Strong experience in RF, Microwave, Antennas, and millimetre-wave design (CST, HFSS, Agilent ADS, AWR Microwave design, MATLAB, LabVIEW, Cadence, Xilinx, spartan. FPGAs)
MATLAB skills in signal processing, 5G, 4G, Machine Learning, deep learning, computer vision, RF toolbox, Antenna toolbox, Analog and Digital electronics, Radar systems, Internet-of-things, RTOS, Embedded systems, C, C++, Python, NumPy, pandas, sci-kit learn, TensorFlow, PyTorch, OpenCV.
I am an Electronics Engineer, professional RF designer, python developer, and technical writing specialist. I got educated in Sweden, Finland and Pakistan & worked in Sweden, Belgium and Pakistan. I can work on Radiofrequency and microwave projects and write technical reports for you, from literature reviews, research, paper reviews, simulations, tabular comparisons of the latest papers and referencing/formatting in Latex/Word with high-quality results. The tools I use are Agilent ADS, AWR Microwave office for RF Circuit design (Low-Noise Amplifiers, High Power Amplifiers, Mixers, VCOS), CST, Antenna Magnus, Altair Feko and HFSS in array antenna designs for 5G, loT, satellite/radar/vehicular applications. I can use Python for data analysis, such as numpy, pandas, Tensorflow, data manipulation and feature extraction, and matplotlib/seaborn for plotting CSV, json, XML and popular data formats. I can do data cleaning, feature scaling and extraction, I can work on building Machine learning models from training, train/test/validation splitting, and getting results such as accuracy, precision, recall, and ROC, on methods such as K nearest neighbours, SVM, Random forest, PCA, dimensionality reduction, ensemble methods, stochastic, minibatch, batch gradient descent, ridge, lasso regression using datasets: I can help in procuring equipment/RF/Electronics from Asia, china, specifically RF equipment, amplifiers, attenuators, RF Microwave PCBs, and dielectric materials such as rogers replacements.
More and more 5G components are coming from ZTS.
I can write high-quality technical reports from academics, MS/PhDs and content writing. I am a researcher by profession & can write Journal/conference papers with high-quality results. Consult me for IEEE papers writing, academic paper writing or Electronics & Radiofrequency design projects.
I develop Internet-of-things solutions, MQTT, CoAP, HTTP, Websocket, /Application Layer protocols, AWS loT, GCP, D2D solutions, wired (UART, SPI, I2C) and wireless (Zigbee, RF, Bluetooth, NB-loT, LoRawan, Sigfox, Zwave, 3G/4G. GSM, Wi-Fi, WLAN), esp32, esp8266, dragonboard410c, Arduino mini/mega, raspberry pi, Restful API, edge AI devices, Real-time operating systems (RTOS) & microcontroller based embedded solutions.I can write for blogs/websites on the advanced and latest hardware topics such as GPUs, advanced displays etc and advanced topics in RF, electronics and AI/ML engineering.
Upwork Technical writer, RF Designer, loT solutions Developer
apr. 2021 - dec. 2023 (2 ani, 8 luni)
Completed successful reports 1): Deep Learning For Predictive Maintenance In Industry 4.0 (75 pages). 2): WSN-loT: Multi-Hop Transmissions using EA, LEACH, MODLEACH, HEED, PEGASIS, MATLAB.
3) Cognitive Radio Networks, Architecture, Simulation Analysis in NS33, Netsim/MATLAB 4) Principal Component Analysis
7) 5G, 6G Wireless and Satellite Communication
Ford, responsible business case study.
10) OLE Button Feasibility Study 11) Writing 4 scientific Papers on 5G, loT, Filters & AI & Deep/Ml.
Institute of Space Technology, Islamabad, Pakistan
iul. 2022 - mar. 2023 (8 luni, 1 zi)
Wide-band ELINT/SIGINT for Estimation of (DoA) of RF/Radar Emitters, Vivaldi Array Antenna Design from 2-12 GHz (UWB) (6-bit Schiffman/coupled line phase shifters design in AWR Design Environment and 4*1 power divider/combiner design in ADS). mm-wave antenna array design i.e. 4*4 patch array antenna design in HFSS, 1*10 Vivaldi array design in HFSS/FeKo.
UWB RF FE i.e. UWB Filters, UWB LNA, direction finding algorithms (MUSIC, ESPRIT) in DSP/FPGA.
Simulation of LEO satellite IN atk, PATHLOSS
apr. 2018 - nov. 2018 (7 luni, 1 zi)
Commercial Automotive MIMO FMCW radar chips research (in SiGe BiCMOS) at 24-77 GHz, with emphasis on mixer (Active, passive), transceiver architectures such as low IF, zero IF, focus on RF test/measurement of filters, mixers, Amplifiers using VNA, SPECTRUM ANALYZER, PNA-X, power meter i.e. filters S21, S11, mixers conversion loss/1Db compression, IIP3.
ML/AI in ADAS such as regression, clustering, localization, & classification (LSTM) based object tracking problems for Automotive mm-wave radaR
University of Engineering and Technology, Taxila,
Pakistan 2004 – 2009
Design and Size reduction analysis of microstrip hairpin bandpass filters
Hig Diva Hogskolan i Gavle
The thesis work presents the design of Microwave filters in S-Band with a fractional bandwidth of 10% and size
First, a 5th-order HBPF is presented with an FBW of 12%. Consequently, 4th and 3rd Order filters are also
presented with FBW achieved up to 3% and a considerable size reduction. The thesis work presents the design of Microwave filters in S-Band with a fractional bandwidth of 10% and size
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