Full-Time
Global asset manager specializing in alternatives
No salary listed
Hyderabad, Telangana, India
In Person
Bachelor's
See people who can refer or advise you
Oaktree Capital Management is a global asset manager that specializes in alternative investments, with a focus on credit, equity, and real estate. Its products are built from bottom-up, company-specific research to identify risk-controlled opportunities in sub-investment grade assets—such as high-yield bonds, distressed debt, senior loans, and convertible securities—and are assembled into portfolios managed for institutions seeking risk-adjusted returns. The firm differentiates itself through a long history in credit and distressed assets, a strict value-and-contrarian approach, and independence within the Brookfield Asset Management group since 2019, rather than relying on macro timing. Its goal is to deliver durable, risk-adjusted returns for institutional clients while growing assets under management within an independent Brookfield platform.
Company Size
1,001-5,000
Company Stage
N/A
Total Funding
$3.3B
Headquarters
Los Angeles, California
Founded
1995
See people who can refer or advise you
Help us improve and share your feedback! Did you find this helpful?
Flexible Work Hours
401(k) Retirement Plan
Health Insurance
Wellness Program
Remote Work Options
Paid Vacation
IDF and Oaktree to invest $1.7 billion in Bloom Energy fuel cells to power AI infrastructure expansion - EQ. In Short: A $1.7 billion investment by IDF and Oaktree in Bloom Energy's fuel cell technology marks a major step toward meeting the soaring energy demands of artificial intelligence (AI) infrastructure. The investment will support deployment of high-efficiency fuel cells for data centres, enabling reliable, low-emission, and resilient power solutions as AI-driven computing capacity continues to expand globally. In Detail: The announcement that IDF and Oaktree will invest **$1.7 billion** in Bloom Energy's fuel cell technology represents one of the most significant investments in distributed power infrastructure designed specifically for the rapidly expanding artificial intelligence (AI) ecosystem. As AI applications continue to transform industries ranging from healthcare and finance to manufacturing and cloud computing, the demand for reliable, high-density electricity has reached unprecedented levels. Conventional electricity grids are increasingly struggling to accommodate the enormous power requirements of modern AI data centres, creating an urgent need for alternative energy solutions. The investment underscores growing confidence in fuel cell technology as a dependable, scalable, and cleaner source of electricity capable of supporting next-generation digital infrastructure. Artificial intelligence has emerged as one of the largest drivers of electricity demand worldwide. AI training models, high-performance computing clusters, cloud platforms, and hyperscale data centres require continuous power availability, often operating around the clock without interruption. Even a brief power outage can disrupt mission-critical computing operations, result in significant financial losses, and compromise service reliability. As AI adoption accelerates globally, technology companies are actively seeking power solutions that combine reliability, rapid deployment, operational efficiency, and lower carbon emissions. Bloom Energy's fuel cell systems are increasingly viewed as a viable solution capable of meeting these stringent performance requirements while reducing dependence on conventional grid infrastructure. Bloom Energy's solid oxide fuel cell technology generates electricity through an electrochemical process rather than conventional combustion, enabling high electrical efficiency and lower emissions compared to many traditional fossil-fuel-based generation systems. The technology can operate on multiple fuel sources, including natural gas, biogas, hydrogen blends, and potentially green hydrogen in the future. This operational flexibility makes fuel cells attractive for organizations seeking reliable power while pursuing long-term decarbonization goals. Unlike diesel generators commonly used for backup power, fuel cells can operate continuously as primary power sources, providing uninterrupted electricity with reduced local emissions, lower noise levels, and improved operational efficiency. The $1.7 billion investment is expected to accelerate the deployment of Bloom Energy systems across a growing network of AI-focused data centres and digital infrastructure facilities. Rather than relying solely on centralized power grids, operators are increasingly adopting distributed energy resources that can be installed close to the point of consumption. Such decentralized power systems reduce transmission losses, improve energy resilience, and minimize exposure to grid congestion or outages. Fuel cells also offer relatively fast deployment compared to constructing large centralized power plants or expanding transmission infrastructure, making them particularly attractive for rapidly growing AI campuses requiring immediate access to reliable electricity. The partnership between institutional investors and Bloom Energy