ERI Summer Training Program 2026 – Second Phase

As part of the initiative to localize the electronics and information technology industry, the Electronics Research Institute (ERI), affiliated with the Ministry of Higher Education and Scientific Research, is pleased to announce the opening of registration for the Second Phase of the ERI Summer Training Program 2026.

The program is designed for students of Faculties of Engineering, Computers and Information, Artificial Intelligence, Technological Universities, Higher Institutes, and other related disciplines.

The program provides comprehensive theoretical and hands-on training within the Electronics Research Institute through its training facilities, central laboratories, and specialized research laboratories. It offers participants the opportunity to gain practical experience and exposure to the latest engineering technologies and advanced applications in the fields of electronics, renewable energy, artificial intelligence, and intelligent systems.

The program also aims to enhance students' technical and practical skills, bridge the gap between academic knowledge and real-world applications, and provide valuable training experience within a specialized research and technological environment.

Program Details

📅 Second Phase Start Date:25 July 2026

📅 Training Period: 25 July – 15 September 2026

⏱ Duration of Each Training Track: One month

⏱ Total Training Hours:60 hours

📆 Training Schedule:12 training days (3 days per week)

💰 Training Fee: EGP 1,500 per training track

⚠️ Seats are limited. Priority will be given to applicants who complete both the registration and payment processes first.

