Article of the Year

Article

About the Roger F. Sherwood Article of the Year Award

PE article of the year logo ISPE’s Roger F. Sherwood Article of the Year award was established in 1993. The award showcases the best content in Pharmaceutical Engineering®, increases industry recognition, highlights ISPE’s reputation as a global knowledge leader, and bolsters magazine content quality.

Although various judges have taken part in assessing articles over the years, one constant remains: recognition of quality and excellence in content through identifying finalists and a single winning article for each publication year.


2025 Award Finalists 

“A Skill Management Framework for a Pharma 4.0™ Workforce”

Pharma 4.0™ is driving fundamental industry changes and requires a comprehensive approach to workforce development. This article proposes a skill management framework aimed at empowering companies to develop a future-ready workforce, including practical insights within the context of Pharma 4.0™.
(March/April)
by Vinzenz Zauner, Kai Reinhardt, PhD, Yvonne Duckworth, PE, and Paige Kane, PhD

“Nurturing a Culture of Collaboration and Growth”

Organizations must continually evolve and adapt in order to grow, sustain, and stay competitive. No organization survives for a long period of time if it does not change with the times. The pace of change is accelerating, and the scale of disruptive market forces is growing by the day.
(March/April)
by V.J. Venkatraman

“The Power of Fleet Management in Distributed Manufacturing”

The pharmaceutical industry faces significant challenges in rapidly expanding production capacity to meet the needs of patients. Traditional centralized manufacturing models are increasingly seen as inflexible and slow to adapt to the dynamic demands of modern healthcare. This article proposes a regulatory framework for distributed manufacturing using the concept of fleet management to address these challenges.
(March/April)
by Maria Amaya, PhD, Ryan Farley, Toby Groathouse, Joe Jerkins, Line Lundsberg-Nielsen, PhD, Jacob Holst Madsen, Richard Panton, Christian Siegmund, PhD, and Inger Soerensen

“Applicability of Vaporized Hydrogen Peroxide for Contamination Control of Lyophilized Biohazards”

Controlling contamination in environments where biological medicinal products are handled is of paramount importance to ensure the safety of personnel, sterility of drug products, and protection of the surrounding environment. The application of vaporized hydrogen peroxide (vH2O2) has emerged as a promising method for postproduction decontamination due to its ability to degrade biohazards into nontoxic byproducts.
(May/June)
by Birte R. Scharf, PhD, Maximilian Ferdinand Eizinger, PhD, Maren Saade, Andrea Hawe, PhD, Tim Menzen, PhD and Hussein Bachir, PhD

 “Continuous Viral Vector Manufacturing”

A growing segment of the advanced therapy medicinal product (ATMP) landscape, which includes gene therapies and cell-based treatments, relies heavily on viral vectors for efficient gene delivery. The increasing demand for these therapies requires a robust, scalable, and cost-effective manufacturing solution.
(May/June)
by Robert Dream, PhD, and Jeff Odum

“Lessons from a Cost of Goods Analysis Workshop”

Advanced therapy medicinal products (ATMPs) are transformative therapeutics that are realizing increasing gains in market approvals, yet are expensive products to produce. To enable a broader application of these medicinal products in the marketplace, the cost of goods (COGs) sold should be addressed early in development with a focus on reduction of cost to the patient.
(May/June)
by Erich H. Bozenhardt, PE, Jeff Odum, and David Raab

“Streamlining the Vein-To-Vein Process: The Future of Automated Cell Therapy Manufacturing”

Cell therapies, especially autologous chimeric antigen receptor T cell (CAR T cell) treatments, are transforming personalized medicine, bringing new hope to patients with conditions once thought untreatable. However, the manufacturing processes for these therapies remain predominantly manual, presenting significant challenges in scalability, consistency, and making these treatments more widely available.
(May/June)
by Krisha Patel, Judith Koliwer, PhD, and Kruti Shah

“Oligonucleotide Manufacturing Scaling Challenges for Undruggable Targets”

Oligonucleotide therapies hold great promise for treating a wide range of diseases, including the undruggable, but their journey from lab to patient hinges on fundamental manufacturing challenges that the industry is racing to solve.
(November/December)
by Claire MacLeod, PhD

“Risk-Based Containment Strategy: A Case Study for a Synthetic Molecule API Facility”

Containment systems are essential in pharmaceutical manufacturing, ensuring product quality and protecting worker safety. They prevent cross-contamination, reduce occupational exposure to potent compounds, and support compliance with global Good Manufacturing Practice (GMP) standards. As manufacturing evolves, robust and adaptable containment strategies are increasingly vital for maintaining safety, efficiency, and regulatory alignment.1 This article presents a case study demonstrating the design and verification of containment systems in a large-scale facility, highlighting best practices and industry relevance.
(November/December)
by Daisuke Hirasawa and Mitsuteru Kohriyama

Judging

A subcommittee of the Pharmaceutical Engineering Committee (PEC) served as judges for the 2025 award competition, reviewing articles and providing assessments on the following criteria: usefulness to ISPE readers; how the articles improve the knowledge of key topics; and clarity/ease of reading.

Finalists for the award were selected by a subcommittee of the Pharmaceutical Engineering Committee (PEC) from 48 feature and technical articles published during calendar year 2025.


Previous Article of the Year Award Winners and Finalists