A PMI® Certified Project Management Professional (PMP) and Senior Director at Project Farma, Chip has more than 25 years of experience across pharmaceutical and regulated non-pharmaceutical industries. His expertise spans risk-based commissioning and qualification (C&Q), aseptic manufacturing, cleaning validation, quality systems, and owner’s project management. Throughout his career, he has focused on helping organizations implement risk-based approaches that improve both compliance and operational efficiency.
Chip is also a recognized thought leader within the industry. A frequent speaker and published author, he has contributed significantly to ISPE guidance, including serving as lead author of the ISPE Good Practice Guide: Good Engineering Practice (Second Edition) and contributing to ISPE Good Practice Guide: Validation 4.0. His work reflects a long-standing commitment to advancing practical, science-based approaches to pharmaceutical engineering and manufacturing.
As an ISPE Qualified Instructor, Chip brings this experience directly into the learning environment. His teaching approach is grounded in bridging the gap between theory and practice—helping professionals understand not just what regulatory expectations are, but how to apply them effectively in complex, real-world settings.
Connecting GMP and Engineering in Practice
One of Chip’s core perspectives is the importance of aligning good manufacturing practices (GMP) with good engineering practices (GEP). While these disciplines are inherently interconnected, they are often managed separately within organizations, leading to inefficiencies or gaps in execution.
Drawing from his work on the Good Engineering Practice Guide, Chip emphasizes that successful pharmaceutical operations depend on balancing cost, effort, and control. Rather than applying uniform levels of oversight across all systems, organizations benefit from focusing resources where risk is highest. This risk-based approach supports both compliance and efficiency, ensuring that critical systems perform reliably without overburdening teams with unnecessary processes.
Chip’s experience across facilities, utilities, equipment, and validation programs enables him to illustrate how these concepts apply across the full lifecycle—from design and delivery to operation and ongoing change management. This lifecycle perspective is particularly valuable for professionals navigating increasingly complex regulatory expectations and technological environments.
From Guidance to Application
A defining attribute of Chip’s instruction is his ability to translate industry guidance into practical application. Regulatory frameworks and best practices are often well documented, but organizations can struggle to implement them in a way that is both compliant and efficient.
Chip addresses this challenge by grounding discussions in real scenarios. His background includes managing and advising on validation of facilities, utilities, and equipment; computer system validation; process validation; and cleaning validation across a wide range of systems, including aseptic processing, oral solid dose manufacturing, and laboratory environments. He also brings experience in quality systems, risk assessment, root cause analysis, change control, and corrective and preventive actions.
This breadth of experience allows him to connect concepts across functions—demonstrating how engineering decisions influence quality outcomes and how quality systems can be structured to support, rather than slow, operations.
Supporting a Risk-Based Mindset
A consistent theme in Chip’s work is the importance of quality risk management. He emphasizes that risk-based thinking is not just a regulatory expectation, but a practical tool for improving decision-making.
In change management, for example, Chip highlights that many system changes can be effectively managed within engineering when guided by clear risk criteria, allowing quality teams to focus on higher-impact areas. This approach supports more efficient use of resources while maintaining patient safety and compliance. Such perspectives align with broader industry movement toward science- and risk-based frameworks, reinforcing the value of practical interpretation and application of regulatory guidance.
The Value of Experience in Training
The impact of technical training depends not just on content, but on how it is delivered. Experienced instructors like Chip bring context that helps professionals understand how concepts are applied in practice—across different organizations, systems, and challenges.
His long-standing involvement with ISPE, including contributions to guidance documents and participation in industry groups, ensures his teaching remains aligned with current expectations and emerging trends. This connection to both industry practice and regulatory evolution strengthens the learning experience.
Building Capability Through ISPE Training
ISPE training programs are designed to develop both foundational knowledge and practical capability. While course content provides structure, the value is enhanced through insights from instructors who have applied these principles in real-world settings.
Chip is a Qualified Instructor for the GMP Fundamentals for the Pharmaceutical Industry training course. He also teaches the Commissioning and Qualification training course, which focuses on science- and risk-based approaches to system verification and lifecycle delivery. Course participants receive foundational pre-work materials when they register, including the ISPE Baseline® Guide: Commissioning & Qualification (Second Edition).
ISPE training courses provide opportunities to deepen both technical understanding and practical application—supporting professionals as they navigate the complexities of modern pharmaceutical operations.
Learn more about ISPE training courses and register today.
