Steven Daniel Email & Phone Number

United States

Leading the MBSE team in support of DoD contracting. Defining Systems and Software Architecture. establishing team goals and guiding the continuing development of evolving models.

United States

Part of the Software Development Team responsible for the Software Architecture for the Joint Light Tactical Vehicle.

Huntsville, Alabama

MBSE Technical Lead/MBSE Advanced Concepts LeadTechnical Lead of MBSE Team. Researched and implemented Digital Engineering to include MBSE that embraces a model-base methodology to the implementation of the United States Government's Acquisition Lifecyle models. Implemented the Digital Engineering Strategy as outlined by the Office of the Deputy Assistant Secretary of Defense for Systems Engineering. Crafted MBSE Models of current government aircraft survivability products using SysML and a tailored Object Oriented Systems Engineering Methodology. Demonstrated the operations of the products by making the models executable. As Advanced Concepts Technical Lead explore methods and strategies to implement Model Based Verification and Validation with the purpose to supplant hardware usage for VV&A. Determined strategy to flow information from SysML Models to other modeling languages such as UAF and FACE. Implemented SysML Modeling Style Guides and well as SysML Training information for various stakeholders. Assisted the governments customer with trade studies and technical research supporting tool, language, and methodology selection. Developed schedules to support modeling tasks. Conducted customer meetings and Technical Interchange Meetings.

Huntsville, Alabama

Designed and developed the Integrated Air and Missile Defense Battle Command System (IBCS) Near Real-Time Analysis (INeRTiA) tool. Conducted systems analysis of IBCS Performance data to evaluate system performance objective are being accomplished. Built and integrated the Integrated Track and Engagement Management (ITEM) component supporting the Integrated Air and Missile Defense (IAMD) Simulation IAMDSIM for U.S. Army Combat Capabilities Development Command (CCDevCom).Conduct system analysis and verification of IBCS Hardware Critical Item Development Specification (CIDS) specifications.

Florence, Alabama Area

Developed System Modeling Language (SysML) Model for Unmanned Aircraft Systems (UAS) Flight Control System (FCS). Successfully implemented UAS FCS with specialization in swarm management.Designed and implemented Enterprise Networked Content Management System for commercial customers. Performed technical analysis and consultation supporting deployment of large data system support client and patient management systems.

Huntsville, Alabama

Technical Director of the Vencore Special Projects Group. Responsible to the Senior Vice-President of Aerospace Systems Engineering. Provide management and technical direction to an advanced technology development group. Team members include software engineers, system engineers, software architects, software test engineers, physicists, and configuration management specialist. Work with corporate business development specialists in preparation of technical volumes to accompany bid and contract proposals. Develop planning schedules and manage contract requirements. Directly manage engineering team. Develop and implement systems and software processes to accomplish engineering tasks. Assist the software architect in the creation of software architectural models and in the preparation of charts and presentations to propose solutions to customer problems. Manage cost and schedule accorded to Earned Value Management System and serve as the Control Account Manager. Coordinate engineering efforts to accomplish all customer milestones and deadlines.

Huntsville, Alabama

Responsible for the supervision of eleven person software development group in the Special Projects Sector for the Advanced Hypersonic Weapon (AHW), Develop schedule, coordinate system software development resource and lead Agile software development teams. Design and develop tactical Command and Control Systems for offensive and defensive weapons systems. Design and develop supporting tool set for use in the development of Simulation and Prototypes of the AHW systems. Design and implement Red/Blue Force Simulations. Develop Unified Modeling Language (UML) architectural models for AHW and the QNA C4 System. Develop UML models for development of QNA Internal Research and Design (IRAD) projects. Perform analysis to support system requirement generation. Implement requirements data management system. Develop standards based requirements specification in support of software architectural projects. Identify Friend or Foe (IFF) Subject Matter Expert for ALLFIND Joint Feasibility Study. Simulation Subject Matter Expert for the EC2BMC Hardware-in-the-Loop (HWIL) Laboratory for AMRDEC support of the Missile Defense Agency.

Huntsville, Alabama

Perform software design and development in support of the Advanced Hypersonic Weapon Technology Demonstration program. Developed initial Command and Control System to support weapon deployment operations. Supervised software development team in the development of land-mobile, sea-based, and static land configurations of the deployed weapon. Developed Planning and Operations System to support the Engagement Operations system. Developed models and simulations to test operations and configurations of the design. Implemented and supervised tests and simulations of the system leading to actual operational Flight Test of prototype system.

Huntsville, Al

Lead development of Models and Simulations in support of Special Project group research and design activities. Developed prototype Advance Battle Management Command, Control, Communication, and Computers Integrated (BMC4I) System. This system demonstrated new “Plug and Fight” concept of operations. Developed the AHW Planning and Execution System as an advanced concept to support the Advanced Hypersonic Weapon Technology Demonstration System. Supported bid and proposal efforts for the Advanced Joint Land Attack Cruise Missile Defense Elevated Netted Sensor (JLENS) System Aerostat proposal. Developed technical documentation in support of the proposed Advanced Seek and Avoid System for remote drone operations. Worked with the Army Architecture Characterization Program (A2CP) developing software models of real-world systems for use in advanced simulation and training.

Huntsville, Alabama

Designed and coded first Terminal High Altitude Area Defense (THAAD) test system prototype —BMC4I System Integrated Test Environment (BSITE). Demonstrated the capability to perform multiple simultaneous tests on one test bed. Produced Unified Modeling Language (UML) model of the Medium Extended Air Defense System (MEADS) Risk Reduction Effort (RRE) Prototype. Developed System and Software requirements for MEADS System. Demonstrated the MEADS Plug-and-Fight System. Developed UML model and System Requirements BMC4I Test Set (BTS) to support MEADS model and simulation testing. Developed MEADS BMC4I Common Simulation Framework (CSF) model to support system requirements development for MEADS. Performed Model Based Systems Engineering (MBSE) in support of the MEADS Design and Development (D&D) Phase.Designed the MEADS System Model for the D&D Phase.