Learn more about Northeastern's Online MS in Data Analytics Engineering.
If you're considering a career change, you’ve likely seen how businesses today rely heavily on data to make decisions, improve efficiency, and drive innovation. But raw data alone isn’t enough; it must be cleaned, structured, and optimized before it can provide real value. That’s why companies are hiring data analytics engineers at a record pace, with job postings for this role increasing by 114 percent from 2023 to 2024.
As AI and automation evolve, some may question whether this career growth is sustainable. With AI now analyzing trends, generating reports, and automating data tasks, is human expertise still essential?
While AI tools can process data and generate insights, they don’t eliminate the need for professionals who can design, structure, and transform data to validate those insights. In fact, as businesses integrate AI-powered analytics, the need for human expertise in data preparation and strategy is only growing.
“OpenAI and similar tools are very promising in that it feels like a business user can ask a question in English, and it has the ability to put all kinds of data together and come up with insights,” says Venkat Krishnamurthy, a part-time lecturer at Northeastern University. “But even there, building those tools and solutions—whether it’s building agents to go and get the data or something else—I still believe data analytics engineering is going to be useful as long as it continues to adapt to this new world.”
Rather than limiting career opportunities, AI is creating new ones—especially for professionals willing to adapt and expand their expertise. And with the right training, you too can build the skills needed to transition into this high-growth field. In this article, you’ll learn what data analytics engineering is, why it’s a career worth pursuing, and how to break into the field.
What Is Data Analytics Engineering?
At its core, data analytics engineering is about transforming raw data into a structured, usable format that enables businesses to make data-driven decisions. These professionals build and maintain systems that collect, clean, and organize data, ensuring that it is properly structured for ready analysis. Without this crucial step, even the most advanced analytics tools will struggle to deliver meaningful results.
While data analytics engineering is often mentioned alongside data engineering and data science, it is a distinct field with its own purpose and responsibilities.
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- Data Engineering: Focuses on building the infrastructure that stores and moves data
- Data Science: Centers on analyzing data, building models, and applying machine learning techniques to generate insights and predictions
Here’s why data analytics engineering is one of the most in-demand careers today.
4 Reasons Data Analytics Engineering Is a High Demand Career Choice
1. Gaps Between Data and Business Decisions
Businesses have access to more data than ever before, yet many struggle to translate that data into meaningful insights. Information is often scattered across different systems, inconsistent, or incomplete, making it difficult to leverage effectively. This is particularly concerning for companies investing in AI, automation, and advanced analytics because they need structured, high-quality data for accurate insights and predictions.
One example of this challenge is when a company launches an AI-driven recommendation system to personalize customer experiences. While data engineers collect and store customer data, and data scientists develop algorithms to predict purchasing behavior, data analytics engineers clean, transform, and structure data before it reaches the data science team for high-quality inputs and accurate insights. Without this crucial step, businesses risk making decisions based on bad data.
“Data engineering is more about building pipelines—transforming data from one place to another and making sure it’s clean,” Krishnamurthy says. “Data science, on the other hand, is about using that data to run machine learning, AI programs, and create insights. So data analytics engineering has overlap with both of these disciplines. It involves moving and preparing data, but with a specific focus on getting data ready for continual analytics.”
2. Expansion of Demand Across Industries
The need for data-driven decision-making has made data analytics engineering one of the most versatile and in-demand career paths. Companies across sectors are generating massive amounts of data, but without professionals who can clean, structure, and optimize it, that data remains unusable for business decisions.
“Everyone is looking for data,” Krishnamurthy says. “Banks, investment firms, insurance companies, e-commerce, supply chain, even hospitals—every industry wants to collect, clean, and prepare data to make sense of it.”
As businesses move beyond spreadsheets to manage real-time consumer interactions, large-scale operational datasets, and AI-powered automation systems, they need skilled professionals to handle growing complexity. This is largely driving a surge in hiring for data analytics engineers.
According to job market data, a diverse range of companies are actively recruiting for this role, including:
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- Meta
- Eliassen Group Under Armour
- Marriott International
- Amazon
- Procter & Gamble
- State Farm
- Pfizer
- Highmark Health
Because structured data is essential across industries, data analytics engineers have opportunities far beyond tech. Whether a company is focused on optimizing supply chains, improving financial forecasting, or enhancing customer personalization, these professionals play a critical role in making those efforts successful.
This broad demand also translates into job opportunities nationwide. According to job postings data, the top states hiring data analytics engineers include:
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- California
- Texas
- Washington
- New York
- Illinois
With hiring needs spanning multiple industries and locations, data analytics engineers have the flexibility to apply their skills in diverse settings, making this a career with strong long-term growth potential.
3. High Earning Potential
With businesses competing for top talent, data analytics engineering offers strong financial rewards. According to job market data, the median salary for data analytics engineers is $156,400, reflecting the increasing demand for professionals who can manage complex data systems.
This high earning potential is driven by the specialized skills required for the role. Companies are dealing with massive, real-time data streams that power AI systems, automation tools, and predictive analytics. Ensuring this data is accurate, structured, and ready for analysis is critical to business success, which makes data analytics engineers a valuable hire in today’s workforce.
In addition, as businesses rely more on AI and machine learning, the need for high-quality data has only intensified. As a result, companies are willing to pay premium salaries for skilled professionals who can clean, transform, and optimize data pipelines to keep their analytics and AI models reliable and effective.
With a strong median salary and increasing employer demand, data analytics engineering stands out as a lucrative and stable career path.
4. Opportunities for Specialization and Advancement
Beyond high earning potential, data analytics engineering offers strong career growth opportunities. Professionals in this field can advance into leadership roles, specialize in advanced analytics, or transition into strategic data management positions.
As businesses continue to scale their data operations, they need experienced professionals who can not only manage data pipelines but also drive strategy and innovation. Therefore, many data analytics engineers grow into roles like:
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- Senior Data Analytics Engineer: Leading larger, more complex data projects and optimizing analytics infrastructure.
- Data Architect: Designing and overseeing data systems to ensure long-term scalability and efficiency.
- Director of Data Strategy: Aligning data initiatives with business goals and driving strategic decision-making.
At the same time, professionals can choose to specialize rather than move into leadership to develop expertise in topics like machine learning, AI-driven analytics, or big data engineering. These specializations allow them to work on cutting-edge technologies while increasing their value in the job market.
Because data is at the core of business decision-making, professionals with deep technical knowledge and analytical expertise will continue to be in high demand. Whether advancing into leadership or honing specialized skills, data analytics engineers have multiple pathways to long-term career success.
How to Transition Into Data Analytics Engineering Without a Technical Background
The demand for data analytics engineers is growing, and the good news is that you don’t need a technical background to break into the field. Many of the essential skills—problem-solving, critical thinking, and industry expertise—are transferable from other careers. With the right training, you can develop key technical skills like data visualization and statistical analysis to build a strong foundation in data analytics engineering.
At Northeastern, the Online MS in Data Analytics Engineering program is designed specifically to help professionals from non-technical backgrounds gain the expertise needed to transition into this high-growth field. Through hands-on learning, real-world applications, and flexible study options, students can balance education with their current careers while developing the skills employers are looking for.
If you're ready to take the next step in your career and break into a fast-growing industry, explore Northeastern’s program and start building the expertise to succeed in data analytics engineering.
