Technology->AI-Data science->Machine Learning,Technology->AI-Data science->PYTHON
Technical Delivery & Modeling
- Lead end-to-end data science and machine learning project execution from discovery to deployment-ready deliverables.
- Design, develop, and evaluate ML models aligned to business objectives, ensuring robust performance and generalization.
- Perform data exploration, feature engineering, and model selection to improve predictive accuracy and reliability.
- Establish model validation approaches, track metrics, and document assumptions, limitations, and outcomes. Consulting & Stakeholder Management
- Partner with stakeholders to translate business problems into analytical frameworks and measurable success criteria.
- Communicate insights and model results clearly to technical and non-technical audiences, enabling decision-making.
- Drive solution recommendations with a focus on feasibility, scalability, and business impact. Leadership & Quality
- Provide technical guidance and mentorship to team members, promoting strong engineering and modeling practices.
- Review code, experiments, and outputs to ensure quality, reproducibility, and maintainability.
- Contribute to reusable assets, templates, and best practices for consistent delivery across initiatives. Minimum Qualifications:
- UG education in Computers: BTECH / BSC / BCA (Computers must be included in UG).
- 5–8 years of experience in Data Science, Machine Learning, and AI/ML solution delivery.
- Strong hands-on experience with Python for data science workflows and model development.
- Proven ability to build, evaluate, and improve ML models using sound statistical and analytical techniques.
- Experience working with stakeholders to define problem statements, success metrics, and actionable outcomes.
- Experience leading teams or workstreams, including mentoring, technical reviews, and delivery ownership.
- Strong proficiency with Python data science ecosystem (e.g., NumPy, Pandas, scikit-learn) and experiment tracking practices.
- Exposure to deep learning or advanced ML techniques and frameworks (e.g., TensorFlow, PyTorch) where applicable.
- Ability to design scalable solution approaches and collaborate effectively in a hybrid work environment.
- Strong documentation and communication skills to present insights, trade-offs, and recommendations with clarity.