Dipak Gordhan
Associate Director of Manufacturing Operations
Charlie Wright
Associate Director of Project Management
When looking at the success of a tech transfer project, it can be easy to look at the tech transfer department in isolation, and not their collaborative partners in the wider organisation.
Biotechs today are looking at both scenarios.
Like any successful drug development story, successful technology transfer is rarely the result of a single function working in isolation. Whether moving a product from development into clinical manufacturing or preparing for later-stage commercialisation activities, success depends on the seamless coordination of technical, operational and project management teams.
At Upperton, Technical Transfer and Programme Management work closely together throughout the lifecycle of a programme, aligning technical execution with project objectives, timelines, quality requirements and regulatory expectations. While their responsibilities differ, both functions share the same goal: ensuring that products progress efficiently through development while maintaining scientific integrity, compliance and delivery milestones.
Aligning Technical Execution with Project Strategy
Technology transfer involves the structured movement of process knowledge, analytical understanding and manufacturing requirements between teams and stages of development. It requires the accurate translation of development data into scalable manufacturing processes while ensuring that critical product and process knowledge is retained.
Programme Management provides the framework within which these activities are delivered. While Technical Transfer teams define the technical strategy, establish manufacturing approaches and manage process risks, Programme Managers ensure that these activities are planned, prioritised and delivered within agreed timelines.
The interaction between both functions begins early in a programme and continues throughout development. Daily communication is often required to assess progress, review emerging risks and coordinate activities across multiple departments.
From a technical perspective, decisions may focus on process parameters, manufacturing approaches, control strategies or regulatory requirements. Programme Managers simultaneously evaluate the impact of those decisions on project timelines, resource allocation, budgets and milestone delivery.
This creates a complementary relationship in which technical feasibility and project delivery remain aligned throughout the programme.
Different Development Stages Require Different Levels of Coordination
The level of integration between Technical Transfer and Programme Management evolves as a programme progresses.
For early-phase development projects, the primary objective is often to establish a manufacturable process and deliver material for clinical studies as efficiently as possible. Activities are typically focused on transferring knowledge, understanding process performance and preparing for initial manufacturing campaigns.
However, later-stage programmes introduce significantly greater complexity. Regulatory documentation requirements increase, process understanding becomes more extensive, validation activities are introduced and formal risk management processes play a much larger role.
As a result, Programme Management becomes increasingly involved in coordinating larger cross-functional teams, managing stage-gate reviews, tracking critical deliverables and ensuring that documentation activities remain aligned with technical progress.
Throughout all phases, regular project reviews ensure that timelines, technical activities and regulatory requirements remain synchronised.
Cross-Functional Communication as a Critical Success Factor
Whilst larger CDMOs often work in isolated teams, due to their size and operating structure, Upperton views cross-functional collaboration as a critical success factor.
Technology transfer impacts virtually every department involved in product development and manufacturing. While Technical Transfer and Programme Management form a core partnership for projects, successful execution requires contributions from:
- Pharmaceutical Development
- Manufacturing Operations
- Quality Control
- Quality Assurance
- Regulatory Affairs
- Supply Chain
- Finance
A technical decision made within the transfer team may have implications for analytical testing, batch release schedules, manufacturing capacity or regulatory submissions.
Programme Management plays a central role in ensuring that information flows effectively across these functions. Through project meetings, governance reviews and structured communications, project managers help ensure that decisions are understood by all stakeholders and implemented consistently.
This becomes particularly important when programme changes occur. Modifications to process parameters, manufacturing strategies or development plans can affect multiple departments simultaneously. Assessing the technical, operational, timeline and cost implications of those changes requires close collaboration between Programme Management and Technical Transfer teams.
Establishing Robust Knowledge Transfer
One of the most common causes of technology transfer challenges is ineffective knowledge transfer.
Scientific data alone is rarely sufficient to ensure successful execution. Critical process understanding often exists in the experience of development scientists, engineers and manufacturing specialists who have worked directly with the product.
A well-structured transfer process therefore focuses not only on documentation, but also on the effective transfer of practical knowledge between teams.
This requires regular technical discussions, cross-functional reviews and formal stage-gate assessments where project teams examine:
- Process learnings
- Manufacturing observations
- Analytical considerations
- Risk assessments
- Upcoming development activities
These interactions help ensure that information is retained and applied as products move from development into manufacturing and through subsequent phases of clinical development.
Maintaining Continuity Throughout a Product's Lifecycle
Many biotechnology products remain in development for several years, progressing from early development through multiple clinical phases before potentially reaching commercial manufacture.
Maintaining continuity across such long timelines is essential.
A consistent core team allows programme knowledge to be retained throughout development and reduces the risk of important information being lost between stages. Programme Managers who remain with a project over multiple years develop a deep understanding of the product history, previous decisions and client objectives.
Similarly, retaining Technical Transfer specialists on a programme enables the preservation of critical process knowledge and manufacturing expertise.
This continuity often proves invaluable when unexpected challenges emerge later in development. Historical knowledge can help teams understand why previous decisions were made, accelerate investigations and support more effective problem-solving.
The Advantage of a Fully Integrated Site Model
An integrated, single-site operating model can significantly enhance collaboration between Technical Transfer and Programme Management functions.
When development, manufacturing, quality and supporting departments operate within the same location, communication becomes faster and knowledge transfer becomes more effective.
Teams can rapidly review data, discuss technical challenges and make informed decisions without the delays often associated with transferring information across multiple sites or organisations.
The benefits extend beyond speed. Technical staff can directly observe activities in development laboratories, manufacturing suites and analytical laboratories, allowing teams to gain a more complete understanding of how a product performs across the entire development pathway.
This level of visibility supports one of the most important objectives of technology transfer: preserving critical knowledge as products move between stages of development.
By bringing technical experts, project managers and operational teams together, an integrated site model enables more effective decision-making, reduces communication barriers and strengthens overall programme execution.