Insights

Innovative Research Stanford Engineering's strong focus on cutting-edge research and development indicates a high potential for collaboration in advanced technology solutions, including machine learning, AI, and data analytics tools.

Funding Opportunities With revenue in the range of 100 to 250 million dollars and active investments such as the recent 7 million dollar funding for Swift Solar, there are numerous pathways for partnership and supply of innovative research equipment and funding solutions.

Technology Adoption The university’s adoption of advanced tech stacks like MLflow, Weights & Biases, and AI applications in healthcare presents opportunities to offer specialized software, cloud services, and AI-driven platforms tailored to academic and medical research needs.

Healthcare Innovation Stanford Medicine’s focus on health tech, including the launch of AI applications for electronic health records and pioneering federated learning AI techniques, creates demand for health IT solutions, data security, and integrative AI systems.

Educational Partnerships With numerous labs, centers, and a multidisciplinary approach, there is potential for educational software, training programs, and research collaborations with technology providers to enhance learning and innovation infrastructure.

Similar companies to Stanford University School of Engineering

Stanford University School of Engineering Tech Stack

Stanford University School of Engineering uses 8 technology products and services including MLflow, Snakemake, Proofpoint, and more. Explore Stanford University School of Engineering's tech stack below.

MLflow
Development
Snakemake
Devops
Proofpoint
Email Security
Weights & Biases
Machine Learning
Bitly
Marketing
PWA
Miscellaneous
TypeScript
Programming Languages
Twitter
Widgets

Media & News

Stanford University School of Engineering's Email Address Formats

Stanford University School of Engineering uses at least 1 format(s):

Stanford University School of Engineering Email Formats	Example	Percentage
FLast@stanford.edu	JDoe@stanford.edu	66%
First.Last@stanford.edu	John.Doe@stanford.edu	22%
FirstL@stanford.edu	JohnD@stanford.edu	7%
Last@stanford.edu	Doe@stanford.edu	5%

Frequently Asked Questions

Where is Stanford University School of Engineering's headquarters located?

Stanford University School of Engineering's main headquarters is located at 475 Via Ortega Stanford, CA 94305 US. The company has employees across 5 continents, including North AmericaEuropeAsia.

What is Stanford University School of Engineering's official website and social media links?

Stanford University School of Engineering's official website is stanford.edu and has social profiles on LinkedIn.

What is Stanford University School of Engineering's NAICS code?

Stanford University School of Engineering's NAICS code is 6113 - Colleges, Universities, and Professional Schools.

How many employees does Stanford University School of Engineering have currently?

As of October 2025, Stanford University School of Engineering has approximately 618 employees across 5 continents, including North AmericaEuropeAsia. Key team members include Chief Executive Officer: L. K.Vice President Marketing Analytics: M. C.Owner: B. C.. Explore Stanford University School of Engineering's employee directory with LeadIQ.

What industry does Stanford University School of Engineering belong to?

Stanford University School of Engineering operates in the Higher Education industry.

What technology does Stanford University School of Engineering use?

Stanford University School of Engineering's tech stack includes MLflowSnakemakeProofpointWeights & BiasesBitlyPWATypeScriptTwitter.

What is Stanford University School of Engineering's email format?

Stanford University School of Engineering's email format typically follows the pattern of FLast@stanford.edu. Find more Stanford University School of Engineering email formats with LeadIQ.

Stanford University School of Engineering

Higher EducationCalifornia, United States501-1000 Employees

Stanford Engineering has been at the forefront of innovation for nearly a century, creating pivotal technologies that have transformed the world. The school conducts research that continues to have a significant impact on society and trains the engineers of the future to meet the challenges of the 21st century. With nine departments, several institutes and many labs and centers, the school focuses on a multidisciplinary approach to research, teaching and problem-solving.