Machine Learning Engineer

About Fusemachines Founded in 2013, Fusemachines is a global provider of enterprise AI products and services, on a mission to democratize AI. Leveraging proprietary AI Studio and AI Engines, the company helps drive the clients’ AI Enterprise Transformation, regardless of where they are in their Digital AI journeys. With offices in North America, Asia, and Latin America, Fusemachines provides a suite of enterprise AI offerings and specialty services that allow organizations of any size to implement and scale AI. Fusemachines serves companies in industries such as retail, manufacturing, and government. Fusemachines continues to actively pursue the mission of democratizing AI for the masses by providing high-quality AI education in underserved communities and helping organizations achieve their full potential with AI. Type: Full-time, Remote Role Overview We’re hiring a mid-to-senior Machine Learning Engineer / Data Scientist to build and deploy machine learning solutions that drive measurable business impact. You’ll work across the ML lifecycle—from problem framing and data exploration to model development, evaluation, deployment, and monitoring—often in partnership with client stakeholders and internal delivery teams. You should be strong in core data science and applied machine learning, comfortable working with real-world data, and capable of turning modeling work into production-ready systems. Key Responsibilities Problem Framing & Stakeholder Partnership Translate business questions into ML problem statements (classification, regression, time series forecasting, clustering, anomaly detection, recommendation, etc.). Collaborate with stakeholders to define success metrics, evaluation plans, and practical constraints (latency, interpretability, cost, data availability). Data Analysis & Feature Engineering Use SQL and Python to extract, join, and analyze data from relational databases and data warehouses. Perform data profiling, missingness analysis, leakage checks, and exploratory analysis to guide modeling choices. Build robust feature pipelines (aggregation, encoding, scaling, embeddings where appropriate) and document assumptions. Model Development (Core ML) Train and tune supervised learning models for tabular data (e.g., logistic/linear models, tree-based methods, gradient boosting such as XGBoost/LightGBM/CatBoost, and neural nets for structured data). Apply strong tabular modeling practices: handling missing data, categorical encoding, leakage prevention, class imbalance strategies, calibration, and robust cross-validation. Build time series models (statistical and ML/DL approaches) and validate with proper backtesting. Apply clustering and segmentation techniques (k‑means, hierarchical, DBSCAN, Gaussian mixtures) and evaluate stability and usefulness. Apply statistics in practice (hypothesis testing, confidence intervals, sampling, experiment design) to support inference and decision‑making. Deep Learning Build and train deep learning models using PyTorch or TensorFlow/Keras. Use best practices for training (regularization, calibration, class imbalance handling, reproducibility, sound train/val/test design). Evaluation, Explainability, and Iteration Choose appropriate metrics (AUC/F1/PR, RMSE/MAE/MAPE, calibration, lift, and business KPIs) and create evaluation reports. Perform error analysis and interpretation (feature importance/SHAP, cohort slicing) and iterate based on evidence. Productionization & MLOps (Project‑Dependent) Package models for deployment (batch scoring pipelines or real‑time APIs) and collaborate with engineers on integration. Implement practical MLOps: versioning, reproducible training, automated evaluation, monitoring for drift/performance, and retraining plans. Documentation & Communication Communicate tradeoffs and recommendations clearly to technical and non‑technical stakeholders. Create documentation and lightweight demos that make results actionable. Success in This Role Looks Like You deliver models that perform well and move business metrics (revenue lift, cost reduction, risk reduction, improved forecast accuracy, operational efficiency). Your work is reproducible and production‑aware: clear data lineage, robust evaluation, and a credible path to deployment/monitoring. Stakeholders trust your judgment in selecting methods and communicating uncertainty honestly. Required Qualifications 3–8 years of experience in data science, machine learning engineering, or applied ML (mid‑to‑senior). Strong Python skills for data analysis and modeling (pandas/numpy/scikit‑learn or equivalent). Strong SQL skills (joins, window functions, aggregation, performance awareness). Solid foundation in statistics (hypothesis testing, uncertainty, bias/variance, sampling) and practical experimentation mindset. Hands‑on experience across multiple model types, including: Classification & regression Time series forecasting Clustering/segmentation Experience with deep learning in PyTorch or TensorFlow/Keras. Strong problem‑solving skills: ability to work with ambiguous goals and messy data. Clear communication skills and ability to translate analysis into decisions. Preferred Qualifications Experience with Databricks for applied ML (e.g., Spark, Delta Lake, MLflow, Databricks Jobs/Workflows). Experience deploying models to production (APIs, batch pipelines) and maintaining them over time (monitoring, retraining). Experience with orchestration tools (Airflow, Prefect, Dagster) and modern data stacks (Snowflake/BigQuery/Redshift/Databricks). Experience with cloud platforms (AWS/GCP/Azure/IBM) and containerization (Docker). Experience with responsible AI and governance best practices (privacy/PII handling, auditability, access controls). Consulting or client‑facing delivery experience. Certifications (Strong Plus) Candidates with at least one relevant certification are especially encouraged to apply: Cloud certifications: AWS, Google Cloud, Microsoft Azure, or IBM (data/AI/ML tracks) Databricks certifications (Data Scientist, Data Engineer, or related) Nice-to-Have Causal inference experience (e.g., quasi‑experimental methods, propensity scores, uplift/heterogeneous treatment effects, experimentation beyond A/B tests). Agentic development experience: designing and evaluating agentic workflows (tool use, planning, memory/state, guardrails) and integrating them into products. Deep familiarity with agentic coding tools and workflows for accelerated product development (e.g., AI‑assisted IDEs, code agents, automated testing/refactoring, repo‑aware assistants), including strong judgment on quality, security, and maintainability. Fusemachines is an Equal Opportunities Employer, committed to diversity and inclusion. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, disability, or any other characteristic protected by applicable federal, state, or local laws. #J-18808-Ljbffr