Crystal Hill Email & Phone Number

College Park, Md, Us

Chantilly, Virginia, United States

- Lead Program and Integrated Product Teams (IPTs) to ensure execution of near- and long-term technical objectives- Lead coordination of multidisciplinary technical teams- Manage risks, identify issues, and develop mitigation plans- Generate polished briefings to support and lead engineering design reviews such as System Requirements Reviews (SRR), Design Reviews (PDR/CDR) and Program Management Reviews (PMRs)- Develop and/or gather information to generate technical documents and reports necessary to support deliverables as required- Produce/author derived system requirements and system specifications from High Level Mission Requirements- Perform engineering tradeoffs analysis and develop Course(s) of Action (COAs) using existing constraints/guidelines- Lead the establishment and continuing coordination of Development Operations (DevOps) pipelines for product teams- Spearhead continuous process improvement while exhibiting the ability to identify waste in the system and improve the overall process to reduce wasted time and redundancy

- Technical lead and Subject Matter Expert (SME) representing PEO UWS with various activities and PEO UWS program offices for system engineering efforts, hardware and software development, integration, and system documentation for heavyweight torpedoes- Perform a variety of engineering tasks involving research, design, development, acquisition, test and evaluation for torpedo systems- Facilitate collaboration with technical personnel; lead working groups and Integrated Project Teams; and will plan meetings, program reviews, and System Engineering Technical Reviews- Support the Program Manager (PM) and Assistant Program Managers (APMs) in the formulation, definition and modification of project objectives and requirements- Conduct engineering assessments and analyses, and provide recommendations to influence project activities, proposals, and overall direction of work- Identify and resolve complex and critical system-related issues for warfare systems- Perform Contracting Officer’s Representative (COR) responsibilities, including current or recent COR certification, as well as pre-award and post-award contract management- Implement IMP, IMS recovery solution(s) to create and maintain reliable schedules

- Provide technical expertise across software design and development, software management, software testing, and integration efforts for Signals Intelligence (SIGINT) and Electronic Warfare (EW) systems- Direct reviews to evaluate alternative proposed plans, systems engineering programs, and design and test results to assure that subsystem and system performance is achieved- Prepare and coordinate technical documents which define, specify, and recommend subsystem characteristics- Prepare management reports and conduct technical presentations for planning, implementation, and corrective action- Perform program reviews to evaluate alternative proposed plans, systems engineering programs, design, and test results to assure that subsystems and system performance are achieved in line with the contract and the program requirements- Apply a broad theoretical and practical knowledge of system engineering to the system acquisition process- Sponsor, prepare for, and participate in Program Start Reviews, Acquisition Strategy Panels, Program Management Reviews, etc.- Manage system development efforts to ensure acceptance of new technologies- Lead the execution of engineering project plans across integrated engineering teams- Develop schedules or milestones for projects to ensure integration with other related activities- Develop system program goals and milestones to measure organizational efficiency or effectiveness- Identify risk items through risk analysis to develop mitigation plans supporting DCGS-MC SIGINT, SSF systems- Transitioned the Program from waterfall, SETR acquisition to accelerated, iterative acquisition to minimize cost and improve schedule, without compromising technical performance; supported the development of the PMIS Guidebook to aid in similar transitions for other programs- Developed task books and spend plans; implemented a consolidated work-breakdown structure (WBS) to provide consistency in monitoring backlogs, deliverables, and funding

- Model Based Systems Engineering- Develop and model combat system software architecture requirements- Develop and model software reliability requirements

Ventura, California

- Provide on-site engineering expertise, including: problem identification and resolution, instruction in performance of maintenance, technical/consultative services during installation, integrations tests, or other test/evaluation efforts- Conduct research and comprehensive design studies related to hardware reliability, operation, performance, and/or maintainability into development, acquisition, and design changes- Perform and apply failure modes and effects analysis, stress analysis, fault tree analysis, and reliability modeling- Prepare, review, and modify/update technical documentation (i.e.- development, interface or end item specifications, test requirements and plans, production drawings, operating manuals) relative to all phases of lifetime support- Provide technical guidance for procurement actions, including generation and review of procurement documentation- Consider and apply standard procurement quality assurance methods and procedures- Provide engineering evaluation of and solution to fleet problems: review reported failures, research readiness, develop solutions and evaluate/propose corrective actions to the reported failures/problems- Provide for the overall engineering, integration, test and evaluations and assessment of the Navy’s Ship Combat/Weapons Systems (aggregate of systems/equipment within a weapons platform required to carry, launch, gun systems, release and control radar, and control of all interfaces across all ship combat systems and warfare elements) - Provide technical consultative information and maintains knowledge on design, configuration, and problems of cognizant system

