The Future Water Operator: Skills You’ll Need Over the Next Decade
The water operator of 2036 may work in a plant that looks very different from the one we know today.
More automation. More sensors. More data. Smarter SCADA systems. Artificial intelligence assisting with everything from maintenance planning to process optimization.
But one thing isn't going away:
The need for a knowledgeable operator who understands the treatment process and knows what to do when something doesn't look right.
The 2026 AWWA State of the Water Industry Report describes an industry facing aging infrastructure, workforce pressures, emerging contaminants, cybersecurity concerns, and growing interest in technologies such as artificial intelligence. AWWA specifically emphasizes investment in training, leadership development, and technology integration as important to the industry's future.
The next generation of successful operators won't choose between traditional operational knowledge and new technology.
They'll need both.
Here are six skills that will increasingly separate tomorrow's water professionals from yesterday's operators.
1. SCADA: Understand the System, Not Just the Screen
SCADA—Supervisory Control and Data Acquisition—is already central to modern water operations.
Operators use it to monitor:
Flow
Pressure
Tank levels
Chemical feed
Turbidity
Disinfectant residuals
Pump status
Valve positions
Alarms
Treatment processes
But being able to navigate an HMI doesn't necessarily mean an operator understands what's happening in the plant.
That's an important distinction.
The future operator needs to recognize why a value changed.
If flow suddenly decreases, is it an instrument problem? A valve position? A pump issue? A process change?
If an analyzer reports an unusual value, does the operator automatically trust the screen—or verify it?
Technology should strengthen operational judgment, not replace it.
This becomes even more important as utilities connect more operational technology to networks. AWWA reports that cyber threats increasingly involve operational technology capable of affecting actual treatment, storage, and distribution processes.
Future-operator mindset:
Know what's happening behind the screen.
2. Data Analytics: Turning Information Into Decisions
Water plants generate enormous amounts of information.
SCADA trends.
Laboratory results.
Chemical usage.
Energy consumption.
Filter performance.
Pump runtimes.
Maintenance records.
Distribution residuals.
The problem usually isn't a lack of data.
It's figuring out what the data is telling you.
Tomorrow's operators will increasingly need to identify trends and relationships between variables.
Imagine noticing that one filter consistently develops headloss faster than the others.
Or discovering that chemical consumption increases every summer without a corresponding improvement in finished-water quality.
Or recognizing that a particular pump consumes progressively more electricity while delivering the same flow.
Those aren't just numbers.
They're clues.
Operators who understand spreadsheets, trending tools, dashboards, statistics, and basic data visualization will have a major advantage.
AWWA's Water 2050 technology work specifically identifies building smart-system capacity, developing digital skills, and improving data practices as areas important to the sector's future.
Future-operator mindset:
Don't just collect data. Learn how to use it.
3. Automation: Working Smarter Without Losing Operational Knowledge
Automation will continue expanding.
Automatic chemical-feed control, VFDs, remotely operated valves, intelligent alarms, advanced analyzers, automated backwashing, and process-control systems can make utilities safer and more efficient.
But automation creates an interesting risk.
The better technology becomes, the easier it becomes to forget how the process actually works.
Operators still need to understand:
Manual operation.
If communications fail, an instrument drifts, a PLC malfunctions, or automatic control produces an unexpected response, someone needs enough process knowledge to recognize the problem.
The worst time to learn how your plant operates manually is when the automatic system has already failed.
Future-operator mindset:
Use automation—but never surrender your understanding of the process to it.
4. Artificial Intelligence: The Next Tool in the Operator's Toolbox
AI isn't science fiction anymore.
And it doesn't mean a robot will be sitting in the control-room chair drinking coffee and running the plant.
At least Hydro-Badger isn't surrendering his chair yet.
