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Seeking opportunity as Robotics Engineer with Electric Boat
Robotic Weld Programming ~ Project Management ~ Staff Training
Manufacturing ~ Quality Control ~ Troubleshooting ~ Collaboration
Possess exceptional welding skills (TIG, MIG, Stick, Robotic) and highly regarded for outstanding talents in robotics weld programming, both online and offline.
Adept at leveraging robotic technologies to advance and streamline manufacturing processes.
Excel at partnering with design and engineering disciplines to orchestrate measurable improvements surrounding efficiency, automation, and cost control.
Well-versed in Military and NAVSEA welding codes and specifications, and offer five years experience in a Shipyard environment; possess Secret security clearance.
Comfortable communicating with senior management, delivering presentations and status updates, and conducting training workshops in Lean practices and principles.
Considerable expertise in personnel training and leadership, project coordination, documentation, quality control, inspections, and problem solving.
HTP (Heat Transfer Products), 2015 to Present
Project Manager & Lead Engineer
Independently spearhead full-scope development of new welding production line which drastically improved efficiency, production output, quality, safety, profitability, and company awareness.
Hold weekly meetings to delegate tasks to employees and assess project status and progress.
Join forces with design engineering to research, explore, and develop optimal product for welding.
Train equipment operators and support new production line as go-to-person for issues or problems.
Perform programming via Servo Robot laser searching equipment including difficult applications such as shiny, reflective surfaces.
Methodically analyze robotic issues, devise procedures for robotic weld programming, and team with Wolf Robotics to maximize repeatability and accuracy.
Selected Achievements & Contributions:
Played a pivotal role in large international company (Ariston) purchasing 51% of HTP.
Acquired $1M+ in equipment to create water heater tanks, and achieved ROI in only four months.
Elevated first pass yield (quality) of welds performed by circumferential welder from 0% to 99.5%.
Successfully expedited speed of welding process by 51% by replacing inefficient equipment.
Dramatically increased first pass yield of welds performed by robot cell from 25% to 85% and accelerated speed of associated welding process by 24%.
Fortified workplace safety on circumferential welder and robot cell by proactively installing enclosed fume hoods and new fume extraction ductwork.
Worked on 75 different weld programs and created 20 weld programs from scratch.
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Professional Experience continued
Norfolk Naval Shipyard, 2010 to 2015
Welding Engineer, Quality Control Department
Played an integral role in company achieving or exceeding QC targets by proficiently diagnosing critical shipboard welds including those in nuclear reactors.
Closely monitored, inspected, and documented welding operations to drive continuous improvement, and ensured qualification of all nuclear welding personnel.
Reliably maintained 1,000+ nuclear welder qualification records to support regulatory requirements.
Prepared, reviewed, and efficiently submitted detailed program reports to NAVSEA.
Demonstrated sound leadership talents in issuing work instructions regarding shipboard pipes, fittings, valves, pumps, hull systems, and pressure vessels.
Lincoln Electric Company, 2008
R&D Intern, Cored Wire Consumables
Effectively applied sharp critical thinking abilities toward systematically evaluating necessary materials to determine proper filler wire composition.
Directly supported R&D operations by analyzing wormhole tracking problem and establishing optimal course of action to accomplish stringent quality goals.
BS, Welding Engineering, Ohio State University, 2010
Certifications & Training
Online Programming with Teach Pendant, Wolf Robotics, Fort Collins
Offline Programming with Robot Studio, Wolf Robotics, Fort Collins
Lean Six Sigma Yellow Belt Certification
Evaluating Low-Temperature Brazing Filler Metals for Joining Titanium. Petrasek, D., Eckardt, T., Hanhold, B., Sattler, S., Benatar, A., Shapiro, A. AWS Welding Journal, Volume 91, number 2, (February 2012): pages 45-50.
SolidWorks, Draftsight, Robot Studio, Autodesk Inventor, AutoCAD, ANSYS, MathCad, MATLAB, MS Office
American Welding Society
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