I aim to achieve excellence in the field of Electronic Engineering, with a specialization in Communication & Signal Processing. I am committed to continuous learning and adapting to emerging technologies. My goal is to harness my technical expertise and leadership qualities in a challenging and innovative environment.
Generative AI & Chatbots:
- Proficient in designing and implementing AI-driven chatbot solutions for various applications, leveraging state-of-the-art NLP techniques.
- Hands-on experience in integrating AI systems with existing platforms to enhance customer interaction and automate processes.
Programming & Software Tools: - Languages: C/C++, Python, MATLAB, LaTeX
- Simulation & Design Tools: Cadence, Electronic Workbench, Protel 1.5, MICROWIND, SILOS DSCH 2.6c, XILINX ISE
- Cloud Platforms: Microsoft Azure
- Operating Systems: Linux, Windows XP/7/8/10/11
- Control Systems & Signal Processing: Specialized in solving complex problems using Digital Signal Processing (DSP), Digital Image Processing (DIP), and Linear Control Systems.
Research & Publications
- Leaf Counting Using Deep Learning (University of Edinburgh, 2018)
- A Critical Review of State-of-the-Art Non-Intrusive Load Monitoring Datasets (Electric Power Systems Research, 2020)
- Efficient Solution of Noye-Hayman Implicit Finite-Difference Method for Modelling Wave Propagation in Tunnels (Electronic Letters, 2020)
- Multiple Band Reconfigurable Dual H-Shaped Patch Antenna (IEEE-RAEE PIEAS, 2017)
- Retinal Disorder as a Biomarker for Detection of Human Diseases (INMIC, IEEE Pakistan, 2020)
- A Dual Band Loop Antenna with Metal Frame for CubeSat Communication (INMIC, IEEE Pakistan, 2020)
- An Optimum Design and Implementation of 16-bit ALU on CADENCE using RISC-V Architecture (ICES&T, IEEE Pakistan, 2023)
Human Visual System (HVS) Inspired Automatic Brain Tumor Segmentation (ICES&T, IEEE Pakistan, 2023)
Why You Should Hire Me
Innovative Problem Solver:
I bring a deep understanding of electronic engineering, particularly in communication systems, signal processing, and AI-driven solutions like Generative AI and Chatbots. My approach is rooted in innovation, always seeking to push the boundaries of what’s possible with technology.
Proven Leadership:
Throughout my academic and professional career, I have demonstrated strong leadership in both teaching and research environments. My ability to guide and mentor students and peers alike sets me apart as a thought leader in my field.
Cutting-Edge Expertise:
With hands-on experience in AI, machine learning, and deep learning, I am well-equipped to tackle complex challenges in today's fast-paced tech landscape. I am committed to staying ahead of industry trends and leveraging my skills to drive impactful results.
Research Excellence:
My published research in renowned journals and conferences underscores my commitment to advancing the field of electronic engineering. I am constantly exploring new ideas and contributing to the broader academic and professional community.