Muhammad Ammar

Data Analytics Researcher @ Siemens | MSc Electromobility-ACES @ FAU | BSc Mechanical Engineer @ NUST

Erlangen, Germany, CEST

MA

About

Pursuing an MSc in Electromobility-ACES at Friedrich-Alexander-Universität Erlangen-Nürnberg, I am currently working as a working student in Data Analytics Research at Siemens. My current work revolves around utilizing GenAI to measure software ecosystem health via graph analytics. More specifically, I am building applications that allow the user to conduct graph analytics just by providing queries in natural language.

Work Experience

Siemens AG
Erlangen
Hybrid

Oct 2024 - -

Data Analytics Researcher - Working Student

  • Surveyed 61 research papers related to software ecosystem health analysis and analyzed 416 health metrics to present a unified graph of metrics to measure ecosystem health in a hierarchical way.
  • Developed a GenAI powered Prompt-to-Metric interface to analyze software ecosystem health using health metric KPI tree.
  • Developed an LLM powered Prompt-to-Visualization interface to fetch and display the most relevant dashboard to the user query.
  • NeuroOceans AI
    Remote

    Jan 2024 - Apr 2024

    Machine Learning Engineer

  • Development and testing of audiovisual bimodal deepfake detection model.
  • Built entire pipeline, from dataset collection and preprocessing, to model training and evalutaion.
  • Learners.ai
    Remote

    June 2023 - Dec 2023

    Solution Analyst

  • Utilized LangChain and Pinecone to build a GPT-powered chatbot for generating sales proposals from call transcripts, incorporating insights from past proposals.
  • Developed a copywriter assistant chatbot using LangChain Agents and custom functions, along with a tailored knowledge base.
  • Conducted Data Import Analysis for data transfer from one CRM platform to another, using excel, SQL and Python.
  • Created Ad campaign effectiveness dashboards in HubSpot and Databox.
  • Engaged in a senior year research project, providing bi-weekly presentations to a supervisory panel.
  • Developed a control algorithm for a mobile robot using Arduino, ultrasonic sensors, IR sensors, and encoders.
  • Successfully secured funding through IGNITE National Grassroots Research Initiative 2022 and obtained funding for AHFE Conference registration fees under the Pakistan and European Unions Horizon 2020 ENHANCE project.
  • First Authored a conference paper for the Applied Human Factors and Ergonomics Conference (AHFE), 2022. [1]
  • Education

    Friedrich-Alexander-Universität Erlangen-Nürnberg

    2024 - Present
    MSc Electromobility-ACES

    National University of Sciences and Technology

    2018 - 2022
    Bachelor Degree in Mechanical Engineering

    Skills

    Python
    Pytorch
    LLMs
    Prompt Engineering
    Natural Language Processing
    Computer Vision
    Machine Learning
    Data Science
    ROS2

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