reflects a broader shift in global infrastructure investment priorities. Financial institutions are increasingly recognizing that digital infrastructure and energy infrastructure are becoming deeply interconnected. Every expansion in AI computing capacity requires corresponding investments in power generation, energy storage, grid modernization, and transmission networks. By supporting advanced distributed power technologies, investors are positioning themselves to benefit from the long-term growth of AI while simultaneously contributing to the development of more resilient and sustainable energy systems capable of supporting future digital economies. Beyond supporting AI applications, the investment also highlights the expanding role of fuel cells in the broader energy transition. Distributed fuel cell systems can enhance grid resilience by reducing reliance on centralized generation and providing dependable electricity during emergencies or periods of grid instability. They can also complement renewable energy resources such as solar and wind by delivering continuous baseload power regardless of weather conditions. As hydrogen production technologies mature and clean hydrogen becomes increasingly available, fuel cells are expected to become even more environmentally sustainable, offering a pathway toward low-carbon power generation across multiple industrial and commercial sectors. The initiative may also stimulate further technological innovation and manufacturing expansion within the fuel cell industry. Increased capital investment enables companies like Bloom Energy to enhance research and development, improve manufacturing efficiency, expand production capacity, reduce system costs, and accelerate commercialization of next-generation fuel cell technologies. Such advancements could make fuel cell solutions more accessible to a broader range of customers, including hospitals, industrial facilities, telecommunications networks, universities, commercial buildings, and utility-scale energy projects seeking reliable, decentralized power solutions. From a global energy perspective, the transaction illustrates how the rapid growth of AI is reshaping investment strategies across the power sector. Governments, utilities, infrastructure developers, and technology companies are increasingly recognizing that traditional electricity networks alone may not be sufficient to support future AI-driven demand. Consequently, substantial investments are flowing into distributed generation, microgrids, energy storage systems, nuclear power, renewable energy, and advanced fuel cell technologies. This evolving landscape presents significant opportunities for innovative energy companies capable of delivering reliable, efficient, and environmentally responsible power solutions for the digital economy. The planned **$1.7 billion investment by IDF and Oaktree in Bloom Energy** represents more than a financial transaction - it signals the growing convergence of artificial intelligence, digital infrastructure, and advanced energy technologies. As AI continues to drive exponential growth in electricity consumption, dependable and sustainable power generation will become a strategic priority for economies worldwide. Bloom Energy's fuel cell platform is well positioned to play an increasingly important role in this transformation, providing resilient, scalable, and lower-emission electricity solutions that support the next generation of AI infrastructure while contributing to a more diversified and sustainable global energy ecosystem. Anand Gupta Editor - EQ Int'l Media Network
Pure DC lands €1.3bn to fund Finland data center project. Jul 22, 2026 | Posted by Abdul-Rahman Oladimeji Pure DC has secured €1.3 billion ($1.48bn) in senior debt financing for the first phase of its Seinäjoki AI data center campus in Finland. Phase I will see more than €1.5 billion invested in a 110MW facility, with the campus planned to scale to 550MW. The first phase is already fully leased, reportedly to Microsoft. "This latest financing marks another important milestone for Pure DC as we accelerate delivery of one of Europe's largest AI infrastructure campuses in Seinäjoki. The confidence shown by leading global lenders reflects the strength of our platform, the quality of our customer relationships and the scale of the opportunity ahead. With more than $4.2 billion secured over the past 12 months, we are building the financial capacity and operational momentum to support the next phase of AI and hyperscale growth across Europe and the Middle East," said Gary Wojtaszek, executive chairman & interim CEO, Pure DC. Pure DC said the financing reflects strong lender support for its expansion strategy and provides greater flexibility to accelerate future developments The latest deal brings the company's total financing to more than $4.2 billion, following a $2.7 billion funding package secured in May. Founded in 2015 and backed by Oaktree Capital Management, Pure DC has more than 500MW of data center capacity in operation or development across Europe, Asia, and the Middle East. Its portfolio includes projects in London, Paris, Amsterdam, Dublin, Abu Dhabi, Madrid, Jakarta, and Seinäjoki.
