Full-Time
Principal IT Auditor
NextEra Energy
10,001+ employees
Produces renewable wind and solar energy
No salary listed
Palm Beach Gardens, FL, USA
In Person
Relocation provided: Yes, if applicable.
 Accounting (1) |
|---|
- Bachelor's Degree
- 6+ years of experience
- Bachelor's Degree and/or Master's Degree in technology or technology-related field
- Experience in IT-related activities such as IT Audit, Information Security Risk Management, IT Compliance and IT Infrastructure reviews
- Collaborative mindset
- Strong communication
- Strong leadership skills fostering insightful relationships
- Critical thinking and technical expertise
- Solid written and oral communication skills
- Strong Excel and analytical skills
- Conducts in-depth inquiry and data analysis to understand cyber and technology operations, assessing risk, and supporting the development of the project scope for cross-functional process areas, leveraging business knowledge and IT expertise
- Effectively directing and completing all phases of the audit process for assigned IT audits and special projects with limited to minimal supervision. Areas of review may include aspects of cyber security, cloud computing, logical access, physical access, privacy, change management, computer operations and system implementations
- Executing tests of design and operating effectiveness for Sarbanes-Oxley 404 IT General Computing key controls, as required
- Contributing to large audit projects by adding value to project scope, making recommendations, and writing audit reports
- Applying broad company knowledge, concepts, processes, procedures, and methodologies to conduct independent audit reviews
- Developing data driven and risk-based conclusions by combining knowledge of BU and IT operations, and clearly documenting findings based on testing results
- Recommending process improvements where necessary
- Planning and executing audits in accordance with the department’s policies and procedures, including prioritizing work areas and monitoring progress to meet audit objectives within the scheduled time frame
- Building relationships with IT
- Performs other job-related duties as assigned
- Certified Information Systems Auditor (CISA)
- Certified Public Accountant (CPA)
- Certified Internal Auditor (CIA)
- Master’s Degree
- Solid understanding of IT General Computing Controls, Technology Infrastructures, and/or Business Application design.
- Strong process analysis, risk and control identification and problem solving skills
- Solid understanding of SOX and internal controls
- Knowledge of information technology frameworks and industry best practices
- Strong analytical, project management and organizational skills
- Ability to balance working on multiple projects simultaneously
- Ability to network and collaborate cross-functionally
NextEra Energy focuses on generating and selling renewable energy, primarily from wind and solar farms. It operates by building and running large-scale wind and solar projects, then selling the electricity produced under long-term contracts to utilities and other big buyers, creating stable revenue. The company finances substantial infrastructure investments (billions of dollars in new projects) to expand capacity and jobs. Its approach stands out through its sheer scale as the largest wind and solar producer worldwide, its steady contract-based revenue model, and its emphasis on community involvement and employee development. Its goal is to provide clean, reliable energy at scale while delivering strong returns to shareholders and sustaining growth in the renewable energy sector.
Company Size
10,001+
Company Stage
IPO
Headquarters
Juno Beach, Florida
Founded
1984
Simplify's Take
What believers are saying
- Google partnership develops gigawatt-scale AI data centers since December 2025.
- Targets 15-30 GW data center hubs by 2030, driving 8%+ EPS growth.
- Acquires Symmetry Energy Solutions Q1 2027, securing gas for AI demand.
What critics are saying
- PennEnvironment lawsuits block 4.3 GW South Mon gas hub in Pennsylvania.
- Chinese solar dominance erodes NextEra PPA margins within 12 months.
- Trump policies eliminate IRA incentives, slowing US renewables by 2027.
What makes NextEra Energy unique
- NextEra operates world's largest wind and solar portfolio at 40,000 MW capacity.
- Pioneered North America's first co-located wind, solar, and battery storage at Wheatridge.
- Leads battery storage development alongside renewables and nuclear assets.
Help us improve and share your feedback! Did you find this helpful?
