Scott Simpkins Email & Phone Number

Biomedical Engineering, Team Leadership, and Program Management: Direct ~20 cross-functional staff in large-scale projects, guiding the development of advanced computer applications, healthcare assessments, competitive dynamics, and game theory for government applications. Budget Management & Resource Planning: Oversee budgeting, staffing, and resource planning for global projects, identifying requirements and developing applications for government users.Coaching & Mentoring: Advise and mentor STEM disciplines across JHU.Collaborative Innovation: As founding committee member of an institutional innovation center, collaborate with colleagues across the enterprise to engage staff members and foster new ideas, designs, inventions, and concepts.Experimental Research: Lead in-person and virtual research collaboration with faculty, facilitating experimentation, engineering, and clinical devices projects.Proposal Writing and Product Road Mapping: Draft project proposals, develop technical road maps, and provide proof of concept demonstrations for federal government deliverables. Data Analysis & Resource Management: Conduct data analysis to measure work volume of projects and breadth of engagement. This ensures accurate tracking and judicious allocation of resources. Operational Oversight & Complex Analysis: Supervised work at Center for Analytic Gaming Environments (CAGE), which delivered nuanced resources and specialized technology that aligned with JHU’s business model. Strategic Planning & Funding: Led development of new section, creating a strategic implementation plan, which included a roadmap for institutional facility development, staff growth, and funding source engagement. Business Model Development & Gamification: Founded, built business model for, and stood up the Analytical Gaming enterprise, which focused on gamifying the decision-making process for senior leaders. As a result of its success, earned distinction as principal/tenure staff.

College Park, Maryland, United States

Graduate Course ENSE622. Presents model-based approach to systems engineering by introducing mathematical modeling and simulation techniques for system performance, optimization, and trade-off analyses. Topics include: linear and integer programming; state machine models of finite state machines; development of simple intelligent agents; modeling Markov processes; queueing theory; multi-objective trade-off analyses; decision trees; stochastic (Monte Carlo) simulation and linear regression.

I held leadership roles in heavy equipment shop management, divisional logistics support and command providing multiple opportunities to impact broad military operations. • I commanded a forward maintenance company responsible for multiple supported units. Success was maintaining a supply warehouse, equipment shops and forward deployed teams in an “always ready” posture. • Operations officer for logistics battalion – three different jobs over four years on two continents. My most rewarding (and challenging) military role including one year running operations for the only US military logistics base in Bosnia - a multi-national, 1500 soldier camp.• Managed the direct maintenance activity for all equipment assigned to a mechanized division. We made sure every piece of equipment used by 15,000 soldiers was operational by conducting repairs and managing the supply warehouse.

Glasgow, Wv

Worked in the Performance Engineering Department of a thermal electric power plant. Responsibilities included diagnostic tests of plant equipment, forecasting of plant production and analysis of collected system data. Developed experiments and tested programs for data collection. Gained familiarity and insight into plant operations and commercial power production.

Ms, Biomedical Engineering

Biomedical engineering integrates physical, chemical, mathematical, and computational sciences and engineering principles to study.

Ms, Operations Research

Operational research applies problem-solving techniques and methods in the pursuit of improved decision-making and efficiency such.

Bs, Mechanical Engineering