• Lead a global technology organization of 70+ technical professionals• Drive new application development and new technology exploration in the area of semiconductor advanced packaging• Set innovation performance metrics for technical organization to measure execution efficiency• Revamp business technology and product roadmap strategies to drive focus on 5G telecom, advanced EV mobilities, consumer electronics and new industrial applications • Sponsor open innovation with external partners to advance product development capabilities• Motivate and set organizational growth goals on continuous learning, diversity, and inclusion

• Lead a global technology organization of 70+ technical professionals• Drive new application development and new technology exploration in the area of semiconductor advanced packaging• Set innovation performance metrics for technical organization to measure execution efficiency• Revamp business technology and product roadmap strategies to drive focus on 5G telecom, advanced EV mobilities, consumer electronics and new industrial applications • Sponsor open innovation with external partners to advance product development capabilities• Motivate and set organizational growth goals on continuous learning, diversity, and inclusion

• Led the US and European R&D and Technical Service organizations in close collaboration with the global teams to build capabilities and to develop new products for Photovoltaics, printed electronics, wearable electronics, In-Mold Electronics, and sensors applications• Established cross-regional project reviews with Asia Pacific team members to align project priorities as well as allocate appropriate resources for project execution • Initiated technology guardian and technical buddy system to foster global collaborations and strengthen team members’ working relationships• Developed growth strategy with marketing function and prioritized growth focus for Advanced Mobility, Telcom, Consumer Electronics, and Passive Components segments• Identified technical competencies and open innovations that are critical to support our long-term growth strategies for advanced mobility, consumer electronics and telecom segments

• Managed Organic Chemistry Competency group• Drove and led multiple new discovery projects initiations • Championed and drove discovery projects into Apex programs through working with business counterparts and marketing resources • Active in external collaboration and initiated interactions with multiple institutes and market experts • Identified emerging science trend in biocatalysis and glycoscience and enhanced organizational R&D capabilities through employee training and short courses • Built close alliance with Business Unit partners (Nutrition and Health, DuPont Performance Polymers, Biologicals Venture, Industrial Biosciences, Electronics and Communications, DuPont Protection Solution) and brought together complimentary technology to support business needs• Responsible for resource allocation and prioritization based on program and people capabilities to meet project needs

• As a member of the business team, developed a 5-year technology road map and integrated business strategy for responsible product lines. • Initiated conductive lubricant projects, high-performance ion exchange membranes, and flow battery membranes in collaboration with key customers. The flow battery application has become one of the growth drivers for the Nafion® business. • Managed multimillion dollars government programs in Fuel Cell technology with subcontractors, including Nissan, University of Illinois, and Government Labs, which led to the successful conclusion of the government funded projects.• Responsible for complicated contract negotiation with joint development partner (Toyota) on ionomer commercialization terms• Directed technology asset transfer that enabled a successful divestiture of the Tyzor® catalyst business to Dorf Ketal • Developed patent strategy in performance lubricants and ion exchange membrane businesses• Directed Technical Service team and Product Stewardship function to support customer quality complaints and inquiries • Led Global Technical Service Network for new product and application developments

• Responsible for Quality Control, Shift Operation, and Manufacturing Technical Support including managing an ISO 9001:2000 certified Quality Control lab and R&D analytical support lab for DCSE businesses• Led the Manufacturing Technical group in support of Performance Lubricants, Catalysts, and Aramids businesses for Chambers Works for process improvement and worked with R&D for product scale-up and commercial trials• Served as the Chambers Works Site champion and brought in new electronic systems that successfully managed and improved Process Safety Management (PSM) approval and workflow processes • Active in the Chambers Works Women’s Network, Area Managers Team, and Grievance Committee to understand Union complaints and brought forward organizational improvement• Responsible for DCSE Technical Effective Program coordination for 2008

• Led a team of Ph.D. chemists and engineers on developing new rheology control additives for automotive coatings application• Responsible for establishing team goals, business case, patent strategy, and collaborative effort with DuPont Performance Coatings• Mentored new hires and led multiple ideas generation activities • Member of the Patent Guidance Team and Professional Progression Committee• DuPont Training Courses: Six Sigma (Green belt), Technology Leadership Development Workshop, Patent Strategy, Market Validation for Research Initiatives, How to Influence Business Results for Researchers

• Manage Photonic Materials Group in the development of advanced polymer materials for use in planar optical waveguides• Responsible for contract negotiation with outside collaborators• Developed patent strategy and managed company patent portfolio• Oversaw technology transfer of developed products to engineering and manufacturing• Designed advanced nanoparticles and polymer nanocomposites for waveguide amplifier application with low optical loss• Devised synthetic methods for preparing materials for core and cladding layers of the device that meet specific refractive index, thermal expansion, and adhesion requirements• Successfully demonstrated athermal capability for passive components having no wavelength shift with temperature. This has resulted in removing the thermal management system from the package, reducing polarization dependent loss, lowering product cost, and decreasing device dimension

• Identified and evaluated new technologies for raw materials synthesis in Plastics, Polyurethanes, and Rubber• Established applications for new raw materials and evaluated economic viability for product commercialization• Developed new polyols for polyurethane applications and as replacements for existing products• Designed catalyst separation and recycling processes for oligocarbonates synthesis. • Investigated economic alternatives for raw material synthesis• Initiated University collaboration research projects with Caltech and University of Pittsburgh

Responsible for Laboratory ManagementConducted Research in Polymerization Chemistry in Supercritical Fluids• Synthesized the first composite materials with defined morphology based on a non-aqueous method in supercritical CO2 using a fluorinated polymer surfactant• Established kinetics aspects and the influence of reaction parameters of dispersion polymerizations in supercritical CO2• Proposed the helium cosolvent effect on high-pressure polymerization experiments in supercritical CO2