Led team for the R&D and process development of Solidia based Supplementary CementitiousMaterial (SCM) products.Responsible for the design, construction, and commissioning of Solidia-built curingsystems and research equipment.Developed PFD's and P&ID's ; Generated 2D/3D drawings (Solidworks) as necessary.Developed scaled industrial processes through modification of existing scaled equipment, semi-custom fabrication and/or outside collaborations.System designs would include mechanical, electrical and control systems as needed.Delegated projects and tasks to the engineering team using Agile framework, providedexpertise and feedback in the development of equipment.Provided engineering and technical expertise for the design and construction of Solidia Technologies commercial dry cast facility.Partnered with Engineering, Procurement, and Construction (EPC) firm to develop necessary scopes, standards and process documents necessary for front end engineering design (FEED).Managed computational fluid dynamic (CFD) modelers in the development of Solidia curing models and details.Managed design details and concepts. Reviewed bill of materials (BOM’s), piping and instrument diagrams (P&ID) and construction details.Oversaw the mechanical design and construction of the partial Solidia conversion of EP Henry’s dry cast facility in Wrightstown, New Jersey. Commissioned full scale system capable of producing 8 million sq-ft of pavers per yearPromoted a culture of safety - served on various internal safety teams to ensure safe operations.Performed Failure Mode and Effect Analysis (FMEA) on curing equipment. Implemented necessary safety changes such as CO2 detection systems, gas injection time-out and other system feedback.