Our Approach

At AMD, we believe that in the hands of the best and brightest, our technology can help address shared challenges. We take a collaborative approach to advance digital impact across areas such as scientific research, STEM education and responsible product use.

STEM education and responsible product use

Our Goal and Progress

We have set a public goal and are committed to making meaningful progress in our digital impact efforts.

100 million people to benefit from AMD and AMD Foundation philanthropy and partnerships that enable STEM education, scientific research and the workforce of the future from AMD donations initiated by 2025 (base year 2020)

Featured Stories

Advancing Scientific Research

AMD University Program

We bring our commitment to advancing scientific research to life through the AMD University Program, which empowers academics with AMD technologies and educational resources to support research labs and classroom teaching. Focused on AI, our efforts include the AMD AI and HPC Cluster and the collaborative AMD Heterogeneous Accelerated Compute Clusters (HACCs) program.

Empowering STEM Education

We are passionate about enabling the imagination and creativity of the next generation. By placing technology in their hands, we encourage exploration and learning that opens doors to new careers and possibilities.

Boy and Girl working together at an AMD STEM Learning Lab

AMD Learning Labs

We work with schools, educators and local non-profit organizations to outfit AMD Learning Labs with AMD processor-based equipment, helping inspire students to pursue STEM education and empower their teachers.

AMD-sponsored labs are installed in Dublin, Markham, Shanghai, Singapore, Penang, Austin, San Jose, Longmont and Fort Collins.

FIRST Robotics Competitions

Robotics

Robotics is a popular topic in STEM education. It provides an opportunity for students to prepare for the jobs of the future in a practical and engaging way.

AMD has sponsored several teams in FIRST Robotics Competitions over the years. Each team uses the RoboRIO controller, powered by an AMD Zynq™ adaptive SoC, to build their robots.

Addressing Responsible Product Use

While we focus on harnessing the opportunities technology can bring, we also recognize its potential risks and the need to create guardrails that balance innovation with responsibility. AMD is committed to the responsible and ethical development of innovative technology.

Responsible AI

With the immense opportunity of AI comes the challenge of keeping technology focused on positive outcomes and helping solve some of humanity’s complex problems. AMD is committed to working with the industry to innovate and deploy AI in a responsible manner. 

Close up of a beautiful girl with glasses while she is working with a futuristic computer with holograms. Concept: Future, technology, work

Collaborating with our Partners to Solve the World’s Most Important Challenges

Achieving real progress takes bringing groundbreaking innovation and human ingenuity together to create something exceptional. From aerospace and automotive, through energy and climate, to health care and beyond, our strategic partnerships advance almost every facet of the world we live in. Together, we turn the hardest problems into the greatest possibilities.

Food Supply

Radmantis, powered by AMD adaptive computing technology, has built an AI solution to advance indoor fish farming. It monitors and sorts fish without human handling, enabling sustainable food supplies in regions without immediate access to fresh fish.

Logistics

SICK uses AMD technology to enhance logistics through real-time AI-powered sensors. This accelerates AI image processing and streamlines operations by efficiently scanning barcodes and QR codes on fast-moving parcels and luggage.

Scientific Research

AMD technology is helping Northumbria University in its Higgs High-Performance Computing cluster, powered by 4th Gen AMD EPYC™ processors, to unlock discoveries in fields like DNA sequencing, climate science and space physics.

Transportation and Safety

AMD powers Subaru’s EyeSight driver assistance system with adaptive computing that enables faster camera data processing for more accurate object detection and distance measurement.

Industry Collaboration

We recognize that meaningful improvement in corporate responsibility requires collaboration on a global scale, which can be transformative when done well. We actively engage in industry dialogues through forums such as the Information Technology Industry Council (ITI), the Responsible Business Alliance (RBA) and the Semiconductor Climate Consortium (sponsored by SEMI).

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ITI
Semiconductor Climate Consortium
Notas al pie
  1. The time period for the Digital Impact goal includes donations made after January 1, 2020 and initiated by December 31, 2025. “Initiated” is defined as AMD and the recipient organization reaching an agreement on an AMD donation, which must be delivered by July 30, 2026. Reported data includes: direct beneficiaries defined as students, faculty or researchers with direct access to AMD-donated technology, funding or volunteers; and indirect beneficiaries defined as individuals with a reasonable likelihood of receiving research data formulated through AMD-donated technology and potentially gaining useful insights or knowledge or being impacted by the application of the research. AMD conducts annual surveys with recipient organizations to estimate direct beneficiaries, and in the case of the AI & HPC Fund, indirect beneficiaries as well. Based on 3 years of responses (2021-2023), AMD created an economic-based impact assumption to estimate the total number of indirect beneficiaries (not applied to direct beneficiaries) by dividing the total market-value of donations in a given year by the total reported indirect beneficiary values from recipients’ surveys for the same year. The data shows the ratio is 1.08 on average for the 3 years of data used in the model. Therefore, AMD assumes for every US$1m of market-value donated, approximately 1.08 million people will indirectly benefit. AMD also assumes that the annual estimated indirect beneficiaries in year 1 continues to reach additional individuals in year 2 and year 3, but at a reduced rate. The impact depreciation rate assumes year 2 beneficiaries amount to 50% of year 1 estimates, and year 3 beneficiaries amount to 25% of year 1 estimates. AMD goal calculations are third-party verified (limited level assurance) based on data supplied by recipient organizations, which is not independently verified by AMD, and AMD economic-based impact models based on data supplied by recipient organizations. The model mentioned above was extended to data from the AMD University Program (which now includes AI & HPC Fund) for 2023-2024.