Anas Shargawi knows aerospace engineering well. As an industrial engineer from Wichita, Kansas, he’s devoted his career to improving manufacturing processes. His passion shows in his research on materials engineering and engine maintenance.
Anas Shargawi has spent years working on the ground and in the lab, combining theory and practice. Here, he shares his thoughts on Lean Manufacturing principles and how they can be effectively applied.
Start with the Basics: The 5S Methodology.
For Anas, the foundation of Lean Manufacturing is the 5S methodology. It’s simple but incredibly effective. The 5S stands for Sort, Set in Order, Shine, Standardize, and Sustain. These five steps create a clean and organized workspace. Anas believes in keeping things straightforward. He says, “If your workspace is cluttered, your mind will be too. 5S clears the way for efficiency.”
He also has a unique perspective on implementing 5S. Many see it as a one-time event. Anas disagrees. He thinks 5S should be a habit, not a project. “Don’t just organize once a year,” he advises. “Keep at it. Make it part of your daily routine.” This approach keeps the benefits long-lasting. It prevents slipping back into old habits.
Mapping the Process: Value Stream Mapping
Next up is Value Stream Mapping (VSM). It’s a tool to visualize the flow of materials and information in a process. Anas finds it invaluable. He says, “You can’t fix what you can’t see. VSM lets you see the entire production line, from start to finish.” This visualization helps identify bottlenecks and inefficiencies.
But Anas Shargawi has a contrarian view on this, too. He believes many companies overuse VSM. “Not every process needs a full map,” he warns. Instead, he suggests focusing on high-impact areas. These are the areas where small improvements can make a big difference. In his experience, targeted mapping leads to faster wins. It also avoids overwhelming the team with too much analysis.
Continuous Improvement with Kaizen Events
Kaizen means “continuous improvement.” Kaizen events are short, focused efforts to improve a process. Anas is a big fan of these. He’s organized and participated in many Kaizen events over the years. He says they are perfect for bringing teams together. “Kaizen events create a sense of urgency and excitement,” he explains. “People love seeing quick results.”
However, he cautions against doing too many Kaizen events back-to-back. “Teams need time to digest changes and settle into new routines,” Anas points out. Pushing too hard can lead to burnout. His approach is to balance rapid improvement with periods of stabilization. This rhythm keeps people engaged without overwhelming them.
Lessons from Aerospace Manufacturing
In the aerospace world, there’s no room for mistakes. Anas applies Lean Manufacturing principles carefully. He emphasizes precision but also embraces flexibility. “Manufacturing is about balance,” he says. “We need to be exact, but we also need to adapt quickly.” His focus on adaptability sets him apart.
He also sees Lean as a mindset, not just a set of tools. In his view, Lean should influence everything—from shop floor operations to strategic planning. “Lean thinking changes how you approach problems,” Anas says. He encourages teams to question everything. Why do we do things this way? Can it be simpler? Is there a smarter solution?
Practical Advice for Engineers
Anas offers practical advice for engineers looking to implement Lean. First, don’t be afraid to fail. “Experimentation is key,” he insists. Not every Lean project will succeed. The important thing is to learn from failures and keep moving forward. He shares that some of his most successful projects started with mistakes. Those mistakes provided valuable lessons.
Second, Anas suggests involving the entire team in Lean initiatives. “The people doing the work have the best ideas,” he emphasizes. He believes in empowering workers to suggest improvements. This approach builds trust and ownership.
Balancing Lean with Innovation
Anas is also a strong advocate for innovation. He believes Lean and innovation can coexist. While Lean focuses on efficiency, innovation looks for breakthroughs. “You don’t have to choose one or the other,” he argues. In fact, Lean practices often create space for innovation. By reducing waste, resources become available for new projects.
He encourages companies to set aside time for creative thinking. One example he gives is “innovation sprints.” These are short periods where teams work on creative solutions without worrying about efficiency. Anas believes that this balance leads to a healthy manufacturing environment.
Final Thoughts
Lean Manufacturing is powerful. But Anas Shargawi believes it’s all about how you use it. Focus on habits, not one-off events. Map what matters most. Balance quick improvements with long-term stability. And always keep room for innovation. Anas’s unique approach has made a real difference in aerospace engineering. His insights prove that Lean principles, when done right, can transform any manufacturing environment.
