Nexa is seeking innovative solutions and technologies capable of preserving the health of health professionals, aiming to guarantee the availability of care for patients. Winners to receive equity-free investment.
BHP’s vision is for a water-secure world by 2030. Water is an essential resource for BHP’s production and operations.
Think & Act Differently (TAD), powered by BHP, is a dynamic team with a passion for people and innovative ideas dedicated to assembling inquisitive minds to address today's resource challenges and revolutionize mineral and metal extraction for the future.
P&G wants to further develop their strategic framework for AI-Powered Brand Building to identify opportunities to step change the business. Areas of interest include consumer insights, campaign development, content creation & adaptation across touchpoints (messaging, image, video, animation etc.), Gen AI Brand Visibility and Agentic AI applications across the consumer journey. Deadline for applications is December 31, 2025.
Global energy company seeking computer vision startups, focusing in particular on industrial assets (upstream, refineries, chemical).
The Chief Digital Officer of new ILP member, Nexa, will be on MIT campus from Oct 9-10 and is interested in meeting with startups for collaborations on digital technologies for the firm.
Eni, a global energy leader, has launched a Call for Innovators to support advanced computing solutions for the energy transition. Open to startups, scaleups, SMEs, and researchers, the initiative focuses on areas like materials science, energy management, system optimization, earth science, and smart mobility. Selected participants will gain access to Eni’s world-class High Performance Computing (HPC) infrastructure to accelerate their innovations.
The Dubai Police will be offering an invitation-only Q&A session for startups to learn more about their collaboration opportunities with MIT-connected startups and to explore potential partnership avenues and resources.
We are looking to partner with experts to find, develop, and validate selective solutions that can target and efficiently remove targeted constituents from mine-influenced water (MIW) to enhance water recovery, reduce residual wastes, and the recovery of resources to generate new revenue streams and offset closure costs.