Mahmoud Zaher Email & Phone Number

United States

As an AI/ML Engineer specializing in Generative AI, I am focused on creating and implementing advanced AI models that push the boundaries of what's possible in [ finance, healthcare, e-commerce, etc.]. Leveraging cutting-edge machine learning and generative AI tools, my role involves designing solutions that transform data into strategic insights, optimize operations, and enhance customer experiences.I apply a diverse skill set in AI and ML frameworks, including [ TensorFlow, PyTorch, Hugging Face, etc.], to develop and deploy models that drive business innovation and efficiency. My work encompasses everything from predictive and prescriptive modeling to generative AI applications, such as content generation, process automation, and personalized recommendations.Collaborating with cross-functional teams, I ensure AI solutions align seamlessly with business objectives while prioritizing scalability and accuracy. By staying at the forefront of AI advancements, I am committed to refining our strategies, enhancing model performance, and pioneering innovative solutions that support the company's mission to lead in the AI-driven transformation of our industry.

Among ✨ the [Top 1%] in Deep Learning,[Top 1%] in Machine Learning, [Top 1%] in Computer Vision, and Top 25 TensorFlow freelancers on Upwork☑ .- 100% Job Sucess Score.- More than 10K $ Total earnings.

Leading weekly Sessions as a part of DECI with Udacity in computer fundamentals Nanodegree.

United States

AI Engineer focused on development, my work centers around designing, building, and implementing innovative AI solutions that can help organizations achieve their business objectives.My work involves collaborating with cross-functional teams to identify business problems that can be solved using AI, developing appropriate AI models and algorithms, and integrating these models into existing systems and workflows. I am also responsible for ensuring the reliability, scalability, and performance of AI systems, as well as monitoring and optimizing their performance over time.

Egypt

Dedicated to advancing the state-of-the-art in computer vision research and developing innovative solutions that can address real-world challenges.Computer vision at MTC involves exploring cutting-edge techniques for image and video analysis, including object detection, recognition, and tracking, as well as semantic segmentation, depth estimation, and 3D reconstruction. We are also exploring the use of machine learning algorithms, such as deep neural networks, to improve the accuracy and efficiency of computer vision systems.My research focuses on developing computer vision solutions for a range of applications, including autonomous vehicles, robotics, and security systems. I am particularly interested in developing robust and scalable computer vision algorithms that can operate in complex and dynamic environments, such as crowded urban areas or industrial settings.Working with industry partners and academic collaborators to push the boundaries of computer vision research and develop practical solutions that can have a real-world impact. As a researcher in this exciting field, Applying the latest advances in computer vision technology to address pressing societal challenges and unlock new opportunities for innovation and growth.

Egypt

working as Computer Vision Engineer my role was building software that can detect a person's clothes size with just one image using a 2D camera. The work I did was :1. built a model to detect a person's joints. 2. estimate the distance between joints in CM. 3. overcome the problem of the chest with the 2D camera using machine learning.4. print person clothes size.

Egypt

ZFAST was the name of our electrical car which succeed to get Third place at the Electric vehicle rally at the administrative capital.My work was focusing on measuring speed and making a smart touch screen.1. we used a system of IR to measure car speed, but we faced problems in this solution so we tried another one which was using Magnetic Speed Sensor. 2. The best choice was using Magnetic Speed Sensor which succeeded and was stable.

Egypt

MDST company which stands for (Multi Data Sources Team) Uploading materials such as videos and PDF and serving more than 20,000 students just in the last 2 years in Mansoura and Sharqia .this is the link of drive :https://cutt.us/EgyptDrive

Egypt

1. I was responsible for posts in the MUTEX event (1) in zagazig publishing about 70 % of the content in the event. 2. writing a scientific article about " Neodymium magnetic " at IEEE magazine.

Alexandria, Egypt

Egypt

Zaqazeq, Sharjah, Egypt

DT which stands for Drive Team 1. In This team we uploaded videos on YouTube also PDFs and all materials that could help any engineer in his study. 2. one of my tasks was to illustrate (Structure course ) that we study in the second year in the faculty of engineering it was a hard thing for, but I succeed to help them and make this course easy as my colleague say you can see the playlist form link

Connect Mentorship Nanodegree, Mentorship

Activities and Societies: Mentorship- general overview of Udacity programs and mentorship models. It also lists the roles.

Advanced Data Analysis Nanodegree

Advanced Data Analysis Syllabus Part 1: Introduction to the Program Part 2: Introduction to Data Analysis Part 3: Practical Statistics.

Bachelor'S Degree, Military Intelligence, General

Studying of Military science.

Bachelor'S Degree, Computer And System Engineering

Machine Learning Engineer Nanodegree, Machine Learning Engineer

Machine Learning Engineer NANO DEGREE (6 months program) for verification https://confirm.udacity.com/5H29R6LF

High School

I was Ranked 1st in my school in the first year in the high school .