As the leader of a multidisciplinary innovation advisory team—comprised of designers, scientists, engineers, and other experts—I empower clients to identify growth opportunities and make data-driven, strategic decisions. Our team delivers end-to-end innovation services, leveraging cutting-edge AI tools and digital transformation strategies to produce exceptional results.We specialize in helping clients integrate advanced digital tools and playbooks into their business operations, identifying quick wins to accelerate the adoption of digital technologies. By focusing on immediate impact areas, we enable clients to realize tangible benefits while building a strong foundation for long-term digital transformation.Our capabilities span the entire innovation pipeline, including:- Innovation foresighting to anticipate market trends- Strategic planning and ideation to guide growth initiatives- Technology landscaping, scouting, and partnering to connect clients with emerging opportunities- Technology transfer, go-to-market strategy, and commercialization to drive success from concept to marketOur clientele includes Fortune 100 companies, government agencies, and non-profits, with many of the products you encounter daily originating from our successful collaborations. By employing a user-centered design approach, we ensure alignment within clients' internal teams, enhancing the success rate of their initiatives and accelerating their journey from ideation to implementation.Through a combination of technical expertise, digital innovation, and strategic insight, my team helps organizations unlock their full growth potential and create impactful solutions that resonate in competitive markets.

As the leader of Attego, a distinct business incubator focused on sustainable business and impact investing, I spearheaded efforts to address supply chain and sustainability challenges in large-scale food, agriculture, energy, and water operations. I was instrumental in establishing the incubator, securing internal funding, and developing a scalable operating model to explore emerging market opportunities.A central aspect of my role was driving digital transformation within the incubator. My team rapidly developed and deployed four minimally viable products (MVPs) leveraging cutting-edge technologies, including social media AI, distributed ledger systems, impact investing platforms, and project impact measurement tools. These innovations helped validate market needs while showcasing the potential for digital solutions to transform sustainability initiatives.Under my leadership, Attego cultivated a dynamic growth environment by balancing internal culture-building with rigorous market qualification and validation activities. I also established foundational sales and marketing processes, enabling the incubator to effectively communicate its value proposition and engage with potential clients and partners.By integrating advanced digital tools, fostering collaboration, and aligning the incubator’s efforts with market demand, I positioned Attego as a catalyst for sustainable innovation and growth.

I led business unit operations for a nation-leading 350-person laboratory science and engineering operation. My responsibilities included implementing infrastructure optimization and restructuring projects, leading MA&D initiatives to align operations with strategic objectives, overhauling and improving health and safety processes and procedures, and spearheading quality assurance improvement initiatives. In addition to these duties, I led change efforts and influenced large groups of individuals, from senior leaders to junior staff, to create win-win solutions for everyone involved.

I led a dynamic team of 35 research engineers, chemists, and scientists in the energy, chemicals, and oil and gas sectors, focusing on innovative material and process engineering solutions. My role involved spearheading research and operational activities, enhancing project management by integrating best practices, and revitalizing a contract R&D group to boost system efficiencies and profitability. Key achievements include securing a $5.5 million DOE grant for pioneering micro-reactor technology and executing a $170 million clean energy technology pilot with DOE, Clariant, and Tampa Electric, showcasing my commitment to impactful collaborations.

