CEREM Training Courses Series
Training Course series 2026
Upcoming Training Program:
CEREM will soon announce the next training course on Advanced Technologies in Ceramic and Polymer Coatings for Engineering Applications.
Further details and registration information will be available shortly.
2. MATERIALS TESTING & FAILURE ANALYSIS of METALLIC MATERIALS
The training course, “Materials Testing & Failure Analysis of Metallic Materials,” was completed at the Center of Excellence for Research in Engineering Materials (CEREM), King Saud University. The program provided detailed knowledge and a practical understanding of mechanical testing methods and how to analyze failures in metallic materials, using real examples from industry. Participants demonstrated strong engagement throughout the sessions, contributing to productive discussions and hands-on learning activities. The course concluded with positive feedback, reflecting its technical depth, professional delivery, and relevance to both academic and industrial applications
Trainer/Speaker
Dr. Asiful H. Seikh; Prof. Mahmoud Soliman; Dr. Hany S. Abdo; Engr. Jabair A. Mohammed
Course Highlights
- Fundamentals of metallic materials testing and characterization.
- Understanding mechanical properties and common failure mechanisms in metals.
- Introduction to metallography, microstructure analysis, and fractography.
- Overview of corrosion mechanisms and prevention strategies.
- Real industrial case studies in materials testing and failure analysis.
Participants included engineers, researchers, industry professionals, and graduate students from various sectors. The course received excellent feedback, particularly for its technical depth and practical relevance to real-world engineering scenarios.
Event Highlights in Pictures
Participant engagement and Q&A
Appreciation
CEREM extends its sincere appreciation to all participants for their active engagement and to Dr. Asiful H. Seikh; Prof. Mahmoud Soliman; Dr. Hany S. Abdo; Engr. Jabair A. Mohammed
for delivering an outstanding and impactful training program.Special thanks to the CEREM administrative and technical teams for their support in organizing this event.
Training Course series 2025
1. CORROSION MEASUREMENT AND CONTROL
The Center of Excellence for Research in Engineering Materials (CEREM), King Saud University, successfully conducted its specialized training course titled “Corrosion Measurement and Control” on 22–23 October 2025 at the College of Engineering.
This two-day course, delivered by Prof. El-Sayed M. Sherif, provided participants with an in-depth understanding of corrosion fundamentals, measurement techniques, monitoring strategies, and industrial control methods. The training combined theoretical lectures, hands-on demonstrations, and real-case industrial examples, enabling attendees to gain both scientific and practical insights into corrosion behavior and mitigation.
Trainer/Speaker
Prof. El-Sayed M. Sherif
Course Highlights
- Overview of corrosion mechanisms and electrochemical principles
- Techniques for corrosion rate measurement and monitoring
- Surface degradation and failure analysis
- Protective coatings, inhibitors, and control strategies
- Practical demonstrations of corrosion testing instruments
- Interactive discussions on industrial corrosion challenges
Participants included engineers, researchers, industry professionals, and graduate students from various sectors. The course received excellent feedback, particularly for its technical depth and practical relevance to real-world engineering scenarios.
Event Highlights in Pictures
Opening session and welcome remarks
Technical lectures by Prof. Sherif
Demonstration of corrosion testing equipment
Participant engagement and Q&A
Appreciation
CEREM extends its sincere appreciation to all participants for their active engagement and to Prof. El-Sayed M. Sherif for delivering an outstanding and impactful training program.
Special thanks to the CEREM administrative and technical teams for their support in organizing this event.
Training Course series 2024
4. Training Course on Advanced Technologies in Ceramic Coatings for Engineering Applications
The training course brought together diverse participants, including students and faculty members, promoting a collaborative learning environment that enriched discussions on advanced ceramic coatings for energy applications. As a result, participants successfully developed a comprehensive understanding of surface structure and composition, enhanced their ability to tailor surface properties through strategic modifications and coatings, and acquired helpful knowledge about current industrial surface protection practices. This course broadened their technical expertise and empowered them to apply these advancements in practical energy applications.
Trainer/Speaker
Dr. Mushtaq A. Dar
Course Highlights
- The course provides an introduction to advanced ceramic coating technologies for engineering applications.
- Understanding surface structure, composition, and surface engineering principles is a key aspect of the course.
- The course will also cover techniques for tailoring surface properties through coating and surface modification.
- Ceramic coatings find applications in areas such as thermal resistance, wear protection, and corrosion resistance.
- This course provides an overview of current industrial surface protection practices and emerging technologies.
Participants included engineers, researchers, industry professionals, and graduate students from various sectors. The course received excellent feedback, particularly for its technical depth and practical relevance to real-world engineering scenarios.
