Why Talent Should Drive Factory Location

Why Talent Should Drive Factory Location

Why Food, Flavour and Advanced Manufacturing Companies Are Struggling to Hire After Building Facilities in Low-Cost Locations

Across the food ingredients, flavours, biotechnology and advanced manufacturing sectors, a growing number of companies are facing the same problem. They build manufacturing plants where land is cheapest or incentives are strongest, only to discover they cannot attract or retain the specialist talent needed to operate those facilities effectively.

For decades, manufacturing site selection strategies focused heavily on land cost, tax incentives, utilities and logistics infrastructure. That approach worked in traditional industrial manufacturing where labour was less specialised and easier to replace. However, modern manufacturing facilities within the food and flavour industry are increasingly dependent on highly skilled professionals including food scientists, flavour chemists, process engineers, automation specialists, regulatory experts, fermentation scientists and quality professionals.

These are niche skillsets that often exist in highly concentrated regional ecosystems rather than low-cost industrial areas.

As a result, many organisations are now discovering that choosing a manufacturing location primarily around cheap land can become a false economy.

The Food and Flavour Industry Is Becoming Increasingly Talent Dependent

The global food and flavour industry has evolved significantly over the last decade. Innovation in areas such as clean-label products, precision fermentation, functional ingredients, alternative proteins and flavour enhancement has increased demand for specialist STEM expertise.

Modern food manufacturing is no longer just about production scale. It now requires advanced R&D capability, regulatory expertise, process optimisation and sophisticated quality systems. Facilities are becoming more technically complex and increasingly reliant on highly specialised scientific and engineering talent.

However, many food manufacturers still apply older industrial site-selection models designed around cost reduction rather than workforce sustainability.

The result is that some businesses struggle with:

  • Long-term vacancies in technical roles
  • Difficulty attracting experienced flavour chemists and food scientists
  • High relocation refusal rates
  • Increased contractor dependence
  • Delayed operational scaling
  • Retention challenges in remote manufacturing sites

In highly regulated food manufacturing environments, the inability to recruit and retain experienced talent can directly affect product innovation, operational efficiency and speed to market.

Semiconductor Manufacturing Already Shows the Risks of Talent-Poor Locations

Other STEM-heavy industries are already demonstrating what happens when manufacturing investment outpaces workforce availability.

The semiconductor industry is one of the clearest examples. In 2025, the UK Government’s semiconductor workforce study warned of “acute challenges” relating to specialist talent shortages and workforce sustainability within semiconductor manufacturing.

The report highlighted shortages across engineering and technical disciplines and acknowledged that workforce constraints could limit future manufacturing growth.

In the United States, Taiwan Semiconductor Manufacturing Company (TSMC) experienced delays to its Arizona fabrication facility due in part to shortages of skilled labour and specialist technicians required during construction and operational ramp-up.

This is particularly significant because the project had funding, infrastructure, land and government support. Yet specialist workforce shortages still became a major operational bottleneck.

Research into the wider semiconductor sector by McKinsey also projects that more than 100,000 additional workers will be required in the United States this decade to support planned manufacturing expansion.

The lesson for food and flavour manufacturing is clear. Access to specialist talent is increasingly becoming as important as access to utilities, logistics or raw materials.

Why Some Industries Are Performing Better at Talent-Led Manufacturing

Several advanced industries already understand that long-term manufacturing success depends on building near talent ecosystems rather than simply securing cheap land.

Biotechnology and pharmaceutical companies, for example, often cluster around locations with strong university pipelines and existing scientific communities. Areas such as Boston, Basel and Cambridge continue to attract investment because they provide sustainable access to scientific, engineering and regulatory talent.

The semiconductor industry also benefits from manufacturing ecosystems such as Eindhoven and Taiwan’s Hsinchu region, where universities, suppliers, engineers and research institutions create highly interconnected talent networks.

These ecosystems create several long-term advantages:

  • Easier access to specialist hires
  • Lower relocation barriers
  • Better workforce retention
  • Faster knowledge sharing
  • Stronger supplier collaboration
  • Reduced operational disruption

By contrast, isolated manufacturing facilities built primarily around low-cost land often struggle to establish sustainable workforce ecosystems capable of supporting long-term innovation and growth.

The food and flavour industry can learn from these models.

As food manufacturing becomes more technologically advanced, companies may increasingly need to position facilities closer to existing scientific and technical talent pools rather than focusing exclusively on cost reduction.

Why Cheap Land Can Become a False Economy in Food Manufacturing

The hidden costs of talent shortages often outweigh the upfront savings achieved through cheaper land or tax incentives.

When specialist talent is difficult to access, organisations can experience:

  • Longer hiring cycles
  • Increased relocation costs
  • Higher employee turnover
  • Greater overtime dependency
  • Delayed production ramp-up
  • Reduced innovation capability
  • Lower operational efficiency
  • Increased training and onboarding costs

For food and flavour manufacturers competing on innovation, speed to market and product quality, these operational inefficiencies can have significant commercial consequences.

A facility that saves money during construction may ultimately become more expensive to operate if the right scientific and engineering talent cannot be secured long term.

Why Talent Mapping Should Happen Before Manufacturing Site Selection

Forward-thinking organisations are increasingly recognising that recruitment should not be treated as a reactive process after a manufacturing location has already been chosen.

Instead, talent mapping should happen during the earliest stages of manufacturing strategy and site selection.

Rather than asking:
“Where is land cheapest?”

Businesses should increasingly ask:
“Where does the specialist talent already exist, and can that workforce support future growth?”

This involves analysing:

  • Regional food science and engineering talent density
  • University and research pipelines
  • Competitor hiring activity
  • Salary trends
  • Relocation behaviour
  • Long-term workforce scalability
  • Local retention risks

How Specialist Recruitment Agencies Can Support Talent-Led Manufacturing Growth

This is where specialist recruitment agencies within the food, flavour and STEM manufacturing sectors can provide significant strategic value beyond simply filling vacancies.

Recruitment firms operating deeply within these industries often possess detailed labour market intelligence around candidate availability, regional talent clusters, relocation trends and future workforce supply.

Through talent mapping, specialist recruiters can help organisations assess whether a location can realistically support long-term hiring demand across R&D, quality, engineering, operations and technical leadership functions before major investment decisions are made.

For food and flavour manufacturers expanding into increasingly technical production environments, this workforce intelligence can help avoid costly location decisions driven purely by land prices or incentives.

As competition for specialist scientific and engineering talent continues to intensify, companies that align manufacturing investment with workforce realities are likely to outperform businesses still relying on outdated site-selection models focused solely on cheap land.

In modern food and flavour manufacturing, talent is no longer secondary to location strategy. Increasingly, it is the strategy.

By Joe Hugill, Associate Director, Skills Alliance

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