The principal technical representative for validation activities, developing and executing the verification plans for all consumer electronics programs, ensuring that products are validated and certified to worldwide legal standards and Bose internal requirements prior to product shipment. Responsibilities includes creating and managing early product risk assessments, as well as developing and maintaining the verification plan.

• Lab Throughput and Consistency Improvements: » Optimized dryer reliability data collection and processing through spreadsheet automation, reducing data reporting times from 30 minutes to less than 1 minute. » Improved clarity of critical test details in IBM Rational ETM test request fields, minimizing re-loops and lab resource waste. » Developed an Standard Work Instruction (SWI) to guide lab technicians in A3 completion, enhancing knowledge capture efficiency and quality.• Led project ensuring North American Region (NAR) labs are UL compliant with software verification.• Updated and released the "Global Lab Request System Instructions" engineering specification to reflect the new system, IBM Rational ETM.This ensured technical documentation remained aligned and supported a successful annual UL lab audit.• Facilitated biweekly Community of Best Practices (CoP) meetings among global laundry CI engineers.• Implementation of IBM Rational ETM – Verification & Validation Lab Organization: » Conducted cross-category trainings for NAR lab technicians and supervisors. » Supported platform engineers with ETM implementation. » Created and maintained reference materials. » Designed a centralized webpage for easy access to curated ETM reference and training materials. » Contributed to the ETM Standard Operating Procedure (SOP) update and newsletter as an author. » Implemented ETM process for CI Activities as the Global CI lead.

• Led the wash algorithm development subsystem for multiple projects. Responsible for cycle design, coordination and management of Product Approval (PA) testing. Notable projects delivered on time include 2018 Department of Energy (DOE) Min Energy digit change, 2018 FSOU digit change, VMAX 2.0 digit 0 Kenmore, and VMAX 2.0 vertical pump. The 2018 DOE Min Energy and FSOU digit change accounted for 50% of the models Whirlpool sells annually.• Pioneered the use of Nucleus, the new global software architecture, for the VA01G-AS22 settings file in collaboration with Whirlpool India, marking the first vertical axis wash unit launch on the new platform.• Developed and implemented two algorithms (load sensing and step fill) in the VMW 3.5 ft3 and FSOU washers, enabling compliance with 2018 Department of Energy minimum energy efficiency standards.• Developed and released a work flow for the VA File Setting engineer role following corporate design principals.• Managed settings files for VMAX 2.0 PSC Whirlpool and Maytag model lines, ensuring adherence to project timelines.• Provided an impact assessment to existing Marketing Claims for changing from the production horizontal pump on VMAX 2.0 PSC digit zero to the vertical pump on digit one. This assessment and recommendation achieved alignment with Legal and Marketing, resulting in a 6-week reduction in testing time and freeing up resources for other projects.

• Led the development of a wash cycle that successfully certified Maytag HE 4KMVWX505BW and Hybrid 4KMVWC405BW washers as 4-star units in Saudi Arabia, enabling the sale of 11 SKUs in the region.• Coordinated marketing claims and Product Approval (PA) testing for the Fabric Care Performance Dryer Lab.• Developed and implemented a cleaning and mechanical action model for the Advantage next-generation washer platform using sequential Design of Experiments (DOEs), resulting in a 4-5 point improvement in the total cleaning score.• Established test specifications for SASO EER (Energy Efficiency Ratio) and bleach rinse efficiency, ensuring product compliance.• Planned, coordinated, and executed freshness sensory panel testing for the HHIU project, identifying a potential partnership with P&G to provide customers with vertical axis washing machines that deliver improved clothing freshness using P&G’s UNSTOPPABLE product.

• Led the development and maintenance of a vertical axis wash systems optimization model, providing insight on potential efficiency and performance gains.• Designed and executed Design of Experiments (DOEs) to support the vertical axis wash system optimization model.• Performed and analyzed experiments to evaluate and optimize wash cycle metrics.• Developed wash cycles for a next-generation washer platform.

• Investigated the potential of a corn co-product for biofuel production through compositional analysis.• Employed analytical techniques like protein and starch assays, and carbohydrate/protein hydrolysis, to assess feedstock suitability.• Leveraged data analysis skills to interpret experimental results and HPLC chromatography data to evaluate biofuel feasibility.