Benefits
Health Insurance
401(k) Retirement Plan
401(k) Company Match
Remote Work Options
Relocation Assistance
Company News
NextEra Energy's strategic expansion: implications of the 10GW Natural Gas plan. NextEra Energy's 10GW natural gas plan in Texas and Pennsylvania marks a strategic diversification from renewables, potentially boosting revenue by $3 billion annually and positively impacting stock performance. NextEra Energy (NYSE:NEE) has recently received approval to develop up to 10 gigawatts (GW) of new natural gas power generation in Texas and Pennsylvania. This strategic move is part of a broader U.S.-Japan trade agreement, which includes Japan's planned US$550 billion investment in the United States. This development marks a significant expansion of NextEra's energy portfolio, traditionally focused on renewable energy sources, into natural gas infrastructure. Understanding the scale of the investment. The approval for the 10GW natural gas project positions NextEra Energy to significantly enhance its capacity to meet the rising electricity demand in the U.S. According to the U.S. Energy Information Administration (EIA), electricity consumption in the U.S. is projected to grow by 1.2% annually over the next decade. This growth is driven by increased industrial activity and residential demand. To put the scale of this project into perspective, 10GW of power is equivalent to powering approximately 7.5 million homes. This expansion aligns with the U.S. energy policy that aims to balance renewable energy growth with reliable natural gas infrastructure. Financial implications for NextEra Energy. NextEra Energy's move into natural gas is expected to diversify its revenue streams and reduce dependency on renewables, which can be volatile due to weather conditions and regulatory changes. The company's stock (NYSE:NEE) has historically been a strong performer, with a five-year average return of 12.5% annually, outperforming the S&P 500 index. In terms of financial metrics, the addition of 10GW of natural gas capacity could potentially increase NextEra's annual revenue by approximately $3 billion, assuming an average electricity price of $0.10 per kilowatt-hour. This projection is based on current market rates and consumption patterns. Comparative analysis with industry peers. NextEra's strategic shift can be compared with other major players in the energy sector. Below is a comparative table illustrating the current energy capacity and diversification strategies of key industry players: | Company | Total Energy Capacity (GW) | Renewable Energy Share (%) | Natural Gas Share (%) | | NextEra Energy | 58 | 50 | 20 | | Duke Energy | 51 | 40 | 30 | | Exelon Corporation | 48 | 35 | 25 | This table highlights NextEra's competitive positioning in terms of total capacity and its strategic diversification into natural gas, which is relatively lower compared to its peers. This move could enhance its market share and operational flexibility. Environmental and regulatory considerations. While the expansion into natural gas supports energy reliability, it also raises environmental concerns. Natural gas, although cleaner than coal, still contributes to greenhouse gas emissions. NextEra must navigate regulatory challenges and potential public opposition as it progresses with this plan. However, the U.S. government's support, as indicated by presidential approval, suggests a favorable regulatory environment for such projects, particularly those tied to international trade agreements. Market outlook. The approval of NextEra's 10GW natural gas plan is likely to have a positive impact on its stock performance. The diversification into natural gas is expected to stabilize earnings and provide a hedge against the volatility of renewable energy sources. Investors may view this as a strategic move to secure long-term growth and stability. Market may go up as investors react positively to the strategic diversification and potential revenue growth.