Training Tracks
Track 1: Renewable Energy and Its Applications
📅 Starting Date: Sunday, 2 August 2026
🗓 Training Days: Sunday, Monday, and Wednesday
🕙 Starting Time: 10:00 AM
⏱ Duration: 12 Training Days
Track Content
• Fundamentals of renewable energy systems and their engineering applications.
• Introduction to photovoltaic systems, their main components, operating principles, and practical applications.
• Overview of On-Grid, Off-Grid, and Hybrid PV system configurations.
• Introduction to wind energy systems, including wind turbines, generators, and energy conversion principles.
• Overview of biomass energy, green hydrogen technologies, and energy storage systems.
• Introduction to the design and performance analysis of renewable energy systems using specialized engineering software.
• Practical training inside specialized laboratories.
• Field visits and hands-on exposure to the operating rooftop photovoltaic stations at the Electronics Research Institute.
🔗 Registration and Payment Link:Click here
Track 2: Explore Beyond Reality: Build the Metaverse – VR, AR & Unity Development with AI and 3D Technologies
📅 Starting Date: Tuesday, 28 July 2026
🕙 Starting Time: 10:00 AM
⏱ Duration: 12 Training Days
🗓 Training Schedule:
• Week 1: Tuesday, Wednesday, and Thursday
• Week 2: Tuesday, Wednesday, and Thursday
• Week 3: Monday, Tuesday, and Wednesday
• Week 4: Monday, Tuesday, and Wednesday
Track Content
• Introduction to the Metaverse ecosystem and the evolution of virtual environments.
• Fundamentals of Virtual Reality, Augmented Reality, and Mixed Reality technologies.
• Introduction to 3D modeling, reconstruction, and immersive environment design.
• Practical development of interactive virtual environments using Unity.
• Integration of Artificial Intelligence tools into Metaverse applications.
• Development of immersive and interactive experiences using AI and 3D technologies.
🔗 Registration and Payment Link:Click here
Track 3: Computational Biomedicine: Machine Learning, Imaging, and Biomaterial Design
📅 Starting Date: Tuesday, 4 August 2026
🗓 Training Days: Tuesday, Wednesday, and Thursday
🕙 Starting Time: 10:00 AM
⏱ Duration: 12 Training Days
Track Content
• Introduction to computational biomedicine and biomedical engineering applications.
• Fundamentals of Machine Learning and its applications in medicine and healthcare.
• Biomedical image processing, analysis, segmentation, and classification.
• Modeling and simulation of biomedical systems and physiological processes.
• Introduction to biomaterials and computational biomaterial design.
• Practical applications of intelligent systems in medical diagnosis and healthcare.
• Use of computational tools for biomedical data analysis and medical decision support.
🔗 Registration and Payment Link:Click here
Track 4: Planar Antennas and Microwave Components
📅 Starting Date: Monday, 27 July 2026
🗓 Training Days: Monday, Tuesday, and Wednesday
🕙 Starting Time: 10:00 AM
⏱ Duration: 12 Training Days
Track Content
• Fundamental concepts of planar antennas, including microstrip and slot antenna structures.
• Introduction to antenna parameters, feeding techniques, and radiation characteristics.
• Fundamentals of microwave components such as filters, couplers, and power dividers.
• Introduction to microwave circuit design and performance evaluation.
• Practical simulation and analysis of planar antennas and microwave components.
• Development of practical design skills for real-world RF and microwave systems.
🔗 Registration and Payment Link:Click here
Track 5: PCB Design and Fabrication
📅 Starting Date: Sunday, 9 August 2026
🗓 Training Days: Sunday, Monday, and Wednesday
🕑 Starting Time: 2:00 PM
⏱ Duration: 12 Training Days
Track Content
• Fundamentals of electronic circuit design and Printed Circuit Board design.
• Schematic capture, component selection, routing, and PCB layout concepts.
• Preparation of PCB project files and manufacturing documentation.
• Introduction to PCB fabrication processes, including photolithography, etching, plating, drilling, and solder mask application.
• Practical overview of CNC-based PCB fabrication.
• Introduction to soldering, assembly, testing, and troubleshooting of electronic boards.
• Fundamentals of reverse engineering and analysis of existing electronic boards.
🔗 Registration and Payment Link:Click here
Track 6: Building Management System – From Sales to Full Operation
📅 Starting Date: Tuesday, 18 August 2026
🗓 Training Days: Sunday, Tuesday, and Thursday
🕙 Starting Time: 10:00 AM
⏱ Duration: 12 Training Days
Track Content
• Comprehensive introduction to Building Management System concepts, components, and applications.
• Understanding the role of BMS in smart, safe, and energy-efficient buildings.
• Integration of BMS with HVAC, lighting, elevators, fire alarm, CCTV, and access control systems.
• Introduction to sensors, actuators, controllers, DDC panels, and communication protocols.
• Fundamentals of BMS network design, system architecture, and control points.
• Practical exposure to wiring, programming, testing, commissioning, and system operation.
• Overview of the complete BMS project cycle, from sales and technical proposals to installation and full operation.
🔗 Registration and Payment Link:Click here
Track 7: Microcontroller, PLC, and Classic Control
This track is available through two training groups:
Group 3
📅 Starting Date: Sunday, 26 July 2026
🗓 Training Days: Sunday, Monday, and Wednesday
🕙 Starting Time: 10:00 AM
⏱ Duration: 12 Training Days
Group 4
📅 Starting Date: Sunday, 26 July 2026
🗓 Training Days: Sunday, Monday, and Wednesday
🕑 Starting Time: 2:00 PM
⏱ Duration: 12 Training Days
Track Content
• Introduction to microcontrollers and their industrial control applications.
• Fundamentals of embedded systems, input/output interfacing, sensors, and actuators.
• Hands-on experience with Siemens S7-1200 PLC programming.
• Industrial process simulation and control using TIA Portal.
• Fundamentals of classic electrical control circuits and industrial control panels.
• Practical training in control panel wiring, operation, and troubleshooting.
• Introduction to industrial safety practices and control system maintenance.
🔗 Registration and Payment Link:Click here
Track 8: Robotics and Computer Vision
📅 Starting Date: Monday, 24 August 2026
🕙 Starting Time: 10:00 AM
⏱ Duration: 12 Training Days
🗓 Training Schedule:
• Week 1: Monday, Tuesday, and Wednesday
• Week 2: Monday, Tuesday, and Thursday
• Week 3: Monday, Tuesday, and Wednesday
• Week 4: Sunday, Monday, and Tuesday
Track Content
• Fundamentals of robotic systems, including sensors, actuators, controllers, and mechanical components.
• Introduction to robot modeling, simulation, and control.
• Robotic system development and simulation using Webots and Simulink.
• Fundamentals of digital image processing and Computer Vision.
• Introduction to object detection, image classification, feature extraction, and video analysis.
• Integration of Computer Vision algorithms with robotic systems.
• Practical applications of robotics and Computer Vision in intelligent and autonomous systems.
🔗 Registration and Payment Link:Click here
Track 9: Artificial Intelligence and Image Processing
📅 Starting Date: Sunday, 2 August 2026
🗓 Training Days: Sunday, Tuesday, and Thursday
🕙 Starting Time: 10:00 AM
⏱ Duration: 12 Training Days
Track Content
• Introduction to Artificial Intelligence and the evolution of intelligent systems.
• Fundamentals of Machine Learning and Deep Learning.
• Introduction to digital image processing and image representation.
• Image enhancement, filtering, segmentation, and feature extraction techniques.
• Practical implementation of image processing techniques using MATLAB and modern programming tools.
• Introduction to image classification and object detection.
• Applications of Artificial Intelligence and image processing in engineering, robotics, medical imaging, and industrial systems.
🔗 Registration and Payment Link:Click here
Track 10: Applied AI for NLP and Cybersecurity
This track is available through three training groups:
Group 4
📅 Starting Date: Saturday, 25 July 2026
🗓 Training Days: Saturday, Sunday, and Wednesday
🕑 Starting Time: 2:00 PM
⏱ Duration: 12 Training Days
Group 5
📅 Starting Date: Saturday, 22 August 2026
🗓 Training Days: Saturday, Monday, and Wednesday
🕑 Starting Time: 2:00 PM
⏱ Duration: 12 Training Days
Group 6
📅 Starting Date: Sunday, 23 August 2026
🗓 Training Days: Sunday, Tuesday, and Thursday
🕑 Starting Time: 2:00 PM
⏱ Duration: 12 Training Days
Track Content
• Introduction to Artificial Intelligence, Machine Learning, and Deep Learning concepts.
• Fundamentals of Natural Language Processing and text preprocessing.
• Text representation, classification, sentiment analysis, and information extraction.
• Development of chatbots and intelligent language-based applications.
• Introduction to information security and modern cyber threats.
• Applications of Artificial Intelligence in cybersecurity, threat detection, anomaly detection, and malware analysis.
• Practical implementation of intelligent models for NLP and cybersecurity applications.
🔗 Registration and Payment Link:Click here

Important Instructions

📌 Registration is confirmed only upon completion of both the registration process and the payment.

📌 Applicants must select the appropriate training group based on the start date, training days, and session schedule.

📌 Seats are limited. Registration for each training group may close once the maximum capacity has been reached.

📌 Participants must attend at least 75% of the total training hours to be eligible for a Certificate of Training Completion.

📌 All lectures and practical training sessions will be conducted at the laboratories and training facilities of the Electronics Research Institute (ERI).

Training Venue

🏢 Electronics Research Institute (ERI), Cairo

📍 Address:
Joseph Tito Street, New Nozha, Cairo, Egypt

🌐 Website:Click here

📍 Location:Click here