Senior Digital Solutions Developer

What It’s Really Like to Work in Water Data Engineering

A career in water data engineering brings together sustainability, technology, and real-world problem-solving. Sara, a senior digital solutions developer at an environmental engineering consulting firm, shares how she found her way into the field, what the work involves, and what aspiring data professionals should know.

An unexpected path into water engineering

Sara studied chemical engineering with a focus on sustainability, then began her career in software consulting. She enjoyed working with data, but wanted to bring those skills closer to environmental engineering.

To explore that direction, she volunteered with someone working in water engineering. The experience helped her learn about the industry and led to a recommendation for her current company.

Her path shows that a career change doesn’t always require starting over. Skills from one field—like working with data and communicating with clients—can become valuable in another.

What the job involves

Sara works with multiple clients, often in the water utility sector. Her team helps utilities make better use of their data by building dashboards, automating reports, and improving how information is stored and managed.

Much of the work is hands-on: understanding the client’s data, identifying a useful solution, and building a process that fits that client’s needs. Client meetings and demos are part of the role, but Sara says most of her time goes toward the technical work.

The tools she uses include SQL and Power BI, along with occasional Python and Microsoft platforms. She learned much of this on the job, through small assignments, coworker demos, and independent practice.

The skills that matter most

For people interested in this kind of role, Sara recommends starting with the fundamentals. SQL, data warehousing, and analytics basics can be more valuable than knowing a long list of programming languages.

She also emphasizes understanding how a solution works behind the scenes—not just producing an app or polished end product. In consulting, clients have different needs, so successful solutions come from listening carefully and adapting to the problem rather than reusing the same approach for everyone.

A willingness to keep learning is essential, too. New technologies appear constantly, and clients may ask consultants to investigate tools before deciding whether they are a good fit.

The impact—and the challenges

One of the most rewarding parts of Sara’s work is seeing how better data tools can help small utilities serve large populations. Her team’s work can help clients save money or support conservation efforts, and clients’ appreciation makes that impact tangible.

The work is generally manageable: Sara describes a typical week as around 40 hours, usually no more than 45. She can often unplug after work, and weekend availability is not expected.

There are occasional higher-stakes moments, particularly when calculations or automated processes affect utility operations. Sara also noted that the engineering industry can feel different from tech, including the extra effort women may face in establishing credibility.

How to get started

Sara’s advice is practical:

  • Learn SQL and the basics of data engineering and analytics.

  • Build a few small projects to apply what you learn.

  • Consider an analytics certification, while pairing it with hands-on experience.

  • Reach out to people in the industry, especially through shared connections.

  • Attend events and keep learning from people doing the work.

An engineering degree is not necessarily required for data-focused roles, though requirements vary by position and employer. Sara says networking helped her find her current job, and that connecting through someone or something familiar can make it easier to start a conversation.

A meaningful career with room to grow

Water data engineering may be a specialized field, but it offers a blend of technical challenges, practical impact, and a relatively predictable workweek. Sara’s experience also shows that an unconventional path—combining engineering, software, volunteering, and networking—can lead to a role that feels both useful and personally rewarding.

For anyone drawn to data and sustainability, the water industry is worth exploring. As Sara puts it, it’s an industry that will always need people.

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