Climate Tech Engineer
Also known as: Clean Energy Engineer, Renewable Energy Engineer
Develop technology solutions to combat climate change, from carbon capture to clean energy systems.
Salary Range
The highest-paid specialization or seniority level for climate tech engineers.
About 1 in 200 reaches this level
Climate tech is a growing field of ~50K engineers (est., no BLS code); only ~250 reach VP/CTO at a well-funded company at ~$300K total comp, about 0.5% of the field.
Salary data based on 2025 BLS, Glassdoor, and industry reports. Actual compensation varies by location, experience, and employer.
How to Become One
This career typically requires a bachelor's degree. Here are the top colleges for it:
Cost to Qualify
Four years of tuition and required fees runs about $56K at a typical public college in our list (in-state) and about $288K at a typical private one. Both are pricier than the US national averages (about $48K public in-state, $180K private nonprofit, College Board 2025-26) because our 161-college dataset only includes nationally-ranked schools, not every US college. This excludes room and board, which we show separately on each college's page.
Sticker price, not what most people pay — scholarships, aid and in-state status all move it. Room and board is shown separately on each college's page.
AI Risk Assessment
Climate tech engineers design things like clean power systems, batteries, electric vehicle parts and carbon capture equipment. That is mostly engineering design, modeling and testing, not hands-on trade work, and design and analysis are exactly where AI tools are getting better. We found no study of AI's effect on this job specifically, and there is no government job category for it, so this score is set mainly by comparison with similar engineering work. We score environmental engineers, the closest government category, at 2, and there is no reason to rate climate tech engineers as safer. The parts of the job that happen in the physical world, like building and testing prototypes and working on real sites, are harder for AI to take over, which keeps this from going higher.
Demand is real but less certain than the old "fastest-growing sector" story. The Bureau of Labor Statistics projects environmental engineer jobs to grow 6% from 2025 to 2035, faster than average, with about 2,300 openings a year. But the clean-energy industry had a hard 2025. The Department of Energy's 2026 energy jobs report found jobs in solar power generation fell 3% and wind fell 2% that year, and a July 2025 federal law cut the tax credits that were expected to drive growth. The National Solar Jobs Census (November 2025) cites analysts expecting solar deployment by 2030 to be over 20% below earlier projections.
We moved this from 1 to 2. A 1 is for work AI can't meaningfully do, like the trades, and desk-based engineering design doesn't fit that. What would change the score: evidence that AI design tools let climate companies hire fewer junior engineers would push it to 3. Evidence that engineering demand in clean energy is growing faster than AI can absorb it would support keeping it at 2.
Sources
Ratings reflect a 10-year outlook based on 2025-2026 research, weighted toward entry-level impact. Individual outcomes will vary.
Related Careers
Is Climate Tech Engineer right for you?
Take our free 20-minute assessment to find out if climate tech engineer matches your personality, interests, and strengths.
Take the Free Assessment