Jess ChampionWeb Product Engineer

The most effective teams I've been a part of had an active practice of continuous reflection and improvement, and I work to build that into every team I join. When standards and practices are agreed upon together, and people feel they have a genuine say, it builds real commitment to showing up for the team and holding to what was agreed.

Psychological safety is what keeps a team resilient: people who feel safe raise issues early, share half-formed ideas, and pressure-test each other's thinking through healthy debate. So I keep incident reviews blameless and solution-focused, treating a failure as something for the team and the system to learn from rather than something to pin on a person.

On that foundation, I build a culture of knowledge sharing: circulating useful articles, preparing talks to introduce ideas I want the team to try, and championing the people who do the same. That's how you get teams that are productive, supportive and creative, where we have fun while delivering great products, and where people are always growing.

While I'm always happy to talk through a concept or help a developer who's stuck on a self-development side project, I find the best way to grow developers is aligning opportunities with the work we have to deliver. So I look for work that lets people take on new technical and interpersonal challenges in ways that suit their interests and strengths. I'll fit the scale of the challenge to a developer's current level, setting them up for success. For example, a more junior developer might go to a low-risk meeting on their own to represent the team and report back, while someone more senior takes on the challenge of leading a feature end-to-end: meetings, planning, tickets, release. I stay as a safety net and escalation point behind them, so the stretch feels safe to take on, while sharing these opportunities around the team so everyone gets a turn at the more interesting work.

I've had this approach come full circle. It started with mentoring a grad on a support team I led, finding him opportunities to build web and app experience inside our existing work, and backing his move onto the web delivery team. Years later, on a different team, I had the privilege of hiring him again as a senior web developer.

Quality is a set of trade-offs. My years in production support taught me to prioritise readability and code that's easy to reason about and change from the early stages of delivery, so the system can evolve as real usage and bug reports teach us more. I design with loose coupling and high cohesion, building modular components that communicate through defined public APIs. Inside those boundaries, I lean on functional programming ideas, composability, pure functions, immutable data, predictable state, and contained side effects, so the UI resolves to a finite, well-defined set of states that's straightforward to test.

Automated unit and e2e tests protect the core business logic and the behaviour we've specified, while leaving the presentation layer free to change. That safety net lets us ship a first cut and refine it once real users have shaped it, instead of polishing something unproven. On one low-coverage codebase, I introduced release gates, build, linting and e2e tests across the critical journeys. Within months, customers were reporting how much more stable the system was in production.

Tests double as living documentation of how the code should behave. I back that up with shared docs, a README or a wiki, capturing the key design decisions and the standards we've agreed on, which also helps new team members, and increasingly AI agents, get up to speed quickly. Claude and Cursor are part of my daily workflow; they're stronger at reasoning about and adjusting existing code than writing it from scratch, so when I start something fresh with them, I work in small, discrete steps, close to pair programming, keeping the architecture and patterns in my own hands and testing as I go.

I've seen how a small UX issue or a slow page can become a real problem for thousands of people once a system is under production load. So I bring engineering thinking into product development to build web applications that hold up under the pressure. For example, by moving one marketing site from server-side rendering to static publishing on a CDN, I reduced initial response times from four to eight seconds down to around 400 milliseconds.

I ground design decisions in real user research: surveys, interviews and usage data, while anchoring designs around user journeys and optimising workflow around core tasks to cut admin overhead from people's everyday work. On a larger project, changing course late is expensive, so I'd rather shape and test ideas in wireframes or prototypes to find the problems when they're cheap to fix, and move to code once the design has held up to scrutiny.

I care about the finishing touches that make a product feel considered: smooth, performant animations and transitions, and the accessibility details like full keyboard navigation. Building these into a design system or shared component layer means the investment pays off across the whole product as the polished pieces get reused. Working closely with talented designers has sharpened my own eye for this. On lean teams with no dedicated designer, I can run the UX practices myself: research, wireframing, interaction and accessibility detail.