AI has potential applications throughout water utilities, including:
Predictive maintenance
Anomaly detection
Process optimization
Energy optimization
Demand forecasting
Asset management
Document analysis
Training
Operational decision support
The 2026 AWWA State of the Water Industry report specifically notes that utilities are exploring AI while simultaneously considering risks, particularly cybersecurity.
That's an important distinction.
AI should be treated as decision support, not unquestionable authority.
If an AI system recommends changing a chemical feed rate, the operator still needs to understand whether that recommendation makes operational sense.
The operator remains accountable for the process.
Future-operator mindset:
Don't compete with AI. Learn how to use it—and know when not to trust it.
5. Leadership: Technical Knowledge Isn't Enough Anymore
Some of tomorrow's most valuable operator skills won't involve technology at all.
They'll involve people.
The water industry continues to face workforce challenges involving retirements, recruitment, retention, and specialized skills. AWWA identifies workforce development, training, retention, and succession planning as critical utility-management strategies.
That means experienced operators will increasingly be expected to:
Train new employees
Mentor developing operators
Lead during emergencies
Resolve conflicts
Coordinate work
Make decisions under pressure
Share institutional knowledge
Build strong teams
You don't need "Supervisor" in your title to demonstrate leadership.
The operator who helps a new employee understand a treatment process is leading.
The operator who remains calm during an emergency is leading.
The operator who identifies a problem and proposes a solution instead of simply complaining about it is leading.
Future-operator mindset:
Become the person others trust when things get difficult.
6. Communication: The Skill Operators Sometimes Underestimate
You can be technically brilliant and still struggle professionally if you can't communicate.
Modern operators communicate with:
Other operators
Supervisors
Maintenance personnel
Engineers
Laboratory staff
Regulators
Contractors
Customers
Emergency responders
Utility leadership
Clear communication matters during routine operations.
During an emergency, it becomes critical.
Consider a shift turnover.
"Pump 3 has been acting weird."
That's not particularly useful.
Compare it with:
"Pump 3 discharge pressure began fluctuating between 68 and 74 psi around 14:30. Flow decreased approximately 8%, no valve-position changes were made, and maintenance has been notified."
Same problem.
Completely different level of professionalism.
AWWA's 2026 industry outlook also emphasizes meaningful public engagement and explaining the reasoning behind utility decisions as important components of maintaining public trust.
Future-operator mindset:
Say it clearly. Write it accurately. Document what matters.
The Operator Isn't Disappearing. The Profession Is Evolving.
Every major technological advancement creates predictions that people will eventually become unnecessary.
Water treatment doesn't work that way.
Technology can identify patterns.
Automation can control processes.
AI can analyze enormous amounts of information.
SCADA can show an operator what's happening.
But somebody still needs to understand why it's happening.
That requires experience, judgment, technical knowledge, and critical thinking.
And when the computer screen goes dark at 2:00 a.m., those skills become extremely valuable.
Build Your Skill Stack
The future water professional shouldn't become narrowly specialized in only one area.
Build layers of capability:
Operations + SCADA + Data + Automation + AI + Communication + Leadership
Keep your treatment fundamentals strong.
Learn the technology.
Understand your data.
Develop your people skills.
Teach the next operator what you know.
And never stop learning.
Because certifications may qualify someone to operate a water system.
Competence is what makes someone an operator others can depend on.
The Bottom Line
The next decade will bring significant change to the water industry.
Some technologies we use in 2036 probably haven't even been invented yet.
That's exactly why adaptability matters.
The strongest water professionals won't necessarily be the people who know every new technology.
They'll be the ones capable of learning new technology without losing the operational fundamentals that keep water safe.
At Lone Star WaterOps Training, that's the kind of water professional we want to help develop: technically capable, adaptable, confident, professional, and prepared to lead the industry forward.
The tools will change.
The regulations will change.
The technology will change.
The mission won't.
Protect public health. Serve your community. Train for what comes next.
Train Hard. Flow Strong.
Reference
American Water Works Association — 2026 State of the Water Industry Report
