Responsible for managing the research team and leading all research design• Sustainable Purchasing practices• Multi-Stakeholder (Manufacturers, buyers, MSI’s) project management• Research team management• Custom and externally funded research

We are a carbon capture group (Yummet Earth Solutions) looking to set up in the region and we are looking to partner with some local businesses that need a solution for specific waste streams (that is currently burned or sent to a landfill)Specifically we are looking for the following feedstocks?Example:Recycled ConcreteConstruction aggregatesSteel slagRecycled glass, or High silicaContact me if you have any of these waste streams. 313 627 1926

Create and manage a Sustainability Index for consumer products (home goods) presented right at point of purchase. The goal is to provide the consumer with clear, reliable information regarding a product sustainability profile by assigning a sustainability score.- Designing sustainability performance targets and accompanying strategies and achievement plans- Managing value chain and product life cycle inventories for energy, GHG, and other resources- Training and Managing team of 6 Researchers. (product environmental attribution, product carbon footprint) Product Carbon footprintSustainability metrics Data collection, aggregation, analysisProduct Life Cycle inventory, BOMResearch team training and management (carbon footprint)Stakeholder communication

Strategic Sustainability Consulting provides organizations with the tools and expertise they need to actively manage their social and environmental impacts. I identify opportunities to minimize environmental impacts across the supply chain. In addition, I liaise with senior leadership, stakeholders, and clients to ensure the company’s sustainability support structure is driving the business forward with minimal expenditures.• Optimize Life Cycle Assessment through the identification of opportunities to minimize the environmental impacts across the full product's supply chain.Specialties:Computational sustainabilityLife Cycle Assessment (LCA)ESGCircular Economy Carbon footprintSustainable procurementSustainability Modeling and project managementCorporate Social Responsibility and SustainabilitySustainabilityRenewable Energy

Topic: Development of a modeling approach for quantifying sustainability using a system thinking approach. This approach was applied to two case studies that promote waste, water and bioenergy closing cycles for feedstock biomass products within the state of Michigan.• Pioneered a new programming tool combining a Life Cycle Assessment tool (LCA) and Geographic Information System (GIS) to tackle and solve sustainability issues at a local level. • Undertook in-depth research and analysis of regulatory, technical, and biomass market issues related to urban-local sustainability.• Authored successful NSF (National Science Foundation) and USDA (United States Department of Agriculture) grant applications to secure funding for sustainability research projects. • Advanced the identification and systematic assessment of the indicators of the 3 pillars of sustainability: Social, Economic and Environmental impact on the carbon-tax effect, job creation from the biomass industry and the effect of biomass on the local natural ecosystem.Skills developed:• Eco-design and Performance metrics: Life cycle Assessment (SIMAPRO, OPEN LCA, Material Flow Analysis).• Innovation Research Design and Methods.• Quantitative Data Analysis (R SQL).• Algorithm programming (Artificial Intelligence: Netlogo, Stella). • JavaScript.• Cross-disciplinary work (social, environmental, economic).Skills:SustainabilityComputational sustainabilityLife Cycle Assessment (LCA)Agent-based Modeling and programming (ABM, Netlogo)Circular Economy Scientific writingAlgorithm programmingMachine LearningSustainable | Complex System Modeling (Netlogo) R ProgrammingGeographic Information System (GIS)Sustainable agricultureInnovation Climate change Green emerging technology

Sustainability Data analysis computing: R statistical software computing in order to understand the processes underlying the data and discover the important patterns in the data.Specialties:Computational sustainabilityLife Cycle Assessment (LCA)Agent-based Modeling (ABM)Algorithm programmingR ProgrammingGeographic Information System (GIS)Sustainable agricultureCorporate Social ResponsibilitySustainabilityCircular Economy Innovation Climate changeRenewable energy

Sustainability | Development of Validation methodology for Agent-based modeling combined with Geographic Information system (GIS) applied to regional Industrial Symbiosis.SustainabilityGeographic Information System (GIS)Data scienceCircular Economy Algorithm programmingComputational sustainabilityInnovation Climate change Renewable energy

Research topic: Modeling the development of low Greenhouse Gas emissions of an Industrial ecosystem applied to the oilseed-based products industry in the Picardie/Champagne regionSkills developed:Computational sustainabilitySustainability scienceMaterial Flow analysis (MFA)Life Cycle Analysis (LCA)R computationAgent-based ModelingAlgorithm programmingSustainable agricultureCircular Economy Corporate Social ResponsibilitySustainabilityGeographic Information System (GIS)Renewable energy Innovation Climate change

• Devised and implemented a program of emergency aid that ensured an optimized waste management response to natural disasters and humanitarian crises in developing countries (North and West Africa). • Entrusted with management of a €5 million budget over a three-year period - the biggest budget assigned to a single project manager in the company. • Orchestrated the recruitment, training and upskilling of 100 volunteers. • Designed and developed the logistic support system.• Determined and developed emergency intervention procedures. • Spearheaded the negotiations partnership with the joint program UNEP/OCHA director in Geneva Switzerland (United Nation Environment Program/Office for the Coordination of Humanitarian affairs).

Assisted in national campaign to move aerial electrical cables underground- Charged with researching underground schematic (existing telephone cables, water pipes ...) and mapped out plans for future underground electric cable infrastructure

Supervised a feasibility study for the implementation of a scientific cluster in environmental and sustainability sciences between local universities, local government and local industries in the Champagne, France region. - Organized meeting presentations to elected officials, industry representatives and university scientists- Collected social, environmental and economic data for project viability- Assessed feasibility of industrial ecology approach for industrial area redevelopment utilizing material and energy flow analysis (using GIS) and life cycle analysis

• Drafted and managed the implementation of a municipal new waste collection system technology, on-board scale weighing; separate and weigh the non-recycled trash and charge household for only that quantity. Each bin was electronically chipped with its geographic and technical details. Garbage trucks were fitted with a device that can read the bin data, and linked to a central monitoring station, which records collection times and alerts management when the units need washing.• Achieved a 30% increase in units (plastic bins) distributed through creation of a new production procedure defining product specifications and standards necessary to meet customer requirements. • Led a project to identify and correct potential defects through the implementation of new inspection process. • Held accountability for recruitment and training of team. • Mapped and designed waste collection route. • Facilitated excellent customer relationships.