If you're working or considering working in data analytics, this podcast provided a really great overview and update on modern data modeling and especially how it is different from traditional relational data modeling (which is what many of us learn in school). #accelerateinnovationhttps://lnkd.in/g_wynKHw
Ever tried explaining your data stack to a non-technical stakeholder? 😅
This sketch breaks down how we actually work in modern data teams - from raw data sources to those "what will happen?" predictions that managers love.
The reality: it's messy, collaborative, and involves way more coffee breaks than this diagram shows. But when it all clicks? That's when the magic happens.
Shoutout to the data engineers who make those pipelines run smoothly, the analysts fielding endless ad-hoc requests, and the ML engineers turning experiments into production models.
What's the biggest challenge in your data workflow right now? Drop it in the comments 👇
Picture Credit: Baraa Khatib Salkini#DataEngineering#DataScience#Analytics#MachineLearning#DataTeam#BusinessIntelligence#DataPipeline#TechLeadership#DataAnalytics
It's a creative way to explain the ideal collaboration between teams in modern implementations. But there is a key aspect missing, the BA/Domain/Functional Specialists, Enterprise/Solution Architects and the Program/Project Management sitting between the Big Company and the Everyday End Users. IMHO they are the biggest challenge that I have come across so far when it comes to bridging the gap between How Modern Data Teams Work, as a Vision vs Reality.
Power BI Consultant | Data Visualization Expert | Helping Businesses Turn Complex Data into Clear Insights
Ever tried explaining your data stack to a non-technical stakeholder? 😅
This sketch breaks down how we actually work in modern data teams - from raw data sources to those "what will happen?" predictions that managers love.
The reality: it's messy, collaborative, and involves way more coffee breaks than this diagram shows. But when it all clicks? That's when the magic happens.
Shoutout to the data engineers who make those pipelines run smoothly, the analysts fielding endless ad-hoc requests, and the ML engineers turning experiments into production models.
What's the biggest challenge in your data workflow right now? Drop it in the comments 👇
Picture Credit: Baraa Khatib Salkini#DataEngineering#DataScience#Analytics#MachineLearning#DataTeam#BusinessIntelligence#DataPipeline#TechLeadership#DataAnalytics
Ever tried explaining your data stack to a non-technical stakeholder? 😅
This sketch breaks down how we actually work in modern data teams - from raw data sources to those "what will happen?" predictions that managers love.
The reality: it's messy, collaborative, and involves way more coffee breaks than this diagram shows. But when it all clicks? That's when the magic happens.
Shoutout to the data engineers who make those pipelines run smoothly, the analysts fielding endless ad-hoc requests, and the ML engineers turning experiments into production models.
What's the biggest challenge in your data workflow right now? Drop it in the comments 👇
#DataEngineering#DataScience#Analytics#MachineLearning#DataTeam#BusinessIntelligence#DataPipeline#TechLeadership#DataAnalytics
What the diagram says: 6 equal steps. 📊
What reality feels like: 80% Step 03 (Data Processing) and 20% everything else! 😅
Jokes aside, visualizing the full Data Science Lifecycle is a great reminder that "Modeling" is actually just a small piece of the puzzle. You can't have a great Step 05 without a solid Step 02 and 03.
Fellow Data Scientists, which number do you spend the most time on?
#DataLife#BigData#DataCleaning#RealTalk#TechCommunity
I just wrapped up a deep dive into Data Visualization, and it’s shifted how I view "standard" reporting. We often treat charts as the final step of a project, but they are actually the most critical communication tool in a data scientist's toolkit.
Visualizing data isn't just about making things look "pretty"; it's about reducing cognitive load and revealing patterns that rows of data cannot show.
#TIET#ThaparUniversity#ThaparOutcomeBasedLearning#ThaparCoursera#Coursera#UCS654_Predictive_Analytics
What is Data Engineering?
Data engineering is like being the architect and builder of the roads that data travels on. In simple words, it involves collecting raw data from different sources, cleaning it, organizing it, and making it ready for analysis. Just like how a delivery truck needs good roads to reach your house, data needs pipelines to reach analysts and data scientists.
#DataEngineering#DataScience#BigData#Analytics#ArtificialIntelligence#MachineLearning#CloudComputing
Read blog in detail
🧠 Daily Dose of Data #1
I’ve been working in the data space for quite some time now, and over the years my curiosity has only grown — from data engineering to analytics to data science. Data, in all its forms, has become more than just a domain; it’s an obsession.
With this series, I’ll be sharing my learnings, perspectives, and practical understanding of how data actually works in real systems.
#KeyThought:
👉 Your workload type defines your storage model.
#ProductManagement#ProductManager#DataEngineering#DataArchitecture#Analytics#TechLearning#DailyDoseOfData
📚 Data Science for Business — Chapter 3 Takeaways
Chapter 3 focused on something fundamental but powerful: how we frame a data problem.
1️⃣ Effective data science starts with clear problem formulation.
Before touching data or models, define the target, the decision, and what success looks like. A poorly framed problem leads to poor results — no matter how good the model is.
2️⃣ Translate business questions into prediction tasks.
Breaking problems into examples, features, and outcomes makes solutions more structured and measurable.
Big takeaway for me: thoughtful problem framing sets the foundation for impactful results.
Book: Data Science for Business — Foster Provost & Tom Fawcett
👉 Sharing my learnings chapter by chapter as I continue building business-first data thinking.
#DataScience#Analytics#MachineLearning#BusinessIntelligence#LearningInPublic
One of the most expensive mistakes in data: building the entire foundation before proving any value.
The "build it and they will come" approach. The massive data lake migration. The enterprise-wide governance framework. The 18-month platform modernization. You spend years building the perfect foundation, hoping the value will follow. It rarely does.
I talked about this with Juan Sequeda and Tim Gasper on Catalog & Cocktails Honest No-BS Data Podcast. The alternative is building foundations slice by slice, aligned to the data products you are actually delivering with measurable business outcomes like revenue impact, cost reduction, and faster time to decision.
Each slice solves a real business problem. Each slice also adds reusability, governance, and trust to the platform underneath.
You don't have to choose between moving fast and building things that last. You just have to stop separating the two into different phases.
Full episode link in the comments.
#data#CDO#analytics#datagovernance
Donny, my son just declared Data Analytics as his college major, your post is timely. Thank you!