Fortescue founder bets $190m on Queensland tungsten. Reading Time: 3 mins read Fortescue executive chairman and founder Andrew Forrest is set to become the largest shareholder in EQ Resources, putting around $190 million behind a north Queensland tungsten operation that Western buyers are increasingly relying on to source the metal outside China. Tungsten is the hardest metal in commercial use, which is why it ends up in the carbide-tipped bits that cut through rock, concrete and steel on mine sites and construction jobs. It also goes into semiconductors, wind turbines and medical imaging equipment. China controls roughly 80 per cent of world production and has imposed export curbs on the metal. "Tungsten is essential to the machines that build our homes, hospitals, cities and modern-day energy systems, as well as the semiconductors in every phone and computer. Yet global supply is remarkably concentrated," Forrest said. "This investment backs an Australian producer, Australian jobs and Australian know-how at the moment the world has woken up to how fragile critical mineral supply chains have become." Those jobs sit at Mt Carbine, an open pit and processing operation in north Queensland, and at Barruecopardo in Spain's Salamanca province. Together they make EQ Resources the largest western tungsten producer. Forrest spent two decades in the Pilbara turning Fortescue from a junior explorer into one of the world's largest iron ore producers. He buys the 16.8 per cent holding from Oaktree Capital Management, a US investment firm that has backed EQ Resources since 2023. Oaktree's money bought the Barruecopardo mine and paid for the Mt Carbine expansion, and those two moves are what lifted EQ Resources to the front of western tungsten supply. Nothing changes at either mine. The transaction sits at the shareholder level, leaving EQ Resources' strategy, day-to-day operations, management and employees as they are. Federal Resources Minister Madeleine King has pointed to the same supply picture, arguing Australia has a responsibility to help build alternatives after China's export controls on gallium left manufacturers exposed. Established mining names have been moving into critical minerals developers that financial investors got to first. Hancock Prospecting backed Arafura Rare Earths years before the Nolans project in the Northern Territory reached a final investment decision in May, and that early support helped Arafura secure the debt financing and government backing that followed. EQ Resources managing director Craig Bradshaw said the identity of the new owner matters as much as the size of the holding. "We warmly welcome Dr Forrest's investment in the Company. It is a strong endorsement for EQ Resources to see the ownership baton passed from a financial investor to a stalwart of the Australian mining industry with a proven track record of developing and growing assets," Bradshaw said. "This is a great vote of confidence in EQ Resources, our people, and the growth strategy we are executing across our operations in Australia and Spain." Explore drill rigs for sale to support tungsten mining.
Oaktree's investment in Temple View Capital to reap more RTLs and securitizations. Published July 16, 2026, 1:20 p.m. EDT Temple View Capital has entered into a strategic partnership with Oaktree, in which Oaktree has made a capital commitment in the company to fund loan originations, including residential transition loans (RTL) for professional real estate investors. Temple's suite of financing services includes ground-up construction, fix-and-flip, bridge and debt service coverage ratio (DSCR) products. The companies did not disclose the value of the capital commitment. Temple, however, maintains an active RTL securitization platform, which includes its February 2026 asset-backed securities (ABS) offering to investors, TVC Mortgage Trust 2026-RRTL1, which raised about $250 million. Donna M. Mitchell is a financial journalist based in the New York metro area with expertise covering structured finance, commercial real estate, and... Read full bio
Bloom Energy has secured $1.7 billion in project financing from Industrial Development Funding and Oaktree Capital to deploy fuel cell technology for AI data centre infrastructure. The investment will power Nebius AI cloud computing operations with behind-the-meter electrical generation. Morgan Stanley joined as exclusive tax equity investor and placement agent, whilst MUFG Bank structured the senior debt component. The fuel cell systems offer faster deployment and cleaner power generation compared to conventional solutions, reducing reliance on traditional grid infrastructure. This transaction expands Bloom Energy's existing partnership with Industrial Development Funding, bringing their combined project portfolio to over $2.6 billion. The financing addresses growing energy demands from AI computing facilities and demonstrates institutional capital's role in supporting critical power infrastructure for digital operations.