Latest / The Career Change Podcast with Fexingo: Switching Fields, Bootcamps, and Reskilling / How Bootcamp Grads Can Pivot Into Climate Tech
Transcript
- Lucas: So Maria Velez spent seven years managing a restaurant in Portland. No coding background, no environmental science degree, nothing that would obviously lead to a job in climate tech. Luna: Right, and now she's a software engineer at a company that builds carbon accounting software for mid-size manufacturers. Lucas: Exactly. She did a twelve-week bootcamp focused on Python and SQL, then spent three months building a portfolio project that pulled EPA emissions data and visualized it with D3.js. That project got her the job. Luna: And her salary went from 48K as a manager to 78K as a junior engineer. Not Bay Area numbers, but in Portland that's a real upgrade. Lucas: The bigger point is that climate tech is one of the fastest-growing hiring verticals for bootcamp grads right now. According to a report from PwC and the Global Climate Tech Council, the sector raised over forty-five billion dollars in venture funding globally in 2025. Luna: And a lot of that is going to software — platforms for carbon tracking, supply chain emissions analysis, energy efficiency monitoring. These aren't hardware-heavy companies. Lucas: Right. So the technical barrier to entry is actually pretty low. You don't need a PhD in atmospheric science. You need to be comfortable with data pipelines, APIs, and basic front-end work. That's bootcamp territory. Luna: But I think a lot of listeners might wonder — do these companies actually hire people without domain expertise? I mean, if you don't know what 'Scope 3 emissions' are, are you even getting an interview? Lucas: It helps to know the terminology, but here's the thing — most climate tech startups are desperate for engineers. They have climate scientists who can model carbon, but they can't ship software. So they're actually pretty open to teaching the domain if you can code. Luna: That's a huge unlock. So what do you recommend a bootcamp grad do to break in? Lucas: First, pick a specific sub-sector. Carbon accounting is the hottest right now because of regulatory pressure — the EU's Carbon Border Adjustment Mechanism, California's climate disclosure laws. Companies need to track their emissions, and they need software to do it. Luna: So that's one lane. What else? Lucas: Energy efficiency software — think platforms that help commercial buildings optimize HVAC and lighting. Sustainable supply chain tracking. And then there's the wild west of carbon offsets and removal credits, which is more early-stage but also more speculative. Luna: And how do you find these companies? Because they're not all on the typical job boards. Lucas: Climatebase is the best starting point. It's like LinkedIn but exclusively for climate tech jobs. They list everything from Series A startups to publicly traded clean-energy firms. Greentown Labs has a job board too, and they host virtual career fairs. Luna: I'd add that Work on Climate is another community — they have a Slack group, a job board, and a lot of mentorship for career switchers. Lucas: And here's the portfolio advice I'd give: don't just build a to-do app. Build something that uses open climate data. The EPA has a massive dataset on facility-level emissions. The EIA has energy consumption data. Pull that into a dashboard and you've immediately signaled domain interest. Luna: That's what Maria did. She built a simple map showing emissions by zip code in the Pacific Northwest. It wasn't complex, but it showed she could work with real-world data and cared about the problem. Lucas: And that story maps directly onto something we talk about on this show a lot — the idea that if this conversation helped you see a path forward, maybe it's worth the price of a coffee. We keep this podcast ad-free, and listener support is what makes that possible. If the show has helped you think through a move like this, you can find us at buy me a coffee dot com slash fexingo. Luna: Absolutely. It's a small way to keep the episodes coming without any sponsors or interruptions. Lucas: So back to the practical side — what about networking? Because climate tech has its own conference circuit. Luna: VERGE is the big one — put on by GreenBiz. It's expensive, but they offer scholarships and virtual passes. Also, Climate Week in New York has a ton of free events. Lucas: And if you can't travel, the Climatebase Slack is probably the most active community. People post jobs, ask for portfolio feedback, share salary data. It's genuinely helpful. Luna: Salary data is important — because a lot of climate tech startups are mission-driven, and mission-driven sometimes translates to 'we pay less.' What's realistic? Lucas: For a junior engineer in climate tech, you're looking at seventy to ninety thousand nationally. That's lower than FAANG, but it's competitive with most other industries. And the growth trajectory is solid — two years in, you can easily hit six figures if you specialize. Luna: And the work itself — I mean, you're building something that directly addresses climate change. That's a pretty strong intrinsic motivator. Lucas: It is. And I think that's part of why bootcamp grads are a natural fit. A lot of people switching careers later in life aren't just chasing a paycheck. They want their work to mean something. Climate tech offers that. Luna: So to summarize: pick a sub-sector like carbon accounting, build a portfolio around open climate data, join Climatebase and Work on Climate, and target companies that are post-Series A and have at least one climate scientist on staff. Lucas: And be ready to learn on the job. You won't know everything on day one, but if you can write clean Python and ask good questions, you're already ahead of most applicants.