What keywords should a data scientist resume include for ATS?
Core technical keywords include: Python, SQL, TensorFlow, PyTorch, scikit-learn, Spark, Hadoop, Tableau, machine learning, deep learning, NLP, computer vision, and statistical modeling. Include the exact library and framework names used in the job description.
How should I list Python libraries on my resume for ATS?
List as flat, comma-separated text under a Technical Skills section: Python, NumPy, pandas, scikit-learn, TensorFlow. Nested structures may not surface all names. Use exact package names including capitalization.
Does ATS recognize Kaggle or GitHub contributions?
No. ATS systems do not follow external links. All technologies, methods, and tools from those projects must appear as text in the resume.
Should I convert my academic CV to an industry resume format for ATS?
Yes. Academic CVs use headings most ATS parsers do not classify correctly. Convert to industry format with Experience, Skills, Education, and Projects sections under recognized headers.
How do I list publications on a data scientist resume for ATS?
Include a Publications section with paper title, venue, and year in plain text. Avoid special characters or footnote numbering. List three to five publications most relevant to the target role.
Why is my ML engineer resume not passing ATS even though I have strong experience?
Common causes include: framework names described without being explicitly listed, technical skills in nested or visual formats that don't parse reliably, research-style section headers that go unclassified, and a keyword gap between your framework stack and the one required by the job description.
Does ATS check for a PhD in data science roles?
Only if the job description specifies it. For applied data science roles at most tech companies, relevant experience and technical keyword match matter more than credentials.
How should I describe modeling work in my experience section?
Be explicit: "Built a gradient boosting classifier using XGBoost to predict customer churn, reducing false positive rate by 18%." This format surfaces the methodology, tool, and outcome as distinct keyword signals. Vague descriptions like "developed predictive models" score poorly.