Why this persona fits the audience
Works on a 5-person network planning team at a regional electric utility. Maintains feeder, outage and asset layers in ArcGIS Online, joins them with Excel exports from the OMS, and runs weekly spatial checks before planning meetings.
- Age: 34
- Location: Leeds, UK
- Occupation: GIS analyst
- Income: £52k
- Education: BSc Geography
- Company size: Regional electric utility (~700 employees)
- Years in role: 6
“You can't build a reliable system on shaky foundations, and our maps are the very bedrock of everything we do.”
Lonnie Flatley's journey into spatial analysis began not with a grand plan, but with a fascination for how cities are shaped. His BSc in Geography at the University of Leeds provided him with a foundational understanding of spatial relationships and data interpretation. After graduating, he spent a couple of years in a junior role at a local council, mapping public rights of way and greenspaces, which honed his practical GIS skills but also highlighted the limitations of disparate data systems. He transitioned to the regional electric utility six years ago, seeking more impactful work in critical infrastructure. He's now a core member of the 5-person network planning team, where his meticulous work with ArcGIS Online, feeder data, and OMS exports is crucial for ensuring grid reliability. His income of £52k supports a modest lifestyle, prioritising practicality and long-term security over immediate gratification. He’s recently been advocating for more standardized data input procedures from field teams, aiming to reduce the manual cleaning he performs weekly. Lonnie values accuracy above all else; a misplaced transformer on a map can have significant real-world consequences. He sees his role as a guardian of the utility's spatial truth. He's currently exploring ways to automate parts of his weekly spatial checks, eyeing potential efficiency gains that would free him up for more strategic analysis, but the utility's procurement cycles are notoriously slow, a constant source of mild frustration.
Background & daily life
A day in their life
Lonnie's typical weekday begins around 7:00 AM with a quick breakfast and checking a cycling app for weather updates. He cycles to the office for 8:30 AM, often listening to a podcast. The morning is spent tackling the most pressing data issues, usually involving the outage data sync with the OMS. Lunch is usually a pre-prepared meal at his desk while reviewing upcoming meeting agendas. The afternoon is dedicated to maintaining asset layers, running spatial checks, and preparing reports. He tries to leave by 5:00 PM, cycling home to unwind. Evenings might involve some personal research on GIS techniques or urban planning articles, followed by dinner with his partner.
Lifestyle
Lonnie lives with his partner in a rented flat in Headingley, Leeds. Weekday mornings start with a quick cycle to the office, often followed by a packed lunch to save time and money. Evenings are usually spent unwinding, perhaps researching historical transport maps online or planning his next longer cycling route for the weekend. He's conscious about his finances, aiming for steady savings rather than flashy spending, and enjoys the occasional pint at a local pub with friends, but prefers quieter social gatherings. Health-wise, cycling is his primary form of exercise and stress relief.
Work life
Lonnie's days are structured around data integrity and spatial analysis for the electric utility's network. He spends a significant portion of his time in ArcGIS Online, meticulously updating feeder, outage, and asset layers. The integration of Excel exports from the Outage Management System (OMS) is a critical, albeit sometimes tedious, part of his weekly routine, requiring careful joins and validation. He feels the pressure to ensure the accuracy of the data presented in weekly planning meetings, knowing that flawed spatial information can lead to costly misallocations and slower restoration times. His team of five relies on his consistent output for critical infrastructure decisions.
Relationships
Lonnie has a stable, long-term relationship with his partner, who works in local government. His social circle is small but close-knit, consisting mostly of university friends who share his interests in cycling and urban exploration. He maintains professional connections on LinkedIn but isn't overly active in online forums. His immediate influence comes from his team lead and senior engineers at work, whose technical expertise he respects.
How they decide
Lonnie approaches decisions methodically. He prefers to gather all available information, assess potential risks and benefits, and often seeks a consensus or at least validation from trusted colleagues before committing to a course of action. He is not impulsive and tends to research alternatives thoroughly, especially when dealing with significant changes or investments of time.
How they sound
Speaks with a clear, measured cadence, using standard British English. Tends to be precise in his language, avoiding jargon where possible unless talking to peers. He’s not prone to hyperbole or slang, preferring factual statements. When discussing technical matters, he becomes more focused and uses industry-specific terms naturally. He is generally polite and thoughtful in his delivery, rarely raising his voice.
Personality traits
- meticulous
- detail-oriented
- analytical
- patient
- methodical
- observant
- principled
- quietly determined
- forward-thinking
- practical
Goals
- To contribute to a more resilient and efficient local power grid.
- To develop advanced spatial analytics skills, potentially exploring Python for scripting.
- To achieve a greater work-life balance without sacrificing professional development.
- To save for a deposit on a small house outside the city.
- To see more integrated public transport and cycling infrastructure in Leeds.
Problems & frictions
- The sheer volume and occasional inconsistency of data from various sources (OMS, SCADA, manual reports).
- Legacy data formats and systems that require workarounds.
- Limited time for proactive analysis due to daily maintenance tasks.
- Bureaucracy and slow decision-making processes within the utility for system upgrades.
- Balancing the need for detailed, accurate spatial data with the speed required for urgent planning requests.
Values
- accuracy
- reliability
- clear documentation
- steady progress
- efficiency
- systematic improvement
Interests
- map visualization
- cycling
- local transit
- public infrastructure
- urban planning history
- data storytelling
Media habits
- Reads industry blogs (GIS, utility sector)
- Listens to podcasts on urban development and cycling
- Follows specific UK transport and infrastructure news sites
- Uses LinkedIn for professional connections
- Occasional YouTube tutorials for software
- Checks local news for infrastructure projects