Providing Technology and Funding

As an engineering company, NI is uniquely positioned to advance engineering and science education through its own employees and resources. The company strengthens its impact by working with globally recognized and highly effective educational and nonprofit organizations.

FIRST

NI is a strategic partner to and heavily invested in FIRST (For Inspiration and Recognition of Science and Technology), a nonprofit organization devoted to helping young people discover and develop a passion for science, technology, engineering, and math through afterschool robotics competitions. Because NI believes the program has a tremendous impact on the lives of students who participate, the company has made a multimillion-dollar, multiyear commitment to provide technology and support across all levels of the program, from FIRST LEGO® League (FLL) to the FIRST Robotics Competition (FRC).

NI involvement in FLL includes the following:
Global financial sponsorship of $100,000 USD annually
Employees serving as team mentors and event volunteers
NI involvement in the FIRST Tech Challenge (FTC) includes the following:
NI LabVIEW for LEGO MINDSTORMS® software donated to all teams
Regional financial team and event sponsorship
Employees serving as team mentors and event volunteers
NI involvement in FRC includes the following:
LabVIEW software and NI CompactRIO controllers provided to all teams at a discount
Regional financial team and event sponsorship
Employees serving as team mentors and event volunteers and providing technical support for teams during the season

In 2011, NI continued its commitment to FIRST by investing in the creation of a new industry-grade controller for the FRC to make technology more accessible and affordable to students. NI also reinvented the LabVIEW experience for the FTC with the release of the new LabVIEW for LEGO MINDSTORMS software, which NI provided free to the 2,016 FTC teams participating in the 2012 season.

World Robot Olympiad

NI supports other competitions aimed at inspiring innovation, creativity, and problem solving skills in students through robotics. In 2011, NI sponsored three prizes for the World Robot Olympiad (WRO), a yearly competition that impacts more than 32,000 primary and secondary students through national competitions that lead up to a world championship. This year’s final competition, held in Abu Dhabi, UAE, hosted more than 1,500 teams, along with parents, mentors, and education officials from countries including China, Costa Rica, India, Japan, Malaysia, and Russia.

Educate Texas

As part of a multiyear commitment to improve education in Texas, NI pledged financial and in-kind support in 2006 to jump-start the Texas Science, Technology, Engineering, and Mathematics (T-STEM) initiative of the Educate Texas project, a public-private alliance dedicated to improving postsecondary performance at low-income, low-performing schools across the state. Since its inception, Educate Texas has launched 44 early college high schools, 51 T-STEM academies, and seven T-STEM centers supporting more than 2,700 teachers across Texas. In 2011, Educate Texas served more than 84,000 students. There was a radical improvement in the standardized test scores for these students over peer schools. NI continues to support Educate Texas with funding and product donations as the organization works to scale the success of the T-STEM program into a statewide STEM education initiative.

Austin Pre-Freshman Engineering Program and Saturday STEM Academy

The Austin Pre-freshman Engineering Program (AusPrEP) and Saturday STEM Academy at Huston-Tillotson University helps prepare high-achieving middle and high school students for college engineering and science studies. The AusPrEP program has provided more than 900 minority and underserved students with an eight-week summer camp focused on enhancing math, computer science, logic, and problem-solving skills. The Saturday STEM Academy is a year-round program that enrolls students in forensic science and math instruction as well as provides opportunities to engage in engineering activities through robotics and rocketry. Through financial contributions and in-kind robotics donations, NI helps these programs meet their goal of preparing more minority students to pursue engineering, science, and technology studies in higher-education institutions.

Breakthrough Austin

Breakthrough Austin provides a path to college for low-income students who will be first-generation college graduates. The organization’s leaders believe that by offering innovative educational programs to children and their families, they can permanently break the poverty cycle in their lives. NI helps Breakthrough Austin through financial donations used to support math and science curriculum development for the organization’s annual summer camps. In addition to financial support, NI employees lead a one-day robotics competition that introduces the students to programming basics.

Girlstart

Girlstart’s mission is to increase girls’ interest in science, technology, engineering and mathematics (STEM) through nationally recognized informal education programs. While research consistently shows that low-income and minority girls are least likely to pursue engineering and science careers, engaging them with unique programs like the organization’s Girls in STEM Conference, summer camps, and afterschool workshops increases their interest and reduces the gender stereotypes and biases associated with STEM pursuits. For the past several years, NI has supported Girlstart through financial donations towards its annual Girls in STEM conference. Arleene Porterfield, vice president of Global Information Technology at NI, shares her expertise by serving on the Girlstart Board of Directors.

Austin Children’s Museum

The Austin Children’s Museum (ACM) creates innovative learning experiences for children that equip and inspire them to be the next generation of creative problem solvers. The ACM program, TechReach, provides students from low-income families with opportunities to gain hands-on science, technology, engineering, and math skills. Working with LEGO MINDSTORMS NXT kits, participants learn the basics of designing, building, and programming robots. The TechReach program addresses a three-fold problem for economically disadvantaged children in Austin: shortage of access to technology, the need to build 21st century skills, and the lack of interest and awareness in a science-related future.

By providing financial contributions and engineering mentors to the TechReach program, NI supports the museum’s efforts to fill this critical gap.

John Graff, vice president of Americas Sales and Marketing at NI, shares his leadership skills with ACM by serving on its board of directors.

Girlstart

The NI supports Girlstart with financial donations for its annual Girls in STEM conference. Girls in STEM is a one-day program where grade 4–8 participants complete hands-on workshops on topics such as motors, sensors, and programming. Professional women with inspiring careers in science and engineering facilitate the program.

LEGO, the LEGO logo, MINDSTORMS, and WEDO are trademarks of the LEGO Group. ©2012 The LEGO Group.

Advancing Teaching and Research at MIT

The Massachusetts Institute of Technology (MIT) Department of Mechanical Engineering is committed to multidisciplinary research on a variety of topics ranging from mechanics, control, and robotics to nano-, ocean-, and bio-engineering. These diverse areas allow for rich collaboration within the department and with other engineering and science disciplines at MIT and beyond. In 2011, NI pledged to support this innovative research by donating NI software and hardware to 10 mechatronics, robotics, manufacturing, control, and design courses over the next five years.

“We are very appreciative of the support from National Instruments. Use of state-of-the-art NI tools enhances the classroom experience and reinforces student learning at multiple points in the curriculum,” said Professor Mary Cunningham Boyce, head of the MIT Department of Mechanical Engineering. “The NI tools also help accelerate the department’s research into new areas, such as agile biomimetic robotics, high-speed imaging at the nanoscale, and precision motion control.”