Emad Syed

In my previous role at ESG, I led the development of innovative software solutions and cloud based back-end systems web services for our clients. I conducted cutting-edge research, implemented advanced Machine Learning Models and Solutions . Apart from that my role also encompassed taking part in the company marketing and training activities such as presentations in international expo’s and in the tech conferences of our world class clients such as Audi.

In this role, I worked alongside a group of Mechanical and Electrical Engineering scholars at the Mechatronics Lab of TU Darmstadt to develop a robotic arm prototype as part of an Industrie 4.0 project, My tasks included writing Python scripts for edge detection using OpenCV, Further development and extension of the Administrative Software, improvement of signal traffic between administrative software and the arm and development of a backend server using Python Flask.

I joined Fraunhofer SIT as a research assistant under Professor Haya Shulman to complete my Master's Thesis. My tasks included researching to develop an interface between an SDN controller and Legacy Networking Hardware to extend their capabilities to defend against various types of network attacks by leveraging the SDN approach and using the information gathered from the network nodes to develop a central map allowing the user to have a holistic view of the network and execute commands using the UI

In this role as a part-time software developer, I was responsible for developing and deploying a drone-based inspection system for wind turbines and power lines. This involved creating a native Android application for automated drone control, a web portal for inspection data retrieval, and coordinating drone flight operations with freelance pilots. My work resulted in a 20% increase in field operations team efficiency.

At this position my job was to assist my colleague in the development of the Mavinci Desktop application using Java. My task was to develop the License Manager. Furthermore I also undertook the task of implementing a port knocking feature on the Mavinci Simulation Server to allow the customers secure access.

Distributed Systems and algorithms, Network Security, Peer to Peer Networks, Concepts and Application of Big Data, Operating Systems, Network Communication 1 &2, Software Defined Networking

Algorithm Design and Analysis, Theory Of Automata, Discrete Logic, Operating Systems, Microprocessors, Data Structures in C, Communication Networks, Computer Architecture.