CST Simulation for IoT Antenna Optimization

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Hi I had an experience of 7+ years in antenna, RF & Microwave circuits design using CST Microwave Studio, Ansys HFSS & Keysight ADS. I have designed various planar antennas like PIFA, Patch, Vivaldi, Log-Periodic, Quasi-Yagi Uda, Horn and RF circuits like Power Amplifiers, LNA’s, Circulators and so on. ✅As I have gone through your description and understood that you need a CST simulation expert to optimise an IoT patch antenna for 2.4 to 2.485 GHz for BT/ Wi-Fi applications. ✅➡️Output Files: Return Loss, VSWR, Smith Chart, Gain, Radiation Pattern & Radiation Efficiency. ➡️➡️Inputs: Need Stack Up of your PCB board (though you shared Altium PCB file-is that included with stack-up? Can you please also share the Dk you have used? ⭕️Once the simulation of antenna completed I will design antenna tuning circuit in CST circuit tool and will share the tuning components details as well. If you are interested let’s have discussion once in Freelancer chat box such that I can explain you better about the flow of work. Thanks

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Hi There! I'm An RF & microwave engineer, specialized in Antenna designing in CST studio. I'm available to optimize your antenna, for gain, improved S11, VSWR, and Radiation pattern, in given wifi/Bt (ISM band) (2.4 - 2.5GHz), Feel free to contact me for more

As an electrical engineer with a deep understanding of electronics and circuit design, I believe I'm the ideal fit for your project. My experience ranges from developing full-stack solutions to working on embedded systems - exactly the type of skills you need to optimize your IoT patch antenna design. Having worked with Arduino, C programming, MATLAB, and circuit design using Proteus, I'm well-versed in the tools and technologies necessary for this task. My knowledge includes wireless communication systems like Bluetooth and WiFi, making me familiar with the frequencies you're targeting (2.4GHz-2.5GHz). With respect to these frequencies, I can deliver the efficiency of the antenna as well as data including WSMR, S11 and radiation patterns – all important factors for enhancing your design. Because of my background in electronics engineering, I have the unique capability to not only simulate this antenna's performance but also optimize it bearing in mind its use with ESP32-C3. Lastly, my safe pair of hands would ensure that you get reliable CST files after my work is done. This will give you a complete record of all our simulations and optimizations aiding future improvements if necessary. In conclusion, my skills in electrical engineering paired with practical programming abilities make me the right candidate for your project. I look forward to using my expertise to enhance your IoT patch antenna design for peak performance!