Senior Data Scientist

Gradera
Fort Worth, Texas, United StatesFull-time$175,000–$175,000Posted Aug 27, 2026

About the role

About Gradera

Gradera is an AI Native Services firm pioneering Software Orchestrated Services™—a new enterprise transformation model where software orchestrates human expertise, digital workers, and enterprise systems to deliver governed, scalable outcomes. We help enterprises move beyond fragmented AI pilots, disconnected automation, and labor led models by redesigning how work gets done across operations, product, engineering, customer experience, data, and core workflows.

Overview

We are seeking a highly analytical and curious Senior Data Scientist to transform complex, real-world data into meaningful insights and scalable machine learning solutions. In this role, you will work across the full data lifecycle—partnering with data engineering and business teams to explore, clean, and understand diverse datasets, and translating those insights into models, experiments, and data-driven recommendations.

You will play a critical role in bridging raw data and business impact, developing a deep understanding of how data is generated, structured, and used. This includes conducting rigorous exploratory analysis, assessing data quality and lineage, and building robust analytical datasets that power advanced modeling and reporting.

This role offers the opportunity to work with large-scale data platforms, cloud infrastructure, and modern machine learning frameworks, while contributing to impactful decision-making through experimentation, analytics, and self-service data tools.

Role & Responsibilities

Collect, clean, and analyze large structured and unstructured datasets from multiple internal and external sources

Conduct thorough exploratory data analysis (EDA) to understand data distributions, relationships, outliers, and missing value patterns

Profile and audit datasets to assess data quality, completeness, consistency, and fitness for modeling

Investigate and document data lineage — understanding where data originates, how it flows, and how it transforms across systems

Identify and resolve data anomalies, inconsistencies, and integrity issues in collaboration with data engineering teams

Develop a deep understanding of the business domain and the underlying data that represents it — including what each field means, how it is captured, and what its limitations are

Translate raw, messy, real-world data into clean, well-understood analytical datasets ready for modeling and reporting

Apply statistical techniques such as correlation analysis, hypothesis testing, variance analysis, and distribution fitting to extract meaningful signals from noise

Build and deploy machine learning models including regression, classification, clustering, NLP, and time-series analysis

Design, evaluate, and analyze A/B experiments and controlled tests using causal inference techniques

Develop data-driven recommendations backed by rigorous statistical reasoning

Write clean, production-ready code in Python or R

Collaborate with data engineers to build reliable data pipelines and feature stores

Deploy and monitor ML models using MLOps best practices on cloud infrastructure

Build dashboards and self-serve analytics tools to support stakeholder decision-making

Data Understanding & Analysis Skills

Strong ability to interrogate unfamiliar datasets and quickly develop a working understanding of their structure, semantics, and quirks

Experience working with messy, incomplete, or poorly documented real-world data

Skilled in identifying hidden patterns, trends, seasonality, and anomalies through visual and statistical exploration

Ability to ask the right questions about data — challenging assumptions, validating sources, and understanding the context in which data was collected

Proficiency in data profiling, descriptive statistics, and summary reporting to communicate the shape and health of a dataset

Experience creating data dictionaries, documentation, and data quality reports to support team-wide data understanding

Comfort working across structured (relational tables), semi-structured (JSON, XML), and unstructured (text, logs, sensor streams) data formats

Experience Required

5+ years of professional Data Scientist experience required, with a proven track record of developing, implementing, and delivering data-driven solutions in a business environment.

Customer-facing experience is required. This role regularly interacts with clients and business stakeholders, requiring strong communication, presentation, and relationship management skills.

The successful candidate must be comfortable translating complex technical concepts and analytical findings into clear, actionable insights for both technical and non-technical audiences.

Residence within the Dallas/Fort Worth (DFW) area is required. This position includes onsite client visits, and candidates must be able to attend client meetings and engagements in person as needed.

Proficiency in Python (pandas, NumPy, scikit-learn, PyTorch or TensorFlow) and/or R

Strong SQL skills with hands-on experience in DB2 and SQL Server

Experience with Databricks for large-scale data processing, feature engineering, and model training

Familiarity with cloud platforms: Azure or AWS

Experience with data warehouses and big data platforms (Databricks, Snowflake, or Redshift)

Knowledge of MLOps tools such as MLflow, Kubeflow, or Airflow

Experience with streaming data technologies such as Kafka or Spark

Solid foundation in probability, statistics, linear algebra, and experimental design

Location & Client-Site Requirement

This role requires regular on-site work at client locations in the Dallas-Fort Worth (DFW) area.

Candidates must be located in, or willing to relocate to, the Dallas-Fort Worth metroplex.

Candidates must be comfortable working directly with clients and traveling to client sites throughout the DFW area as needed.

This is not a fully remote position.

Nice to Have

Experience with deep learning, NLP, computer vision, or Bayesian methods

Familiarity with real-time or streaming data pipelines

Open-source contributions or published research

Compensation Range: $175K

Responsibilities

  • Collect, clean, and analyze large structured and unstructured datasets from multiple internal and external sources
  • Conduct thorough exploratory data analysis (EDA) to understand data distributions, relationships, outliers, and missing value patterns
  • Profile and audit datasets to assess data quality, completeness, consistency, and fitness for modeling
  • Investigate and document data lineage — understanding where data originates, how it flows, and how it transforms across systems
  • Identify and resolve data anomalies, inconsistencies, and integrity issues in collaboration with data engineering teams
  • Develop a deep understanding of the business domain and the underlying data that represents it
  • Translate raw, messy, real-world data into clean, well-understood analytical datasets ready for modeling and reporting
  • Apply statistical techniques to extract meaningful signals from noise

Qualifications

  • 5+ years of professional Data Scientist experience required
  • Customer-facing experience is required
  • Strong communication, presentation, and relationship management skills
  • Proficiency in Python and/or R
  • Strong SQL skills with hands-on experience in DB2 and SQL Server
  • Experience with Databricks for large-scale data processing
  • Familiarity with cloud platforms: Azure or AWS
  • Experience with data warehouses and big data platforms

Skills mentioned

PythonSQLData AnalysisExploratory Data AnalysisStatistical AnalysisMachine LearningDatabricksMicrosoft AzureMLOpsMLflow

About Gradera

For decades, the technology services industry has been built on people and projects. But in an age of intelligent systems and adaptive learning, that model has reached its limit. At Gradera, we’re defining the next evolution of enterprise transformation — Software-Orchestrated Services™ (SoS™) — where software governs how work flows across humans, digital workers, and systems to deliver measurable, governed outcomes at scale. Our model unites advisory, platforms, and solution suites into one orchestrated system of intelligence — continuously learning, evolving, and compounding value across the enterprise. Through Software-Orchestrated Services™, human expertise is amplified, not replaced. Digital workers and intelligent systems operate through governance, feedback, and explainability to deliver outcomes with trust and precision. Transformation no longer ends; it evolves. From strategy to scale, Gradera turns enterprise operations into orchestrated, self-improving systems. Our frameworks — Neural IQ™, NexusFlow™, PhiSphere™, and Value360™ — bring together governance, orchestration, and measurable ROI to help organizations accelerate outcomes and sustain continuous innovation. Founded by the leadership behind PK Global, Gradera carries decades of enterprise modernization experience — now focused on replacing project-based transformation with a governed, software-orchestrated model of continuous enterprise evolution. The result is an enterprise that thinks for itself — governed, adaptive, and built to last. Gradera — defining the era of Software-Orchestrated Services™. #SoftwareOrchestratedServices #EnterpriseAI #AdaptiveIntelligence #HumanDigitalHarmony #Gradera

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