ERI Summer Training Program Announcement 2026
As part of the initiative to localize electronics and information technology, the Electronics Research Institute – Ministry of Higher Education and Scientific Research is happy to announce the opening of registration for the 2026 Summer Field Training Program for students of engineering colleges, technological universities, and higher institutes.
The program aims to provide high- quality hands-on training at the Electronics Research Institute, including its central and specialized laboratories. This will allow participants to get acquainted with the latest engineering technologies and advanced technological applications in electronics, energy, and smart systems, while developing their scientific and practical skills in a leading research and technology environment.
Program Details:
📅 Training Start: July 1, 2026
📅 Program Duration: July 1 to September 15, 2026
📅 Registration Deadline: July 1, 2026
⏱ Training Duration: 1 month – 60 training hours
⏱ Number of Days: 12 days, 3 days per week
💰 Training Cost: 1500 EGP per training track
⚠️ Limited spots – first come, first served
📌 A registration and payment link for each track will be provided.
- Training Tracks
Track 1: Fundamentals of ADC Design and Implementation & FPGA Prototyping using VHDL
• Introduction to low-power ADC fundamentals, analog IC design flow, and circuit implementation using Virtuoso tools.
• Hands-on practice in simulation, analysis, and performance evaluation of low-power ADC circuits.
• Fundamentals of VHDL, FPGA prototyping, and digital design implementation using Xilinx tools.
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Track 2: Artificial Intelligence & Image Processing
• Introduction to the evolution of AI, including machine learning, deep learning, and modern intelligent systems.
• Fundamentals of digital image processing using MATLAB, including enhancement, filtering, and segmentation.
• Practical applications of AI and image processing in engineering, robotics, and industrial systems.
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Track 3: Robotics & Computer Vision
• Fundamentals of robotic systems, including sensors, actuators, controllers, and real-world applications.
• Introduction to robotic simulation and system design using Webots and Simulink.
• Core concepts of computer vision for image processing, object detection, and video analysis using modern tools.
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Track 4: Advanced Nanotechnology: Characterization and Energy Applications
• Introduction to nanomaterials synthesis and preparation techniques.
• Advanced characterization methods for structural, morphological, and electrochemical analysis.
• Applications of nanotechnology in energy storage and sustainable energy systems.
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Track 5: Renewable Energy and Its Applications
• Fundamentals of renewable energy systems with a focus on photovoltaic (PV) systems and wind energy technologies.
• Overview of PV system configurations including On-Grid, Off-Grid, and Hybrid systems, with their main components and applications.
• Practical exposure to rooftop PV stations and an introduction to wind energy systems, their components, and real-world applications.
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Track 6: Introduction to Microwave Engineering
• Introduction to microwave components, circuits, and their engineering applications.
• Fundamentals of transmission line theory and the relationship between EM theory and network theory.
• Basics of network parameters and S-parameters for microwave circuit analysis.
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Track 7: Photonics and Optical Communications Engineering
• Fundamentals of photonics and optical communication systems.
• Introduction to optical fibers, optical sources, modulation, detectors, and receivers.
• Overview of modern applications such as multiplexing, optical amplifiers, and free-space optical communication.
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Track 8: Building Management System: From Sales to Full Operation
• Comprehensive introduction to BMS concepts, components, and applications in smart buildings.
• Integration of BMS with HVAC, lighting, elevators, fire alarm, CCTV, and access control systems.
• Practical exposure to network design, DDC panels, wiring, programming, testing, commissioning, and operation.
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Track 9: PCB Design and Fabrication
• Fundamentals of PCB design, layout concepts, and project documentation using design software.
• Introduction to PCB manufacturing processes such as photolithography, etching, plating, and solder mask application.
• Practical overview of CNC-based PCB fabrication and reverse engineering of electronic boards.
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Track 10: Microcontroller, PLC, and Classic Control
• Introduction to microcontrollers and their industrial control applications.
• Hands-on experience with Siemens S7-1200 PLC programming and industrial process simulation using TIA Portal.
• Fundamentals of classic electrical control circuits, industrial panels, troubleshooting, and safety practices.
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Track 11: Metaverse Fundamentals: Concepts, Technologies, and Practical Applications
• Introduction to the Metaverse ecosystem and the evolution of virtual environments.
• Fundamentals of AR, VR, and Mixed Reality technologies and their practical uses.
• Practical exposure to 3D development, reconstruction, and immersive environment design using Unity.
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Track 12: Planar Antennas and Microwave Components
• Fundamental concepts of planar antennas, including microstrip and slot antenna structures.
• Introduction to key microwave components such as filters, couplers, and power dividers.
• Practical simulation and analysis skills for real-world RF and microwave system design.
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Track 13: Security (Starting at 2:00 PM)
- Starting 1 August at 2:00 PM
• Comprehensive introduction to information security concepts in enterprise environments.
• Understanding modern cyber threats and security technologies used for protection and defense.
• Practical knowledge for designing, implementing, and maintaining secure digital systems.
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Track 14: Microstrip Filters Design and Implementation (Starting at 2:00 PM)
• Fundamentals of low-pass, band-pass, and high-pass filter design and classification.
• Practical design and implementation of printed microstrip filters using stepped impedance and coupled lines.
• Introduction to CST Microwave Studio, FIT numerical methods, and performance enhancement techniques.
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Track 15: Applied AI for NLP and Cybersecurity (Starting at 2:00 PM)
• Introduction to Artificial Intelligence, Machine Learning, and Deep Learning concepts.
• Applications of AI in Natural Language Processing, including text analysis, chatbots, and sentiment analysis.
• Practical use of AI in cybersecurity, computer vision, threat detection, and anomaly detection.
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Track 16: Biomedical Engineering and Systems
- Introduction to Bioinformatics
- Modeling and Simulation in Biomedical Applications
- Machine Learning in Medicine
- Biomedical Image Processing
- Biomaterial
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📌 The booking is confirmed after completing the payment.
📌 Spots are limited.
The training takes place at the Electronics Research Institute – Cairo
📍 Address
Joseph Tito Street – New Nozha – Cairo – Egypt
📌 Spots are limited.
The training takes place at the Electronics Research Institute – Cairo
📍 Address
Joseph Tito Street – New Nozha – Cairo – Egypt