As Chief Technology Officer for a cleantech startup, I spearheaded technical operations and strategic direction to drive the innovation and commercialization of a novel nanocatalyst manufacturing process. This breakthrough technology had transformative applications in fuel cells, emission control systems, ammonia production, and advanced batteries, positioning the company as a leader in next-generation environmental and energy solutions.Recognizing the power of digital tools, I established process and computational fluid dynamics (CFD) modeling capabilities to demonstrate the value proposition of the technology to stakeholders and potential partners. These digital tools allowed us to simulate performance, optimize designs, and validate operational benefits in a cost-effective and scalable manner, significantly accelerating development timelines and enhancing investor confidence.As a strategic leader, I aligned R&D initiatives with revenue goals, ensuring that technical advancements were tightly integrated with the company’s business objectives. I managed a multidisciplinary team of engineers and scientists, fostering collaboration to drive breakthroughs in environmental technology and battery chemistry. My efforts included growing the team’s technical expertise, building modeling infrastructure, and establishing strategic partnerships with Fortune 500 companies to scale innovation and market adoption.In addition to leading technical operations, I played a pivotal role in fundraising and corporate growth, securing $3 million in venture capital and private equity funding. I was instrumental in executing a reverse merger IPO, setting the stage for the company’s long-term success and expansion. By combining deep technical expertise with a focus on digital transformation and business strategy, I ensured the company’s innovations delivered both technological and commercial impact.

As the lead of an environmental consulting practice, I guided commercial clients in adopting sustainable and responsible practices through Greenhouse Gas (GHG) mitigation and offset strategies. By aligning environmental goals with business objectives, I helped clients reduce their carbon footprints while maintaining operational efficiency.A key aspect of my role was providing expert guidance on carbon trading strategies, enabling clients to navigate the complexities of the carbon market and maximize value from trading opportunities. Through clear, data-driven insights, I simplified technical and regulatory challenges to empower clients to make confident, informed decisions.I also conducted Cleantech technology due diligence for venture capital firms and other investors, evaluating emerging technologies for their environmental impact, scalability, and investment potential. This work ensured that investment decisions aligned with both financial and sustainability goals, fostering innovation in environmentally responsible technologies.My ability to bridge technical depth with strategic clarity allowed me to address complex sustainability challenges while enabling clients and investors to achieve measurable, long-term success.

As a Post-Merger Integration Officer, I was responsible for the seamless integration of the innovation and R&D functions and Latin-American industrial gas operations following the merger of BOC and Linde. This role required navigating the complexities of unifying two global organizations with distinct processes, cultures, and strategic priorities.I focused on achieving strategic alignment of research and development objectives, ensuring that the combined organization could leverage its full innovation potential. By promoting cross-functional collaboration, I harmonized organizational processes, bridged regional and functional differences, and created a unified framework to drive operational excellence.Central to my success was leveraging expertise in change management and communication to ensure a smooth transition. I distilled complex technical and operational challenges into clear, actionable strategies, enabling leadership and teams to make informed, data-driven decisions. This approach minimized disruptions, preserved operational efficiency, and unlocked the combined organization’s capacity for long-term growth and innovation.My efforts helped establish a shared vision that capitalized on the complementary strengths of both organizations, fostering a culture of collaboration and delivering a stronger, more unified global presence.

In my role within Corporate Strategy - New Business Development, I led initiatives to navigate complex market dynamics and drive growth across an organization with diverse business units operating in different markets. One of my primary focuses was conducting deep dives into growth markets for contaminant control, analyzing trends, challenges, and opportunities to shape targeted strategies for expansion.I developed and implemented corporate strategies tailored to a multi-unit organization, ensuring alignment across business units with distinct market characteristics. This required a nuanced understanding of each unit's goals, competitive landscape, and operational needs, along with a broader vision to unify efforts under a cohesive strategy.A key strength I brought to this role was my ability to bridge deeply technical topics and simplify messaging to facilitate critical decision-making. By translating complex data and technical analyses into clear, actionable insights, I enabled leadership teams to make important, data-driven decisions with confidence. This approach was instrumental in ensuring that corporate strategies were both informed by technical rigor and accessible to diverse stakeholders.I also explored innovative ways to deploy strategies across multiple business units, fostering collaboration and creating frameworks that allowed each unit to capitalize on shared opportunities while addressing unique challenges. This balance of customization and alignment was critical to achieving the company’s strategic objectives.

