It is with a mix of emotions that I announce my departure from the organization as a volunteer. My time with IEEE SSCS ALEX SC has been a long and fulfilling journey, filled with immense learning and cherished memories. I have grown both personally and professionally during my tenure, and I will always hold this place close to my heart.Being a part of IEEE SSCS ALEX SC has been an incredible experience. I have had the privilege of working alongside a dedicated and passionate team, collaborating on various initiatives aimed at promoting knowledge and fostering innovation in the field of solid-state circuits and systems. The opportunity to contribute to the community and make a positive impact has been truly rewarding.I am immensely grateful for the learning opportunities that IEEE SSCS ALEX SC has provided me. Through various events, workshops, and seminars, I have gained valuable insights and practical skills that have enhanced my professional growth.Thank you, IEEE SSCS ALEX SC, for providing me with an enriching and fulfilling experience. I will always hold this place dear to my heart.

my first step to learn more about Digital IC design and I am excited to learn more about the field that I am passionate about

I am delighted to announce that I have successfully completed the ICpedia hybrid internship program! It has been an incredible learning journey, and I am excited to share my experience with you all.During the internship, I had the opportunity to dive deep into various aspects1-VLSI, ASIC fundamental topics: This section will cover topics such as Full-custom vs. Semi-Custom design, ASIC vs. FPGA2-CMOS basics review: A review of CMOS characteristics, with a focus on inverters and power consumption.3-Introduction to PnR (Place and Route): An overview of the Place and Route process in chip design.Standard cell library/Macro views: Understanding the various file formats like .lef, .gds, .lib and the process of library characterization.4-Basics of Microfabrication: An introduction to the fundamental concepts of microfabrication techniques used in semiconductor manufacturing.5-Static Timing Analysis (STA): Learning about setup, hold, and timing paths types in STA, along with constraints and timing paths reporting.6-Logic synthesis: Understanding the process of converting RTL designs into gate-level representations.7-Design for Testability (DFT): Introduction to DFT techniques used to enhance the testability of integrated circuits.8-Low power techniques: Exploring various low power design techniques, including multi-voltage domains, clock gating, power gating, UPF map, and multi-Vth (threshold voltage) optimization.9-the PnR flow:Floor planning,Power planning,Placement,Clock Tree Synthesis (CTS),Routing and chip finishing and Physical verification: Conducting layout versus schematic (LVS), design rule check (DRC), v2spi, DPT (Differential Pair Test), SADP (Sub-Array Design Partition) to validate the physical design.10-Implement various Labs and final project in OpenLaneCompleting the ICpedia hybrid internship program has been a significant milestone in my journey towards becoming a skilled VLSI and ASIC design professional.Thanks ICpedia!

(وَأَنْ لَيْسَ لِلإِنسَانِ إِلَّا مَا سَعَى وَأَنَّ سَعْيَهُ سَوْفَ يُرَى ثُمَّ يُجْزَاهُ الْجَزَاءَ الأَوْفَى)officially graduated 🎓

It was a valuable experience as I benefited a lot about 5G such as:-introduction to communication basics-4G to 5G evolution-5G applications and Definitions-5G new frequency Bands-5G network architecture -packet tracer usage to simulate real networks-5G slicing-5G RAN enhancements-5G core enhancements-5G protocol stack-5G air interface and frame structure