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University of Washington - Master of Science in Technology Innovation

University of Washington - Master of Science in Technology Innovation

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University of Washington - Master of Science in Technology Innovation

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Overview

Master of Science in Technology Innovation (MSTI)

MSTI students find solutions to real-world problems. During an intensive 15-month program, they get to learn all about cutting-edge and emerging technologies for use in smart devices and commercial robotics prototypes they are able to create in our state-of-the-art prototyping labs.

Students graduate with an MS degree from the University of Washington. In place of a thesis, they work on industry sponsored projects with partners such as:

Microsoft
Vulcan
Fetch Robotics
Baidu
T-Mobile
Boeing

Offered by the Global Innovation Exchange, the program takes place in Bellevue, Washington, in the Greater Seattle Metropolitan Area. Students work in the purpose-built Steve Ballmer Building alongside distinguished faculty and industry partners.

Global Innovation Exchange (GIX)

GIX offers pioneering degree programs where students get to experience the design and production of devices and robotics. It was founded by the University of Washington, Tsinghua University in Beijing, and Microsoft with the goal of creating the next generation of technology innovators who understand the trends and needs of the technology industry.

University of Washington (UW)

UW is one of the top universities in the world for innovation. Its achievements include:

#1 Most Innovative Universities (Reuters)
#2 Best Public Universities (U.S. News & World Report)
#4 Best US Public Universities (Times Higher Education).

MSTI Students, in addition to dedicated prototyping and development labs, also enjoy access to UW’s Seattle campus’ services and facilities. This includes entrepreneurship support, library services, and clinical and healthcare services.

A Dual Degree program is also on offer in partnership with Tsinghua University, lasting just 25 months. This gives students the opportunity to gain a master’s degree in engineering data science and information technology in addition to the UW’s MS in Technology Innovation.

Average tuition fees per year

Postgraduate

Fees are for indicative purposes, check with institution for details

US$54,000

Costs per year

Living costs

Source: College Board
Fees are for indicative purposes

US$4,467

Average private rent

Source: College Board
Fees are for indicative purposes

US$9,804

What's new

Success of latest MSTI cohort

The MS in Technology Innovation class of 2020 achieved many accomplishments to be proud of.

Student teams worked alongside GIX Consortium members and UW faculty to create customized technology solutions integrating the latest technologies in Machine Learning, AI, Computer Vision, and sensors, to name a few. Ten teams worked on applying these emerging technologies in areas including memory therapy, Airport Management, Smart Agriculture, Firefighter Health Monitoring, and global population health.

Project collaborations were with names such as Microsoft, T-Mobile, US Department of Natural Resources, and Sea-Tac Airport.

New Robotics Track

Along with the Connected Devices specialization track, the robotics-focused degree launched in 2020. This is provided in partnership with Fetch Robotics and Kinova – two major robotics companies who are both experiencing major growth in the commercial robotics sector.

The robotics track lets students use and modify commercial robots for a variety of purposes, such as healthcare, security, logistics, and agriculture.

Teaching quality

Instructors

This program is an interdisciplinary program, featuring faculty from some of UW’s leading graduate schools.

Faculty members have extensive industry experience with organizations such as Microsoft, Amazon, and NASA. They come from some of UW’s top schools, including:

Foster School of Business
Human Centered Design Engineering
Electrical and Computer Engineering
School of Law

Cohort-based program

Students work together in small groups throughout the program. Small class sizes and teams provide many chances to ask instructors questions and learn from peers. The program is fast-paced and interactive, where teams work directly on transforming high-tech ideas from prototypes into products ready for market.

GIX Rapid Prototyping Labs (Makerspace)

The Rapid Prototyping Labs is a space dedicated exclusively to MS Technology Innovation Student work, and is a shared environment where students, faculty, and industry work and learn together. Professionals from diverse backgrounds collaborate with students at each phase, supporting them with design and development.

Graduate outcomes

95 percent of GIX students begin internships or find work in a related field within six months of graduating. They often go into roles such as project managers, software engineers, UX/UI designers, UX researchers, and product designers.

Graduates from the MS in Technology Innovation program often find employment with some of the world’s leading technology companies. Many of these are located within Seattle. Many others are located all around the globe.

Companies include:

Microsoft
Huawei
Amazon
The Climate Company
Baidu
Ernst and Young
Electronic Arts
Alibaba
Bytedance/Tik Tok
Facebook
Google

Professional development

During the program, students receive plenty of career support and opportunities. This includes advising, professional panels, and employer information sessions. Students also develop more than just technical knowledge. They learn about business and entrepreneurship, gaining skills that are invaluable to numerous employers.

Ryan Wu, MSTI Class of 2018 (Current Position: Senior Designer, Microsoft) – “The MSTI was very similar to what you’ll do at a tech company. It’s easy to communicate that to a recruiter and it’s clear to them that you know how to do things right.”

Entry requirements

Students of different backgrounds and experiences are welcome to apply.

There are no firm background requirements. However, students may need to complete basic computer programming courses or a technology fundamentals bootcamp before beginning the program.

Minimum Student Requirements:

Bachelor’s degree from an accredited university or a government-approved institution
Minimum GPA of 3.0 or equivalent
A basic level of programming knowledge
Math or statistics studied at college level

GRE/GMAT is not required.