Trump plans $17 billion gas hub in Southwestern Pa. A $17 billion natural gas-powered generation hub is planned for Southwestern Pennsylvania, according to the U.S. Department of Commerce. Why it matters: The "South Mon Project" would be among the nation's largest gas facilities, designed to meet rising power demand from data centers and lower energy costs by tapping into Southwestern Pennsylvania's vast natural gas reserves. State of play: The facility, operated by Florida-based NextEra Energy Resources, would produce up to 4.3 gigawatts of power (enough to power roughly 3 million homes), connect to existing pipelines and supply power to the PJM grid, which serves a dozen states plus Pennsylvania and is facing significant energy shortfalls. * It's one of three projects announced nationwide this week tied to President Trump's $550 billion trade deal with Japan. * It would be owned jointly by Japan and the U.S. under the structure of the trade agreement, but would be built and operated by NextEra, according to the company. * NextEra previously owned the Marcus Hook Industrial Complex in Delaware County, which it sold a decade ago. What they're saying: "Our hub strategy is designed to scale quickly and support rising demand while strengthening America's energy security without increasing electricity costs for American households," said NextEra CEO John Ketchum. * "The new generation hub in Southwest Pennsylvania secured by the President will expand domestic power generation, create good-paying jobs, and lower energy costs for families across the Commonwealth," said White House Spokesperson Liz Huston in a statement. * "Not only will it provide much-needed power generation to the grid, but it will help deliver energy cost savings for the American consumer, support jobs and the regional economy, and strengthen U.S. energy security," said Jim Welty, Marcellus Shale Coalition president. Yes, but: Key details remain unclear, including the project site, scope and timeline. The company and the White House did not offer further information on Friday. * It's also uncertain how the project will navigate equipment supply chain constraints, lengthy permitting processes and other regulatory hurdles that can delay projects for years - even as the Trump administration pushes to cut red tape. The other side: David Masur, director of environmentalist group PennEnvironment, told Axios Pittsburgh on Friday the priority should be clearing PJM's backlog of renewable projects and boosting energy efficiency to cut costs. * "It won't deliver for ratepayers who are suffering from high energy prices today because it will take years - if not decades - to build such a project," he said. "Continuing to promote 19th century forms of energy in the 21st century doesn't make sense for our environment, our health or our pocketbooks." Flashback: The White House last month promised a $33 billion, 9.2-gigawatt gas plant in Southern Ohio - one of the world's largest - linked to the U.S.-Japan trade deal. Zoom out: NextEra and Exelon Corp. have also partnered to propose a $1.7 billion high-voltage transmission "superhighway" across Southwestern and Central Pa. Between the lines: Natural gas is emerging as a clear winner in the data center race; one report released in February by Cleanview found it accounted for 75% of the power equipment planned at future sites. What's next: NextEra says it's working to solidify its plans while "coordinating closely with federal, state and local stakeholders."
NextEra CEO john ketchum buys luxury jupiter mansion.
Global renewable energy installed capacity to double to 8.4TW by 2031, forecasts GlobalData. Global renewable energy installed capacity is set to expand at a rapid pace over the next five years, driven by the high scalability of solar PV deployment, persistent cost deflation, and increasingly robust policy tailwinds. Worldwide renewable energy installed capacity is forecast to more than double, from 4.1TW in 2025 to 8.4TW by 2031, registering a compound annual growth rate (CAGR) of 13% during the period, according to GlobalData, a leading intelligence and productivity platform. GlobalData's latest report, "Renewable Energy: Strategic Intelligence," reveals that worldwide renewable energy capacity reached a new peak in 2025, with the Asia-Pacific (APAC) region dominating wind installations at 699.5GW and solar PV capacity at 1,550GW, led by China. Across much of the world - again anchored by China - renewable investment and capacity additions continue to accelerate to record levels, while the US enters a phase defined by higher costs, increased volatility, and slower project delivery. Rehaan Aleem Shiledar, Power Analyst at GlobalData, comments: "Solar PV and wind will remain pivotal to the renewables transition globally. In 2025, solar PV emerged as the largest source of renewable electricity