College Park, Maryland

- Review current applications and fabrication methods of bulk ceramics- Integrate bulk piezoelectric ceramic materials with current medical devices and robotics- Micromotor development from bulk piezoelectric ceramics utilizing cost effective and readily accessible technologies

Prince William Medical Center & Haymarket Medical Center

- Create a more efficient and personal relationship between the provider and patient- Communicate all abnormal results/history/critical findings to the provider immediately- Keep record of all events which occur while the patient is in the emergency room including critical events, procedures,exams,entering in discharge/follow up/admission information, charting patient information-Optimize Emergency Department flow by 33%-Perform rounds on patients, confirm vital signs and patient's pain status, calculate "Heart Score"-Observe:• Incision & Drainage of abscess• Munchausen Syndrome• Identification of brain tumor from imaging studies• Cardioversion• Intracardiac Injection• Process for diagnosis and prognosis• Development of order sets

Baltimore Longitudinal Study Of Aging

- Process and analyze motion study data utilizing Vicon Nexus, Python, and MAT Lab- Organize and maintain accurate records of data processing- Communicate with clinical scientists to provide feedback on quality control assessments- Contribute to the design, implementation, and iteration of metadata standards describing the high-throughput data produced by the consortium scientists-Define the correlation between cognitive measurements and gait variability

Walter Reed National Military Medical Center: Critical Care Department

- Shadowed the Director of the Medical Intensive Care Unit at WRNMMC (65 hours)- Attended lectures- Observed rounds, diagnosis discussions, and minor procedures in the Medical Intensive Care Unit (MICU)- Procedures observed: • Dobhoff, nasogastric (NG) feeding tube placement • Bronchoscopy • Thoracentesis • Paracentesis • Foley Catheter insertion • Tracheal Intubation • Arterial Line insertion and removal • Central Venous Catheter insertion and removal • Ultrasound/Echo: lung, chest, heart, ocular, leg • CT results and analysis • Completion of consent, Do Not Resuscitate, Discontinuing Patient Care, and Certificate of Death forms

Greensboro/Winston-Salem, North Carolina Area

Pulsatile Stent Corrosion-Fatigue Rig for Stents with Live Time Structural Monitoring:-Designed bioreactor to examine temporal structural decay of specific stent material/geometry as a function of environmental and load variables

Greensboro/Winston-Salem, North Carolina Area

Model Heel Height Via Body Angles:- Model the linear relation between heel height and cervical lordosis, head protrusion, thoracic kyphosis, tibiotarsal, and lumbar lordosis angles- Predict optimum heel heigh

Greensboro/Winston-Salem, North Carolina Area

Specific Knee Total Arthroplasty Device for Obese, African American Women: - Designed a total knee arthroplasty device that accommodates anatomical differences

Greensboro/Winston-Salem, North Carolina Area

- Atomic force spectroscopy and force spectroscopy to examine the assembly of collagen fibers over time in varying pH conditions- Force spectroscopy of bacteria and characteristics of antimicrobial resistance

4555 Overlook Avenue Sw

- Measure signaling between cells using nanoscale sensors fabricated on glass substrates- Fabricate and biofunctionalize nanosensors to detect cellular secretions, while also culturing and characterizing the cells used in concert with the nanosensors

Greater Pittsburgh Area

NSF-ERC Pittsburgh Tissue Engineering Summer Initiative Performed simulation education to introduce Pittsburgh youth to regenerative medicine involving: - Badylak/McGowan Institute of Regenerative Medicine tissue scaffolding - Genetic transformation of bacteria- Tissue decellularization for re-population- Regenerative maxillofacial bone modeling

Bachelor Of Science (B.S.), Bioengineering And Biomedical Engineering, 3.01

Activities and Societies: National Society of Black Engineers (NSBE), Biomedical Engineering Society (BMES), Acting President of SHAC.

Master Of Science - Ms, Systems Engineering