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On a crisp morning in Wichita, Kansas, Anas Shargawi stood by the runway, watching a plane soar into the clear blue sky. Engines roared, tools clattered, and the smell of motor oil filled the air. It was there, among greasy parts and mechanical marvels, that Anas Shargawi’s fascination with machines first ignited.

As a child, he didn’t just play with toys—he took them apart, curious to understand how they worked. His parents often found him covered in oil and grease, a broad grin on his face as he tinkered with anything he could get his hands on. From fixing his old bicycle to understanding the inner workings of lawnmowers, Anas's passion for engineering grew with each project.

First, it wasn't just about fixing things. It was about making them better. Faster. More efficient.

His curiosity grew even more when he first started classes at Lansing Community College. Studying Airframe and Power Plant Aviation Maintenance opened up a world of exciting opportunities. The sounds of tools and airplane engines felt familiar and inspiring.

His journey didn’t stop there. Anas's hunger for knowledge took him from Saudi Arabia to Wichita, Kansas. Each degree, project, and challenge built the foundation of a career that would impact the engineering world. In this article, we explore Anas Shargawi's career and contributions to the Aerospace industry.

Education

Anas Shargawi studied Aviation Maintenance from 1999 to 2001 at Lansing Community College, earning an Airframe and Power Plant Maintenance diploma. This ignited his passion for engineering.

In 2006, he pursued a Business Administration degree at King AbdulAziz University, focusing on Operations Research and Quality Management. By 2009, he graduated with a Bachelor of Science, gaining strong business and quality management skills.

Anas continued at the same university for a Master’s in Industrial Engineering, specializing in Systems Simulation from 2010 to 2013. This deepened his understanding of industrial processes.

In 2014, he moved to Wichita, Kansas, to study at Wichita State University. He spent six years specializing in Ergonomics and Human Factors, earning his Ph.D. in 2020 in Industrial, Systems, and Manufacturing Engineering.

Professional Experience

Anas Shargawi began his engineering journey with a strong passion for quality and efficiency. His career took him to several renowned companies, each shaping his skills and expertise.

At Saudia Aerospace Engineering Industries (SAEI) in Jeddah, Anas served as a Value Stream Manager in MRO (Maintenance, Repair, and Overhaul) from June 2002 to May 2014. He led major base maintenance projects for aircraft, and his leadership improved maintenance operations significantly.

In October 2018, Anas joined Textron Aviation in Wichita, Kansas, as a Quality Engineer in the Defense sector. He oversaw quality control and assurance in defense projects. His work ensured compliance with industry standards and enhanced product quality.

From August 2022 to October 2022, he worked as a manufacturing engineer at CNH Industrial in Wichita. He supported manufacturing engineering initiatives, focusing on process improvements and quality management.

In February 2023, Anas took on the role of Operations Engineer, Special Projects, at Spirit AeroSystems in Wichita. He implemented digital transformation strategies that enhanced production efficiency and quality.

By April 2023, he had become a Core Industrial Engineer, Special Projects, at Spirit AeroSystems. He led projects focused on operational excellence and process optimization in manufacturing engineering.

Publications

Anas Shargawi has made significant contributions to engineering and technology. His work covers materials science, simulation modeling, and wearable technology. We explored some of his important publications featured in his Google Scholar profile.

Energy Absorbency and Impact Resistance of D3O® Materials under Dynamic Impact Loadings

In this study, Anas explored how D3O® materials behave when struck suddenly. D3O® is known for its ability to absorb shocks. He tested the material under fast impacts to see how well it could protect against force. This research helps in designing better protective gear.

Experimental Investigation of Energy Absorbency and Dampening Characteristics of D3O® Material during Low Velocity Static Impacts

Here, Anas examined how D3O® responds to slower, steady impacts. He measured how much energy the material could absorb and how it reduced vibrations. This information is useful for creating products that need to handle repeated stresses without failing.

Mechanical Testing and Evaluation of D3O® Material for Adequacy of an Ergonomic Intervention for Vibration Transmission Reduction in Aircraft Manufacturing

In this work, Anas focused on reducing vibrations in aircraft manufacturing. Workers often use tools that cause vibrations, which can lead to discomfort or injury. He tested D3O® materials to see if they could lessen these vibrations. His findings could improve worker safety and comfort.

A Study of Boeing 747 “C” Check Maintenance Processes Using Simulation

Anas used simulation to study the maintenance processes of the Boeing 747 airplane. The "C" check is a detailed inspection that takes time and resources. By modeling the process, he identified ways to make it more efficient. This helps airlines save time and reduce costs.

Optimizing Engine Maintenance Processes through Arena Simulation Modeling

In this publication, Anas applied Arena simulation software to engine maintenance. He looked for the best ways to schedule and perform maintenance tasks. His work helps in reducing downtime and improving productivity in engine servicing.

Validity and Reliability of Step Count Measures Using a Wrist-Worn Activity Tracker during Treadmill Walking

Anas shifted his focus to wearable technology in this study. He tested how accurate wrist-worn activity trackers are at counting steps. By comparing them during treadmill walking, he assessed their reliability. This research benefits anyone who uses these devices to monitor their fitness.

Concurrent Validity of Heart Rate Measures Using a Wrist-Worn Activity Tracker during Treadmill Walking

Continuing with wearable tech, Anas evaluated how well these devices measure heart rate. Accurate heart rate data is important for tracking exercise intensity. His study compared the trackers to standard heart rate monitors. The results help users trust the data from their wearable devices.

Through these publications, Anas Shargawi has advanced knowledge in multiple fields. His research has practical applications that improve safety, efficiency, and health monitoring.

Certifications and Skills

Anas Shargawi has always valued education and self-improvement. His journey is marked by several important certifications.

He earned an FAA License in Airframe and Powerplant (A&P). This shows his deep knowledge of aircraft systems. It also highlights his practical skills in aviation mechanics.

Anas also completed training in Communicating with Emotional Intelligence. This helped him enhance his interpersonal skills. It enables him to connect better with colleagues and clients.

He didn't stop there. He obtained a Public Health Certificate as well. This added insight helps him consider health aspects in his engineering work.

Beyond certifications, Anas has developed many valuable skills. He is proficient in Geographic Information Systems (GIS). This allows him to analyze spatial data effectively.

He excels in Process Improvement and Lean Manufacturing. He knows how to make processes more efficient. This skill is useful in many engineering projects.

Anas is skilled in Agreement Analysis and Regulatory Compliance. He ensures that projects meet all legal requirements. This attention to detail prevents potential issues.

Data Mining and Excel Data Manipulation are also among his strengths. He can handle large amounts of data and find useful patterns. This supports better decision-making.

Lastly, he is experienced in Simulation Modeling. He uses this to test ideas before they are built. It helps in planning and improving designs.

Conclusion

The story of Anas Shargawi paints a portrait of a dedicated engineer whose work has left a lasting impact on the aerospace industry. His journey from Wichita to leading roles in major companies showcases his commitment to excellence. With a strong educational foundation, including a Ph.D. in Industrial Engineering, Anas has combined academic knowledge with practical expertise.

At Spirit AeroSystems, he has led projects that enhance production efficiency and quality. His efforts in integrating digital tools have optimized operational performance. His previous roles at CNH Industrial, Textron Aviation, and Saudia Aerospace Engineering Industries highlight his versatility and ability to drive improvements across different sectors.

Anas's published research demonstrates his dedication to advancing industry knowledge. His studies on materials engineering and process optimization have contributed valuable insights to the field. Through his leadership and innovative approach, he continues to push the boundaries of what's possible in aerospace manufacturing.