generation, surpassing wind. GlobalData estimates wind output at 2,770TWh in 2025, compared to 2,800TWh from solar PV." PV deployment in China is scaling rapidly, driven by carbon-neutrality objectives, expansive investment throughout the supply chain, and sharp cost reductions that have positioned solar among the cheapest sources of electricity. China alone generated 1,150TW, accounting for around 41% of global solar PV output last year. The US and India followed, generating 486TWh and 189TWh, respectively. In both countries, solar PV output is rising rapidly, supported by steep cost reductions, increasingly enabling policy regimes - most notably the US Inflation Reduction Act and India's flagship solar missions - and a strengthening imperative to decarbonize national power systems. In 2025, solar PV continued to dominate the global renewable capacity mix, accounting for roughly 56.1% of total installed capacity. Wind followed with a 33.5% share, while biopower represented 5.3%. Artificial Intelligence (AI) is emerging as a pivotal, high-growth catalyst within the renewable energy sector, increasingly serving as the system's "brain" to enhance efficiency, reliability, and profitability. Given the inherent intermittency of wind and solar generation, AI has become indispensable for ingesting and interpreting vast data streams, improving generation forecasting, optimizing storage dispatch, and coordinating smart-grid operations. Shiledar continues: "By enabling real-time balancing of supply and demand, AI reduces curtailment and operating costs while reinforcing overall grid resilience. Industry leaders such as Vestas, ENERCON, JinkoSolar, and First Solar are deploying AI at scale to boost operational performance, lower costs, and strengthen asset reliability." Data centers are emerging as a major, rapidly expanding, and strategically consequential driver in the renewable energy landscape, propelled largely by the surging electricity demand associated with AI workloads. In response, hyperscalers and colocation operators are accelerating investment in sustainable power solutions to meet rising loads while advancing decarbonization commitments. Technology firms are increasingly partnering with utilities and energy developers to lock in renewable supply for data-center operations, reflecting the scale and persistence of AI-led demand growth. For example, Google and NextEra Energy announced a collaboration in December 2025 to develop gigawatt-scale AI data centers powered by clean energy, while Equinix partnered with CleanMax on a 33MW captive renewable power project. Shiledar concludes: "After second-term policy shifts under President Donald Trump, renewable energy is entering a "two-speed" expansion: US federal support is tilting toward fossil fuels and away from green incentives, slowing deployment and raising costs, while the global transition continues, driven by falling costs, corporate demand, grid economics, and non-US policies. "By contrast, China's clean-energy economy is accelerating. In 2025, clean energy drove over 90% of incremental investment growth, and renewable manufacturing and installation contributed more than a third of overall economic expansion in the country. As a result, global renewables are increasingly decoupling from US federal policy, with the US facing slower rollout, while the rest of the world scales to record investment and capacity additions." About GlobalData. GlobalData Plc (LSE: DATA) operates an intelligence platform that empowers leaders to act decisively in a world of complexity and change. By uniting proprietary data, human expertise, and purpose-built AI into a single, connected platform, Eco Voice help organizations see what is coming, move faster, and lead with confidence. Its solutions are used by over 5,000 organizations across the world's largest industries, providing tailored intelligence that supports strategic planning, innovation, risk management, and sustainable growth. Independent news is important. Enjoy reading Eco Voice? Please help Eco Voice by purchasing a GIFT Voucher or send one to a friend and encourage people to purchase trees or seeds via The Native Shop - www.nativeshop.com.au Plants, seeds & more delivered to your door! Eco Voice is an independent publication that relies on contributions from its readers. Join Its Team! (Just launched) Eco Voice is building an independent media platform with a clear focus on sustainability, supporting the community and not-for-profit organisations, and giving a voice to environmental issues. With your kind support Eco Voice can all make an impact. Please become part of its team HERE! If you value Eco Voice, but are unable to contribute via sponsorship or advertising Eco Voice ask that you promote its online store The Native Shop - www.nativeshop.com.au via your social media to assist Eco Voice to fund this valuable service.