English language requirements

Non-native English speakers need a TOEFL iBT score of at least 100. IELTS scores are not accepted.

Those with a completed bachelor’s degree where instruction was fully in English may meet the language requirements.

Duolingo English test scores are currently being accepted. Students need a score of at least 105.

Facilities

The UW MSTI program is delivered under the Global International Exchange. This is based in an evolving technology district of Bellevue, Washington. Students are close to many top technology companies in the Greater Seattle Metro Area, including Facebook, Microsoft, T-Mobile, Google, Bluetooth, and more!.

Steve Ballmer Building

The building is designed specifically for GIX programs. It’s home to several specialized spaces for collaboration and project learning, including:

Studio classrooms
Prototyping lab
Fabrication shop
Design studios
Presentation spaces

Professional-grade equipment includes:

3D printers
CNC milling machines
Circuit design stations
Laser cutter
Electroplating machine
Multi-layer PCB press
Traditional woodworking and sewing equipment

Many tools and processes are available to access 24/7. Dedicated members of staff are on-hand to help students use the equipment.

Scholarships & funding

MSTI scholarships

High-achieving students may be eligible for a merit-based scholarship. A limited number of awards are available to support those in the MSTI program who show strong potential.

Scholarships are applied to tuition and can cover up to 35 percent of the tuition. All applicants to MSTI and GIX Dual Degree programs are considered.

There may also be funding opportunities for Dual Degree students from Tsinghua University.

UW funding support

MSTI is a fee-based program where students do not receive tuition exemptions or university grants. Those who need additional support with finding funding for their programs can receive support from the university’s Graduate Funding Information Service (GFIS).

Academic Network of Schools

Learners who have graduated from the Academic Network of Schools may be eligible for an additional fellowship.

Student reviews

100% of reviewers recommend
University of Washington - Master of Science in Technology Innovation

Overall experience

Admission process

Funding/Scholarships

Study experience

Life experience

Job prospects

What do students say...

A great study experience!

Jay, China

My family is in Seattle and they recommended the MSTI program. So I searched and find it well suited for me. I have a 1-year of working experience in a tech company and I would like to broaden my skill set. MSTI offers an intensive and multidisciplinary course study experience. Many industry's resources will be avail

My family is in Seattle and they recommended the MSTI program. So I searched and find it well suited for me. I have a 1-year of working experience in a tech company and I would like to broaden my skill set. MSTI offers an intensive and multidisciplinary course study experience. Many industry's resources will be available for job hunting.

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Awesome faculty; fantastic interdisciplinary program with great opportunities

Cody, USA

TL;DR I really enjoyed my experiences at GIX and feel I gained a lot of skills which set me up for a great career.

I learned about GIX from a friend who was going through the first cohort of the program. As I graduated from the third cohort, I got the experience to see the projects and experiences he worked on while

TL;DR I really enjoyed my experiences at GIX and feel I gained a lot of skills which set me up for a great career.

I learned about GIX from a friend who was going through the first cohort of the program. As I graduated from the third cohort, I got the experience to see the projects and experiences he worked on while in the program, and what awaited him after. Simply put, after seeing the experiences he was able to engage in and create for himself throughout the program, I found myself having similar experiences, but in a completely different way (which was awesome!)

This program is broad and challenging, allowing students to pick up and work on any type of idea or project with the safety and guardrails of the university. I was able to learn about multiple fields outside of my core technology background and gain exposure to a lot of new ideas and technologies at the same time. I learned a lot about myself in the process and that really helped set me up for where I am today.

After going through the program, I was able to kickstart my career quickly by finding a job I love which was based on a lot of the projects/experiences I had at GIX. I feel the freedom of the program helped me discover and tune in more to what I love doing, though that did not necessarily happen solely as a result of the university, rather one's personal drive to achieve and create that experience for oneself. That being said, the conditions, including the faculty, peers, equipment, and overall environment, were the majority of criteria I feel made this possible.

Thanks to all the amazing faculty and peers I shared experiences with at GIX; definitely going to miss that!

Also quick shout out to how agile the faculty and peers have been to be able to participate in this experiential learning program throughout the pandemic. We had several stakeholders whom we never met with in person and at the same time had significant hardware prototyping throughout our projects; all of which were made possible by the effort the faculty members and peers put in to this. We had many responses to the pandemic, and what I saw from this program was overwhelmingly positive in that respect. Kudos to GIX!

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At University of Washington - MS In Technology Innovation

At University of Washington - MS In Technology Innovation
At University of Washington - MS In Technology Innovation

At University of Washington - MS In Technology Innovation
At University of Washington - MS In Technology Innovation

At University of Washington - MS In Technology Innovation
At University of Washington - MS in Technology Innovation

At University of Washington - MS in Technology Innovation
At University of Washington - MS in Technology Innovation

At University of Washington - MS in Technology Innovation
At University of Washington - MS In Technology Innovation

At University of Washington - MS In Technology Innovation
At University of Washington - MS In Technology Innovation

At University of Washington - MS In Technology Innovation
At University of Washington - MS In Technology Innovation

At University of Washington - MS In Technology Innovation

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