First United States employee for a growing global Aquaculture company. Pure Salmon Virginia is an "egg to plate" facility. Complete process and growth control around a lean and healthy protein source, Atlantic Salmon. This highly sophisticated on land facility, is built to produce 10,000 tonnes of live 5kg fish annually. Constant comparisons between CAPx and OPx lead to proper investment evaluation and returns are part of the day to day job. Accountable for overseeing the development of all concept, schematic and detail designs by global internal and local engineering firms. This includes all requirements for permitting of buildings, DEQ regulations, utilities, etc. Developed from a FEED study, the aquaculture concept was localized to meet local regulations, product availability, construction methods all to meet specific pricing requirements for the United States. All this during the highest construction inflationary period in modern history. Costing analyst for all of the construction and operation costs. Managing over 10 large subcontractors between EP, EPC, DB and GC contracts at once. Verifying scope breaks, interface engineering, terms and conditions, scheduling, budgets and quality.Accountable for master schedule and milestones; including engineering durations for 30/60/90 designs and pricing, construction sub-contractor schedules, procurement campaigns by hired EP contractors, dry/wet commissioning steps and operations handover.Partially and fully responsible for local & state governmental relations. Managing specifics around bond allocation lent by Virginia State as well as local grants and loans. Developing, mentoring and leading an organization structure, listing job descriptions, hiring and managing a regional staff. Direct line manager for 75% of the organization in VA.

1. PM of EP Equipment Supply/Process Guarantee for $30M CAD biomethane plant based outside on Montreal City, Quebec. Specific ADT experience.2. 2 years of focused experience; directly managing $60M+ of engineering and supply chain scope, including process guarantee, for a high spec unique wastewater stream of the microelectronics field. From Concept design to Performance Test.3. Face of SUEZ for all client and end user discussions, highly accountable role4. Operational manager of 45k+ man hours of Engineering, 7k man hours of Supply Chain & Quality, 10k man hours of Field Service on any given project.5. Scheduler and Task Force manager of critical path6. Successful client driven change management with minimal impacts to scheduled client equipment delivery7. Success in managing contracts with high levels of impactful Risk and Opportunity8. Analytical decision making on cost and schedule based analysis. (Scope, Schedule & Budget)

1. Industrial Wastewater Engineering Lead in the semiconductor field.2. 100% accountable of all engineering related activities for the project.3. Managing engineering budgets of 2.2M, 30k+ man hours, teams in 3 different countries and 5 different offices.4. Specified, evaluated and determined best suited outsourced engineering scope via sub-vendors. (ie: structural, electrical, programming, etc.)5. Developed sub supplier engineering resource team of project critical equipment to match SUEZ and end user requirements.6. Worked closely with end user in order to accommodate technical needs and requirements by articulating 15k+ page detailed customer specification to internal teams as well as outsourced sub vendors.

1. Managing a team of 13 full time employees and 5+ additional temporary contract staff when workload requires.2. Day to day workload management, project staffing & allocation and coordinate resource sharing between 2 other SUEZ offices (Toronto, ON and New Jersey)3. Projects range from 500k to 25M+ while accounting for various client requirements, specifications and standards. 4. Leading all process and procedure development for the North American SUEZ design teams. i.e: KPIs, process improvements, standards, CAD libraries, etc. 5. Traveling to client offices for Kick-offs, Design reviews and Task Force requirements.6. Ensure the creation of clean, concise and professional documentation by all design team members.7. Heavy coordination with Lead Engineer, proper resource allocation, markups and changes to design deliverables and developing engineering schedule.8. Proposal labor estimating and specification review during bid phase9. Handling all Mid-Year reviews, Year-end reviews, Merit Increases and Bonus for full time employees. 10. Heavy interaction with all levels of the organization chart, from CEO to mid-level management to new design staff. Including presentations, conference calls and emails.11. Heavy involvement on system Jobs with large engineering budgets. 1.5M+ in engineering, 30-40% of that in Mechanical Design

1. Lead Engineer and responsible for all project engineering documentation and schedule.2. Work with all engineering disciplines for project deliverables, specification review and engineering direction from Kick-off to start-up support.3. Prepare RFQ (Release for Quotation) packages, contact and size equipment with vendors, verify compatibility with client specifications and publish RFIs (Request for Information) as required.4. Developed "hybrid" role in SUEZ between Project Engineer and Designer for added efficiency to project schedule.5. 100% ground up component development; including the outsourcing and management of research laboratory testing.6. Traveled to fabrication facilities, sites for field measurements and client offices.7. Budgets between 80-1000 manhours of Mechanical Engineering, job size between 500k to 10M.

1. Developed accurate "core" product models and drawing packages for Client Approval and shop fabrication2. Developed innovative ideas to improve product design; constructability, reducing cost of fabrication, as well as product performance and advancement.3. Large amount of collaboration between other engineering disciplines; civil, structural, electrical and process. All of which impact the design.4. Maintained revision control on all drawing packages, between client and shop.5. Issued detailed BOMs (Bills of Material) for Supply Chain.6. Workload would consist of multiple projects being co-developed at a given time. Typically 2-4 months of engineering and design before "Release for Fabrication".7. Budgets would typically be 200-500 manhours of design, job size between 500k to 2M.