Data centre power markets affecting next-generation DCs. Last updated: March 12, 2026 10:05 pm Published March 12, 2026 The present knowledge centre development increase within the US is creating hitting issues in relation to securing sufficient energy. Services constructed to assist synthetic intelligence workloads require ranges {of electrical} capability that native grids gained't have the ability to provide at current ranges of capability and infrastructure. In response, a number of DC operators and commissioning corporations have begun to safe devoted energy technology, usually constructed regionally to the information centre web site and fuelled by pure gasoline bought immediately from producers. An engineering and energy consortium led by Babcock & Wilcox, Base Electron, and Utilized Digital has agreed to assemble gas-fired turbines to provide new AI knowledge centre campuses in North Dakota, with a reported worth of $2.4 billion. Babcock & Wilcox will design and assemble 4 gasoline turbine items, offering 1.2 gigawatts of on-site technology. To place that in context, 1.2GW is akin to the output of a mean nuclear reactor. In keeping with calculations by the US Power Info Administration, sustaining such output will want practically 5.6 million cubic metres of pure gasoline per day, an requirement akin to a medium-sized US metropolis. Utilized Digital's chief govt described the challenge as provide that may feed immediately into AI computing, and indicated the corporate is 'evaluating' an extra 1.2GW of gas-fired technology (with the identical companions) to assist later growth phases. AI processing skill is constrained primarily by electrical energy availability, so energy provide ranges decide income potential. The Worldwide Power Company estimates that international electrical energy consumption by knowledge centres will improve from roughly 460 terawatt hours in 2024 to greater than 1,000TWh by 2030, with the present energy utilized by DCs worldwide the identical as that of a medium sized industrial financial system. The IEA expects pure gasoline to provide round 26% of DC demand by the tip of this decade. Renewable vitality capability can be increasing rapidly, though the choice for non-weather dependent provide makes renewables much less appropriate for amenities the place computational masses are persistently excessive. North America is presently the biggest constructor of DCs, with greater than 35GW of capability underneath development, in line with actual property agency JLL. If all deliberate initiatives have been accomplished and powered primarily by gasoline technology, Enverus Intelligence Analysis estimates that US pure gasoline demand may improve by roughly 0.12 billion cubic metres per day by 2030. Power producers are adjusting accordingly, with Comstock Sources stating it's concentrating its drilling exercise in northeast Texas, partially due to new knowledge centre growth deliberate within the area. In keeping with JLL, Texas may surpass Northern Virginia as the biggest international knowledge centre conglomeration by the tip of the last decade. Knowledge centre operators are getting into into direct provide agreements with gasoline producers. Comstock has contracted to ship gasoline to NextEra Power's energy vegetation to assist AI knowledge centres' projected calls for. The aims in such agreements are to stabilise gasoline provide and cut back publicity to regional electrical energy market worth fluctuations. US Public coverage helps the tendency to maintain it native and inside to any settlement's companions, expressing concern that speedy knowledge centre enlargement may improve electrical energy costs for home households if new DCs draw primarily from the prevailing grid. The Trump administration is encouraging know-how corporations to finance devoted technology capability for their very own amenities, including the price of energy technology to tech corporations' operations, however minimising the affect on present infrastructure. Amazon, Google, Meta, Microsoft, OpenAI, Oracle and xAI have signed a pledge committing themselves to financing new technology capability and transmission infrastructure upgrades to provide the information centres they function. Industrial energy suppliers are additionally contracting with know-how giants immediately: AES Company just lately signed a 20 12 months settlement to supply energy for Google's knowledge centres in Texas. Meta, OpenAI, and CloudBurst have separate preparations for pure gasoline provide and gas-fired technology devoted to their amenities. At a smaller scale, Atlantic Power is to provide electrical energy to a 150MW AI and cryptocurrency knowledge centre operated by Viking Knowledge Centres in Akron, Ohio, a facility that may occupy a former Goodyear tyre manufacturing unit. The amenities at Akron will run totally on gasoline sourced from fields within the northeastern US. Whereas entry to computing {hardware} stays essential, entry to energy is equally decisive. DC operators securing devoted energy technology will escape capability constraints ought to AI demand meet AI distributors' predictions. Electrical energy provide has grow to be a part of the prices of AI, taking its place amongst mortgage repayments, coaching and inference prices, {hardware}, advertising and personnel, the sum of which presently outpaces revenue from AI companies. Corporations controlling compute capability and vitality provide might maintain a structural benefit if synthetic intelligence deployment by end-users hits the degrees predicted by AI corporations. Uncertainty stays about the long run fossil/sustainable vitality combine, the tempo at which renewable technology can scale, and the place the associated fee burden for offering AI falls. Synthetic intelligence infrastructure is starting to resemble that of heavy trade - vitality procurement being a part of core funding. (Picture supply: "Twin Energy" by SPIngram is licensed underneath CC BY-NC-ND 2.0.) Wish to be taught extra about Cloud Computing from trade leaders? Take a look at Cyber Security & Cloud Expo going down in Amsterdam, California, and London. The great occasion is a part of TechEx and co-located with different main know-how occasions. Click on here for extra data. CloudTech Information is powered by TechForge Media. Discover different upcoming enterprise know-how occasions and webinars here.