Food and Nutrition Innovation through Science-Led Leadership

Loren Ward, Chief Science Officer, Glanbia PLC

Loren Ward is Chief Science Officer at Glanbia plc, bringing decades of science and leadership to nutrition innovation. He joined Glanbia in 1998, holds a PhD in Nutrition and Food Science, and focuses on translating research into practical solutions through collaboration, rapid testing, and strategic innovation networks.

In this feature, Loren Ward shares how he turns science into business value. He focuses on fostering innovation networks, enabling cross-functional collaboration, and applying evidence-based decisions. He also explains how preparing teams helps deliver relevant food and nutrition solutions in today’s rapidly evolving food tech industry.

When I look back on my journey, it’s striking how much science, the industry, and the organization itself has evolved. I joined Glanbia in 1998, then known as Avonmore West, as an entry-level scientist. Starting at that level allowed me to learn research and innovation from the ground up as to how science is applied, how ideas are shaped, and how innovation connects to real business and market needs.

Over the past 28 years, the scale and complexity of the work have changed dramatically. Most recently, I served as chief innovation officer for Glanbia Nutritionals. As the business grew, scale required greater focus. The Glanbia Nutritionals business unit  was recently restructured into two distinct units, Dairy Nutrition and Health & Nutrition, alongside Performance Nutrition. My role evolved accordingly, and I now serve as chief science officer for the Glanbia Group, working across all three business units.

Though only a few weeks into this role, it has already provided a valuable enterprise-wide perspective. When I reflect on the scientific and leadership skills that have mattered most in my development, at the core was a continuous desire to improve, to grow, to learn from others, and to take on increasing responsibility.

One clear lesson I have learned is the importance of preparing for the future. Opportunities rarely arrive on a perfect schedule. But those who prepare for the roles they want are far more likely to be ready when opportunities emerge. Thinking ahead, identifying where you want to go, and building the skills to get there are essential to long-term growth and to be prepared when opportunities arise.

Why Innovation Thrives Beyond Hierarchy

From a leadership standpoint, skills such as communication, organization, strategy, and vision are expected. But one capability that surprised me, particularly from an R&D perspective, is how important it is to learn from others within the organization. We have an incredibly talented global science team where discoveries are made every day that can create business value in the market chain and deliver end products to customers. Unlocking that collective potential is an underappreciated leadership skill.

Translating complex science into real business and consumer value requires rethinking how R&D is structured. Most organizations rely on hierarchical models where projects flow from customers to sales teams and into research groups. This structure enables disciplined execution, forecasting budget, and delivery of customer needs.

But innovation does not thrive on hierarchy alone. It also depends on what I would describe as a network organization. This is where creativity is unlocked. Scientists explore categories and white spaces identified by insights to develop ideas leading to proprietary solutions, protected intellectual property, or even entirely new categories.

In my experience, many of the best innovations emerge from these networks rather than tightly controlled hierarchies. The goal is to allow scientists the freedom to explore and bring innovations back into the hierarchy for execution and scale through internal discovery, external science, acquisitions, joint ventures or collaborations. This balance allows companies to support both sustaining innovation and more disruptive opportunities.

Prioritizing Ideas through Insight and Rapid Testing

When deciding which ingredients, technologies, or research directions to pursue, the process always begins with insight. We identify white spaces, bottlenecks, and challenges limiting current product growth in the marketplace. These insights are then prioritized to focus innovation where it can deliver significant impact.

Rapid prototyping is central to our process. We develop benchtop or pilot-scale solutions and share them early with customers to gather quick feedback. This helps us test whether a concept resonates with the market needs, and this early validation helps us filter projects effectively.

“I see the best ideas emerge not from hierarchy alone, but when scientists connect freely, learn constantly, and translate discovery into value customers can use.”

Speed to market in today’s food and beverage environment does not mean sacrificing rigor. It means failing fast and cheaply when necessary. In a healthy innovation pipeline, ideas flow from many sources, including sales teams, researchers, strategic leaders, and customers. Through prioritization, valuation, and rapid testing, we identify high-potential ideas, whether sustaining or disruptive, and move the strongest solutions forward.

Building Future-Ready Innovation from Science

One growing challenge is the sheer volume of published science. Today, public databases are flooded with research, often tens of thousands of peer-reviewed studies each year. This makes translational science a critical capability. Academia may produce ground-breaking work, but organizations must determine whether that science can be translated into applications that deliver real market value. Scientists need to navigate databases, assess existing research, collaborate with universities, and avoid duplicating prior work. Done well, this accelerates speed to market by turning relevant research into practical, scalable solutions for customers and consumers.

Science-led strategy cannot succeed in isolation. Innovation touches every function. Insights teams define the market problem, sales assess customer relevance, product and strategy managers evaluate financial viability, scientists ensure technical feasibility and operations teams design scale and processes. Developing and launching something new impacts talent, manufacturing, sales, and strategy across the business. Strong internal cross-functional collaboration is essential to rally the organization around key innovations and bring ideas successfully to market.

For those early in their careers, my advice is simple. Use your time wisely. Envision your future and instead of projecting forward from today, identify where you would like to be in 10 or 15 years and then work backward to identify gaps in skills, experience, and knowledge and take proactive steps to close them. Opportunities often arrive unexpectedly. Preparation makes the difference.

In science and innovation, the future belongs to those who stay curious, prepared, and committed to learning continuously. That mindset has shaped my journey so far, and it continues to guide how I approach the role of Chief Science Officer today.