Michael Scott, Phd Email and Phone Number

Focus:- Supply Planning- Procurement - Forward Distribution Network- Business Analytics- Project Management(e.g., Process line planning and installation)

- Developed and implemented enterprise process management infrastructure, resulting in initiatives to align common processes across organizations- Developed business plan for new service lines, resulting in new income sources to pay for $12M capital improvement project associated with the line over 6 years- Experienced in business process improvement through performance evaluation and value stream mapping- Improved production performance through statistical analysis, resulting in a $150k yearly reduction in production cost through processes not deemed necessary- Designed optimal pricing strategies based on production targets, resulting in sustainable pricing for one of our product lines targeting 50% EBITDA- Experienced in facilitating systems implementation and integration as a liaison between business needs and technical leads- Led a team to transform our annual community service activities to having higher impact through partnering with a local homeless shelter to plant and train to maintain a community garden

Performed data analysis and experimental development and execution on various nuclear physics topics. Thesis Experiment Analysis: "Search for the Isovector Giant Monopole Resonance via the 28Si(10Be,10B+gamma) reaction at 100 MeV/u"- Effectively led team in project design and implementation- Developed algorithm to process multiple data sources and databases- Communicated data insights through graphical visualization- Built international team for project execution- Performed sensitivity studies and designed simulations to forecast project outcome and likelihood of success- Mentored incoming graduate students- Effectively led committees toward mission objectives- Designed and implemented new processes into group and communicated use- Utilized internal and external data sources, combining information for actionable results.

- Communicated strategic insights to top client management- Identified data correlations of empirically disjoint data sets- Identified data process improvement and designed implementation- Developed metrics used to determine inefficiencies and areas for improvement across client business unit- Modeled complex agricultural yields, determining new planting profitability and payoff- Collected data, analyzed trends, and created reports- Leveraged technological and personal knowledge to improve the quality of modeling analysis

Expanded statistical modeling of nuclear densities.