ISPE 博客：制药工程当前趋势——为何项目管理与良好工程规范（GEP）必须协同
Current Trends in Pharmaceutical Engineering: Why Project Management and Good Engineering Practices (GEP) Must Work Together
ISPE iSpeak 专家博客指出，制药项目失败常非技术能力不足，而是缺少将 GEP 与有效项目管理结合的结构化框架。文章强调合规始于项目启动阶段，需在需求开发、QRM 与风险评估、概念设计、供应商选择及设计评审中早期介入，而非等到确认阶段。ISPE 为此开发了 GEP 证书课程，帮助专业人员理解工程全生命周期并强化项目管理能力。
The root cause is often not a lack of technical expertise.
It is the absence of a structured framework that combines GEP with effective project management.
While project management answers the question:
"How do we deliver the project successfully?"
GEP answers the question:
"How do we ensure the project is designed, built, and operated correctly?"
Organizations need both.
1. Modern Pharmaceutical Projects Are Larger and More Complex Than Ever
Today's capital projects frequently involve:
- Advanced therapy manufacturing facilities
- Single-use technologies
- Digital automation platforms
- Data-rich manufacturing environments
- Global project teams
- Aggressive timelines
As project complexity increases, strong engineering alone is no longer enough.
Successful organizations rely on project management processes that provide:
- Scope control
- Resource planning
- Risk management
- Budget oversight
- Schedule management
- Stakeholder alignment
GEP provides the technical framework, while project management ensures that framework is implemented consistently throughout the project lifecycle.
2. Poor Project Execution Creates Long-Term Operational Challenges
Many operational issues originate years before a system enters service.
Examples include:
- User requirements that were poorly defined
- Incomplete design reviews
- Equipment purchased without operational, process engineering, or research and development product and process knowledge input
- Documentation gaps during project lifecycle execution
- Inadequate risk management/risk assessments
These issues often aren't discovered until commissioning and qualification, or commercial manufacturing.
Strong project management reduces these risks by ensuring:
- Clear project objectives
- Effective communication
- Structured decision-making
- Timely issue escalation
- Proper stakeholder engagement
With cGMP as the governing structure, combined with GEP, this approach helps organizations "build quality into the project" rather than trying to retrospectively inspect quality into the finished system.
3. Regulatory Compliance Begins During Project Planning
One of the biggest misconceptions in the industry is that compliance begins during qualification. In the current regulatory climate, there is an expectation that application of quality risk management (QRM) early in the project will identify, incorporate, and verify a commercial manufacturing control strategy will deliver systems and equipment fit for intended purpose.
In reality, compliance starts at project initiation.
Decisions made during the following activities can have lasting effects on commissioning and qualification, validation, compliance, and operational performance:
- Requirements development
- QRM and risk assessments
- Conceptual design
- Vendor selection
- Design reviews
GEP provides the engineering foundation to incorporate practices where engineering-based activities can be used qualification elements necessary to support compliance, while project management ensures critical activities occur at the appropriate time and with the appropriate stakeholders.
4. Risk Management Has Become a Core Project Management Competency
Today's projects face risks from:
- Supply chain disruptions
- Resource constraints
- Technology implementation
- Scope changes
- Regulatory requirements
- Clear identification of product quality and patient safety requirements
- Schedule pressures
The organizations that consistently deliver successful projects are those that proactively identify and mitigate risks before they affect cost, schedule, or compliance.
This is why ISPE's GEP certificate program emphasizes both engineering rigor that incorporates a compliance focus and project management discipline. Effective project managers help teams prioritize risks, while GEP provides the technical basis for evaluating and resolving them.
5. Cross-Functional Collaboration Is Essential for Project Success
Pharmaceutical projects involve numerous stakeholders and teams handling:
- Engineering
- Operations
- Maintenance
- Quality assurance
- Validation
- Automation
- Manufacturing
- Regulatory affairs
- Parent company management
One of the most common causes of project delays is a lack of alignment between these groups.
Effective project management establishes governance, communication pathways, and accountability structures that allow these teams to work together efficiently.
GEP provides the common engineering language that helps ensure technical decisions are made consistently and with compliance in mind.
The Relationship Between Project Management and GEP
A useful way to think about pharmaceutical projects is this:
| Project Management | Good Engineering Practices |
|---|---|
| Defines how the project is planned and executed | Defines how systems should be designed fabricated, and commissioned and qualified |
| Focuses on schedule, budget, scope, and resources | Focuses on technical quality, product quality, reliability, and operability |
| Manages project risks | Manages system control failure and engineering risks |
| Coordinates people and activities | Establishes engineering standards and expectations |
| Drives successful project delivery | Drives successful system performance |
Neither discipline is sufficient on its own.
Strong project management without GEP will deliver the wrong solution.
Strong GEP without project management can deliver the right solution too late and over budget.
The most successful pharmaceutical organizations integrate both disciplines from project conception through system retirement.
Why ISPE Developed the Good Engineering Practices Certificate Program
ISPE recognized that many pharmaceutical professionals are highly skilled in either engineering or project management but have limited formal training in how the two disciplines interact.
The Good Engineering Practices certificate program was therefore designed to help professionals:
- Understand the complete engineering lifecycle
- Apply GEP concepts consistently across projects
- Be able to adapt the GEP process to meet cGMP requirements
- Strengthen project management capabilities
- Improve communication between technical and business stakeholders
- Manage risk proactively
- Deliver compliant facilities and systems more efficiently
- Increase the likelihood of project success while supporting long-term operational excellence
Ultimately, the program teaches that successful pharmaceutical projects are not simply engineering initiatives or compliance initiatives.
They are business-critical projects that require disciplined project management built upon the foundation of Good Engineering Practices.
GEP is not just about engineering excellence; it's about using engineering excellence and project management together to deliver compliant, fit-for-purpose pharmaceutical facilities and systems.
来源：ISPE iSpeak 专家博客 · ispe.org