Responsible for leading eCommerce and New Business Model stream in the Digital Transformation Program, a global ERP implementation of SAP S/4 & C/4 Hana.• Developed omnichannel strategy for B2B & B2C in close collaboration with business & eCommerce leaders• Developed the Direct-to-Consumer architecture that became the enterprise-wide webshop template • Launched a B2C webshop pilot in a 15-mon timeline • Managed a 25-person cross functional international team that included IT, business SMEs, and consultants• Led interactive workshops to define business needs, “as-is” design, gap analysis, and key design decisions • Developed and launched Subscription Billing Tool that integrated New Business Models into the core business• Led scrum team through development, UAT, data migration and business cut-over while securing Go Live • Led change management with local resources that secured strong stakeholder alignment and user training• Collaborated with End-to-End process owners to manage dependences and mitigate risk

Responsible for defining digital strategic vision with senior leadership and deployed digital operating model in the Professional Hygiene Business Unit• Generated digital governance structure (guidelines, policies, and processes) that managed the digital budget• Led customer journey development to understand user pain points (100+ interview hrs.) and to identify top business opportunities • Led change management initiatives for sales and marketing that increased adoption within 12 monthsResponsible for B2B transatlantic long-term business strategy and short-term target setting• Led project to analyze industry and competitors that established the North America channel strategy• Designed a portfolio tool for sales leadership to assess business opportunities that improved margins• Developed a KPI methodology and deployed it to sales leaders that became the company standard• Co-led a Go-to-Market initiative that redesigned the pricing model.• Led Scenario Modeling off-sites to define competitive responses that were presented to executive leadership • Managed a direct report and mentored rotational Co-ops

Project Manager and technical lead for several Professional Hygiene systems.Automatic Electronic Roll Towel Dispenser which included a system upgrade and new manufacturing integration.• Established product requirements that aligned business goals and customer needs.• Developed product use cases and validated product features through customer panels and field testing.• Solved a customer need with a patented solution that increased battery life. • Performed root cause analysis, product risk assessments (FMEA), and carried out a mitigation plan.• Responsible for system quality, seamless change management, and on-time delivery to multiple markets.• Managed international consultants and production start-up.• Developed and implemented processes and inline testing of software, hardware, and assembly.CenterFeed Towel System which included a capital budget project, maintaining the product lifecycle, and integrating a global portfolio. • Defined a strategic product roadmap through collaboration across multiple stakeholders.• Managed project plan, toll gate process, multi-functional team (R&D, operations, and regional marketing).• Designed proprietary patented product features that lock-out competition and deliver a customer benefit.• Designed use cases for product features and tested a storyboard with consumers in multiple countries.

Project: Autonomous Landmine Clearance SystemExperience: Designed an autonomous landmine clearance system for humanitarian landmine removal. Collaborated closely with the United States Army and other defense departments to deliver on time and within budget. Designed modular and flexible roller for various terrains in remote locations. Created test platform to characterize different prototypes for various soil conditions. Used CAD and FEA to design an optimum system with a focus on survivability, manufacturability, and remote location maintenance. Adapted design to accommodate blast data and worst-case terrain conditions. Conducted laboratory and field tests to assess landmine clearance effectiveness, reliability, and survivability of the system. Project: Multi-Occupant Hyperbaric ChamberExperience: Redesigned multi-occupant hyperbaric chamber to reduce cost, increase safety, and meet FDA compliance. Evaluated existing system per ASME Pressure Vessel and PVHO standards. Generated specifications and requirements at the system and component level. Designed air conditioning, air filter, and air monitoring systems to communicate with a central station. Worked closely with vendors to calculate the ideal heat exchanger and the fire suppression systems. Created a system schematic in Visio. Generated Failure Mode and Effects Analysis for both components and system. Created detailed system budget for procurement, installation, and testing of the system. Developed operating, maintenance, and emergency procedures for the system.

Project: Armored Vehicle Door DesignExperience: Designed, tested, and fabricated a power-assist armored door system for next generation military vehicle. The system allowed occupants to safely operate the heavily armored vehicle under worst case conditions. Designed a hydraulic assist system, latch mechanism, blast lock system, User Interface, and safety sensors. Collaborated with a cross-functional team of mechanical, electrical, and software engineers. Worked with the client to identify design and safety requirements for the system.Modeled the system as a top-down design in 3D CAD (ProE) which required continuous client interface with diverse vehicle teams. Managed CAD models for both the East and West Coast offices. Performed stress and strain calculations for worst-case load and blast conditions. Used FEA (Cosmos Simulation) and analytical tools (Matlab) to simulate load conditions. Generated and delivered a complete detailed drawing documentation to meet client and military specifications. The design intent of the system focused on safety and manufacturability. Constructed mock-ups and built full-scale prototypes. Directed a full-scale prototype production run. Primary responsibility included hands-on assembly and oversight of contractors.

Project: Wind Turbine Blade CarrierExperience: Designed and analyzed a carrier for various wind turbine blades to be used for transportation and stowing. Collaborated with the client to identify the different operating scenarios and load cases. Generated an analytical model in Excel to identify worst case loading applications. Created a 3D CAD (Solidworks) model and used Finite Element Analysis (COSMOS) to identify high stress concentrations. Verified data with Free Body Diagrams and hand calculations. Designed the carrier to meet safety factor and operational requirements. Issued a design report and completed the project within budget.

Project: InterAction Labs SQWEEZE Game ControllerExperience: Designed and prototyped an interactive dynamic controller for a mainstream gaming system. Collaborated with the client to identified the user requirements. Developed a breadboard to characterize a force curve of various urethane springs. Utilized FEA allowed for a light-weight design. Performed experimentation and empirical testing to accommodate a broad range of users. Installed electrical components and troubleshoot user feedback. Created and executed a testing procedure for the software and user peripherals. Delivered a working prototype that was used for consumer testing.Project: Automated Beer Dispensing SystemExperience: Designed a beer dispensing system for a global manufacturer. Researched and analyzed existing patents and products. Worked with a local university laboratory to identify an innovative chemical compound. Created a "proof-of-concept" prototype of plumbing material and fittings. Performed extensive experimentation and troubleshooting to characterize the physical properties of the system. Optimized the design to exceed the client specifications. This project was rewarded with a "proof-of-design" phase where CAD models and renderings were generated.

Project: Mobile Chemical Agent Detection SystemExperience: Coordinated with multi-disciplinary engineers to design a Mobile Chemical Agent Detection System for both Homeland Security and law enforcement. The project included design, testing, installation, support, and upgrading. Worked under strict military specifications while remaining on time and within budget. Utilized sheet metal and solid model CAD designs to maximize performance and minimize cost. Worked closely with parts suppliers, machine shops and on-site contractors. Performed extensive simulation and testing for both software and hardware. Managed and assembled final deliverables which included mechanical components, printed circuit boards, and electrical wiring.Designed and constructed a thermal testing chamber for qualifying equipment. Created an analytical thermodynamic model of the chamber using MathCAD. Designed and built a power back-up and fail-safe system that operated on AC and DC supplies. Developed a weatherproof solution by using COTS and custom parts. Generated wiring schematics and documentation per military SOPs. Identified failure modes and performed extensive testing. Designed an adaptable tilt and orientation tracking device for upgrading outdated equipment. Worked closely with software and electrical engineers. Identified a tilt sensor and embedded compass to communicate with existing software. Packaged equipment to minimize the impact of a retrofit.

Worked on a cross-functional team to initiate and implement a multi-million dollar upgrade.Inspected, commissioned, and managed new plant manufacturing equipment.Generated and executed Installation and Operational Qualifications procedures and corrective action plans.