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I will develop deep learning and computer vision models using python
Waseem Nasir
About this gig
I will develop custom Deep Learning and Computer Vision models using Python, TensorFlow, PyTorch, and OpenCV.
My services include:
- Image Classification & CNN
- Object Detection using YOLO
- Image Segmentation
- Model Training & Fine-Tuning
- Data Preprocessing & Evaluation
- Clean Python Code & Documentation
Please message me before ordering to discuss your project requirements.
Get to know Waseem Nasir
Waseem Nasir
AI , ML , DL Enginner
- FromPakistan
- Member sinceSep 2026
- Avg. response time1 hour
Languages
English
Hi, I’m Waseem Nasir, a professional ML, DL, AI, and Python Developer.
I specialize in developing intelligent, data-driven solutions using Python, Machine Learning, Deep Learning, and Artificial Intelligence. I focus on building reliable, efficient, and practical solutions tailored to each project’s needs.
My Expertise:
• Python Development
• Machine Learning
• Deep Learning
• Artificial Intelligence
• Data Analysis & Automation
• AI Model Development
My goal is to turn complex problems into smart and effective solutions while maintaining clean, professional, and scalable code.
FAQ
Q: Which frameworks do you use?
I can work with Python-based tools such as TensorFlow, Keras, PyTorch, Scikit-learn, OpenCV, and supported YOLO implementations, depending on the project.
Q: Do I need to provide a dataset?
If you have a dataset, please share its format, size, labels, and target output. Dataset sourcing or annotation can be discussed separately.
Q: Can you improve my existing model?
Yes. I can review the existing code, evaluate performance, and suggest or implement improvements within the agreed scope.
Q: Do you provide deployment?
Basic inference scripts are available where included in the package. API integration or production deployment should be agreed upon before ordering.
Q: Will you guarantee 99% accuracy?
No fixed accuracy can be guaranteed in advance. Results depend on dataset quality, class balance, task difficulty, and evaluation methodology.
