follow On (UHF/FO). Responsibilities included software requirements analysis, design, implementation, integration and test for the UHF/FO upgrade for the Naval Space Operations Center (NAVSOC). Designed, implemented and deployed a memory management capability used to modify a spacecraft’s mission tasking.Software Engineer, Polar Extremely High Frequency (EHF). Designed and developed a legacy database translator to read and convert the telemetry frame information into an OS/Comet database. Created an asynchronous data collection module for down-link data acquisition as part of the telemetry processing real-time solution,. The telemetry collection capability was runtime configurable to facilitate raw telemetry forwarding to one or more geographically distributed systems.

Bs Mathematics, Applied Mathematics

Ms Computer Science, Web Based Enterprise Management