Big Data Lead (07/05/2025)

Hirewand
London
3 weeks ago
Applications closed

Related Jobs

View all jobs

Data Engineering Lead

Data Governance Lead. Commodities Trading Firm. £105-110K + Discretionary Bonus and Benefits. Central London Hybrid.

Data Engineering Lead

Lead Data Engineer

Enterprise Data Governance & Architecture Lead...

Data Scientist

Job Type: Contract Job Location: Wimbledon , UK JobDescription: For this role, senior experience of Data Engineeringand building automated data pipelines on IBM Datastage & DB2,AWS and Databricks from source to operational databases through tocuration layer is expected using the latest cloud moderntechnologies where experience of delivering complex pipelines willbe significantly valuable to how to maintain and deliver worldclass data pipelines. Knowledge in the following areas essential: -Databricks: Expertise in managing and scaling Databricksenvironments for ETL, data science, and analytics use cases. - AWSCloud: Extensive experience with AWS services such as S3, Glue,Lambda, RDS, and IAM. - IBM Skills: DB2, Datastage, Tivoli WorkloadScheduler, Urban Code - Programming Languages: Proficiency inPython, SQL. - Data Warehousing & ETL: Experience with modernETL frameworks and data warehousing techniques. - DevOps &CI/CD: Familiarity with DevOps practices for data engineering,including infrastructure-as-code (e.g., Terraform, CloudFormation),CI/CD pipelines, and monitoring (e.g., CloudWatch, Datadog). -Familiarity with big data technologies like Apache Spark, Hadoop,or similar. - ETL/ELT tools and creating common data sets acrosson-prem (IBMDatastage ETL) and cloud data stores - Leadership &Strategy: Lead Data Engineering team(s) in designing, developing,and maintaining highly scalable and performant datainfrastructures. - Customer Data Platform Development: Architectand manage our data platforms using IBM (legacy platform) &Databricks on AWS technologies (e.g., S3, Lambda, Glacier, Glue,EventBridge, RDS) to support real-time and batch data processingneeds. - Data Governance & Best Practices: Implement bestpractices for data governance, security, and data quality acrossour data platform. Ensure data is well-documented, accessible, andmeets compliance standards. - Pipeline Automation &Optimisation: Drive the automation of data pipelines and workflowsto improve efficiency and reliability. - Team Management: Mentorand grow a team of data engineers, ensuring alignment with businessgoals, delivery timelines, and technical standards. - Cross CompanyCollaboration: Work closely with all levels of business stakeholderincluding data scientists, finance analysts, MI andcross-functional teams to ensure seamless data access andintegration with various tools and systems. - Cloud Management:Lead efforts to integrate and scale cloud data services on AWS,optimising costs and ensuring the resilience of the platform. -Performance Monitoring:Establish monitoring and alerting solutionsto ensure the high performance and availability of data pipelinesand systems to ensure no impact to downstream consumers.#J-18808-Ljbffr

Get the latest insights and jobs direct. Sign up for our newsletter.

By subscribing you agree to our privacy policy and terms of service.

Industry Insights

Discover insightful articles, industry insights, expert tips, and curated resources.

Top 10 Best UK Universities for Data Science Degrees (2025 Guide)

Discover ten of the strongest UK universities for Data Science degrees in 2025. Compare entry requirements, course content, research strength and industry links to choose the right programme for you. Data is the currency of the modern economy, and professionals who can wrangle, model and interpret vast datasets are in demand across every sector—from biotechnology and finance to sport and public policy. UK universities have been at the forefront of statistics, artificial intelligence and large-scale computing for decades, making the country a prime destination for aspiring data scientists. Below, we profile ten institutions whose undergraduate or postgraduate pathways excel in data science. Although league tables vary each year, these universities have a proven record of excellence in teaching, research and industry collaboration.

Veterans in Data Science: A Military‑to‑Civilian Pathway into Analytical Careers

Introduction The UK Government’s National AI Strategy projects that data‑driven innovation could add £630 billion to the economy by 2035. Employers across healthcare, defence, and fintech are scrambling for professionals who can turn raw data into actionable insights. In 2024 alone, job‑tracker Adzuna recorded a 42 % year‑on‑year rise in data‑science vacancies, with average advertised salaries surpassing £65k. For veterans, that talent drought is a golden opportunity. Whether you plotted artillery trajectories, decrypted enemy comms, or managed aircraft engine logs, you have already practised the fundamentals of hypothesis‑driven analysis and statistical rigour. This guide explains how to translate your military experience into civilian data‑science language, leverage Ministry of Defence (MoD) transition programmes, and land a rewarding role building predictive models that solve real‑world problems. Quick Win: Take a peek at our live Junior Data Scientist roles to see who’s hiring this week.

Quantum-Enhanced AI in Data Science: Embracing the Next Frontier

Data science has undergone a staggering transformation in the past decade, evolving from a niche academic discipline into a linchpin of modern industry. Across every sector—finance, healthcare, retail, manufacturing—data scientists have become indispensable, leveraging statistical methods and machine learning to turn raw information into actionable insights. Yet as datasets grow ever larger and machine learning models become more computationally expensive, there are genuine questions about how far current methods can be pushed. Enter quantum computing, a nascent but promising technology grounded in the counterintuitive principles of quantum mechanics. Often dismissed just a few years ago as purely experimental, quantum computing is quickly gaining traction as prototypes evolve into cloud-accessible machines. When paired with artificial intelligence—particularly in the realm of data science—the results could be game-changing. From faster model training and complex optimisation to entirely new forms of data analysis, quantum-enhanced AI stands poised to disrupt established practices and create new opportunities. In this article, we will: Explore how data science has reached its current limits in certain areas, and why classical hardware might no longer suffice. Provide an accessible overview of quantum computing concepts and how they differ from classical systems. Examine the potential of quantum-enhanced AI to solve key data science challenges, from data wrangling to advanced machine learning. Highlight real-world applications, emerging job roles, and the skills you need to thrive in this new landscape. Offer actionable steps for data professionals eager to stay ahead of the curve in a rapidly evolving field. Whether you’re a practising data scientist, a student weighing up your future specialisations, or an executive curious about the next technological leap, read on. The quantum era may be closer than you think, and it promises to radically transform the very fabric of data science.