Event Highlights in Pictures
Appreciation
CEREM extends its sincere appreciation to all participants for their active engagement and to Dr. M. A. Dar for delivering an outstanding and impactful training program.
Special thanks to the CEREM administrative and technical teams for their support in organizing this event.
3. Training Course on Processing of High-Strength Aluminum Alloys through Conventional Casting and Powder Metallurgy
The training course on processing high-strength aluminum alloys through conventional casting and powder metallurgy provided participants with in-depth knowledge of fundamental processing techniques. Through lectures and hands-on laboratory sessions, participants gained practical experience producing aluminum alloys using casting and powder metallurgy methods. This training enhanced their understanding of material properties, processing parameters, and the optimization of alloy performance for industrial applications, equipping them with essential skills to advance in aluminum alloy manufacturing.
Trainer/Speaker
Dr. Asiful H Seikh, Engr. Ahmed Hassan & Engr. Jabair A Mohammed
Course Highlights
- The course begins with an introduction to corrosion mechanisms and the degradation of engineering materials.
- Understanding corrosion measurement and electrochemical testing techniques is a key aspect of the course.
- This section provides an overview of the strategies used in industry for corrosion prevention and protection.
- This course offers practical knowledge regarding corrosion monitoring, control, and materials selection.
- The course also included a discussion of real industrial corrosion case studies and their corresponding solutions.
Participants included engineers, researchers, industry professionals, and graduate students from various sectors. The course received excellent feedback, particularly for its technical depth and practical relevance to real-world engineering scenarios.
Event Highlights in Pictures
Appreciation
CEREM extends its sincere appreciation to all participants for their active engagement and to Dr. Asiful H Seikh, Engr. Ahmed Hassan & Engr. Jabair A. Mohammed for delivering an outstanding and impactful training program.
Special thanks to the CEREM administrative and technical teams for their support in organizing this event.
2. Training Course on Processing of High-Strength Aluminum Alloys through Conventional Casting and Powder Metallurgy
The Training Course on Electrospun Nanofiber Membranes (NFMs): Advanced Biomedical, Environmental, and Energy Applications enabled participants to gain hands-on experience in manufacturing NFMs and electrospinning processes. Through rigorous training, they successfully developed customized electrospun NFMs by optimizing key parameters and enhancing their structural and functional properties. Additionally, participants mastered the meticulous and advanced application of NFMs in biomedical, environmental, and energy domains, equipping them with the necessary expertise to drive innovation in these critical fields.
Trainer/Speaker
Prof. Dr M. Rezaul Karim and Engr. M. Omer Aijaz
Course Highlights
Introduction to advanced characterization techniques for engineering materials.
The course covers the understanding of microstructural analysis through the use of modern materials characterization tools.
This course provides an overview of X-ray diffraction (XRD), electron microscopy, and spectroscopy methods.
The study involved the interpretation of structural, morphological, and compositional data of various materials.
Applications of advanced characterization in materials research and industry.
Participants included engineers, researchers, industry professionals, and graduate students from various sectors. The course received excellent feedback, particularly for its technical depth and practical relevance to real-world engineering scenarios.
Event Highlights in Pictures
Appreciation
CEREM extends its sincere appreciation to all participants for their active engagement and to Prof. Dr. M. Rezaul Karim and Engr. M. Omer Aijaz for delivering an outstanding and impactful training program.
Special thanks to the CEREM administrative and technical teams for their support in organizing this event.
1. Training Course on Principles of Corrosion, Corrosion Testing, Corrosion Prevention, and Control
The course welcomed diverse participants, including students and faculty members, promoting a collaborative learning environment. This diverse attendance augmented discussions and broadened perspectives on corrosion management and prevention strategies.
Trainer/Speaker
Prof. El-Sayed M. Sherif
Course Highlights
Introduction to fundamental principles of corrosion and degradation of engineering materials.
Understanding different types of corrosion and their mechanisms.
Overview of electrochemical corrosion testing and measurement techniques.
Strategies for corrosion prevention, control, and materials selection.
Discussion of real industrial corrosion problems and practical solutions.
Participants included engineers, researchers, industry professionals, and graduate students from various sectors. The course received excellent feedback, particularly for its technical depth and practical relevance to real-world engineering scenarios.
Event Highlights in Pictures
Appreciation
CEREM extends its sincere appreciation to all participants for their active engagement and to Prof. El-Sayed M. Sherif for delivering an outstanding and impactful training program.
Special thanks to the CEREM administrative and technical teams for their support in organizing this event.
