- Managed and integrated cross-functional teams throughout the lifecycle of multimillion dollar turnkey industrial process systems - Produced and maintained PFD’s, P&ID’s, 2D/3D Layouts, point clouds, equipment lists & utility lists to capture evolving scopes and maintain a chain of accountability- Collaborated with controls engineers to develop IO lists, review control panel drawings, develop system sequence of operations, and create functional HMI designs for industrial applications- Interfaced daily with customers and suppliers to confirm performance compliance and adhere to budgetary and timeline commitments- Organized and managed installation contractors throughout the project from bid document creation and site surveying to on-site installation supervision and system commissioning- Traveled internationally to implement opportunity enhancement strategies, navigating challenges associated with language barriers in technical applications and stringent import/export compliance

- Redesigned process system flows to repurpose labor and generate higher throughput yields- Increased throughput capacity of time-dependent exothermic reaction chamber by optimizing production process flows and capturing wasted energy by repurposing external heat exchanging systems - Coordinated equipment renovation and provided SOP training to production employees- Redesigned piping systems to prevent microbiological degradation

- Studied algal biotechnology to model biological growth parameters and evaluate photobioreactor design- Applied Matlab models to simulate high-density algal photobioreactors - Researched biodiesel production and quantified quality by combustion and carbon footprint

- Performed serial dilutions and streak plating to obtain a pure lysate for bacteriophages - Studied the viability of coating agricultural seeds with active phages to protect from seedling blights- Studied use of phage stabilizers in order to allow for viable long-term storage - Demonstrated the ability to perform proper laboratory procedures and accurate documentation while maintaining a sterile environment

- Developed plan to improve throughput yield by standardizing temperature control and reject criteria within a raw meat processing system, estimated saving at $371,000 per year - Led efforts to qualify a 250 employee meat processing facility for ISO 14001 Environmental Management System certification - Reduced energy consumption by optimizing work loads of cooking and freezing systems- Developed a machinery maintenance schedule to reduce costs and increase longevity

- Analyzed simulation and live process machinery data to reduce raw utility consumption and estimate future cost as part of lean manufacturing initiative - Collaborated with contracting firms to design and install lightning protection systems - Designed process equipment to withstand autoclave conditions during sterilization process and oversaw contracting of fabrication phase- Improved manual process ergonomics by implementing zero gravity torque arms

 Designed a nylon hand towel with micro beads peripherally attached to find a greener process of achieving exfoliation in facial cleansers Utilized lean manufacturing techniques to reduce the disposal of HDPE that pollutes aquatic environments

 Used rapport to overcome age differences tutoring nine students in both individual and group settings Built individual pedagogical approaches to explain content in classes that ranged from freshmen courses to differential equations and organic chemistryGuided students in self-mastery to improve failing grades to B's

 Strengthened interpersonal skills by providing prompt customer service throughout the setup, duration and tear down of events to ensure customer satisfaction  Exhibited strong teamwork and organization while under duress due to shifting requirements Designed facility layouts that were aesthetically pleasing and helped train coworkers to create the physical setting for hosting up to 10,000 clients