As the R&D Section Manager for Advanced Computing, I led a multidisciplinary team focused on pushing the boundaries of simulation and computational research in areas such as process modeling, fluid dynamics, reaction engineering, measurement and control, and advanced design. I spearheaded the establishment of an advanced process modeling group across the US and India, creating a global hub of expertise that served as a cornerstone for innovation and digital transformation within the organization.In this role, I was responsible for maintaining and advancing modeling capabilities for a network of over 1,000 engineers and research staff, ensuring access to state-of-the-art tools and methodologies. My team delivered impactful technical solutions through advanced modeling services, successfully supporting 30+ industrial projects and clients. These solutions ranged from optimizing industrial processes to enabling clients to navigate complex challenges with greater efficiency and accuracy.Beyond technical delivery, I provided expertise in strategic investment technical due diligence and fostered technology partnerships critical to BOC’s long-term success. By integrating advanced computational techniques with strategic priorities, I played a pivotal role in ensuring the organization’s technical leadership in competitive markets.

In my role addressing complex challenges in the chemicals and refining sectors, I led the development of a new approach to using advanced modeling and simulation tools, with a focus on exploring innovative chemical modeling techniques. This included detailed chemical kinetic modeling to understand reaction mechanisms, genetic algorithms to optimize process parameters, and other cutting-edge computational tools to solve intricate process problems. By pushing the boundaries of traditional modeling, I was able to design and implement digital solutions that optimized operations, improved efficiency, and uncovered new opportunities for innovation in industrial processes.I also partnered with an external firm to validate a novel cavitation reactor technology for pulp and paper applications. This collaboration required not only technical expertise but also the ability to integrate external innovations with in-house capabilities, demonstrating the transformative potential of combining advanced technologies with strategic partnerships.Having worked closely with technology startups throughout their commercialization journey, I’ve experienced the highs and lows of scaling innovation. While passion is a driving force, I’ve learned that disciplined decision-making is crucial. Sometimes, the right choice is to pivot or even terminate a significant project when it no longer aligns with business goals. These tough decisions, though challenging, are essential for maintaining focus and driving sustainable innovation.

As part of the commercialization team for a cutting-edge technology now widely adopted in oil refineries, I played a critical role in bridging the gap between innovation and client adoption. Recognizing that many clients were conservative in adopting new technologies, I used digital transformation tools to address their concerns and demonstrate the value of our solutions.My primary focus was on creating digital simulations—what we now call digital twins—of our technology as applied in client-specific scenarios. These models provided a virtual testing environment to optimize operations, validate performance, and alleviate potential risks, ensuring clients could see the tangible benefits of implementation. By leveraging these advanced simulations, I helped refine operational efficiencies, reduce uncertainty, and accelerate technology adoption.I learned that the success of innovative products often hinges on effective communication of their technical and operational value. Misunderstandings stemming from a lack of technical knowledge can obscure a product's full potential. By integrating deep technical expertise with business development, I was able to create compelling, data-driven stories that not only resonated with clients but also streamlined the path to commercialization.

As part of BOC's combustion research team, I combined cutting-edge digital tools and computational innovation to drive efficiency and innovation in high-temperature applications. By leveraging advanced modeling techniques, I specialized in creating simulations that optimized burner and combustion system performance, reducing waste and ensuring operational safety.Recognizing the need for robust computational power to support these initiatives, I designed and established a Linux-based parallel processing computing capability to accelerate simulations and analyses. As a certified system administrator, I ensured the system's reliability, scalability, and efficiency, enabling complex digital twin models and large-scale process simulations. This integration of advanced computing was instrumental in exploring new possibilities for oxygen-enhanced combustion, from faster melting of glass and metals to efficient cement production and rapid hazardous material destruction.The essence of building and leveraging digital twins is problem deconstruction: breaking down complex challenges to fully understand their mechanics. My ability to pair this analytical approach with digital transformation—such as deploying parallel computing and creating virtual representations of physical systems—has been central to my career. Today, I draw on these experiences to integrate AI, digital technologies, and computational systems into innovative frameworks, accelerating transformation in dynamic industries.