Boston University’s Noyce Scholarship Program in Science

CT 575: Jacqueline, Elaine, & Amy—Sickle Cell Investigation

SC 570: Jacqueline, Amy, & Elaine—Sickle Cell Investigation

Requirements:

  • Undergraduate Boston University Noyce science scholars must be BU undergraduate science or Engineering majors in their senior year.
  • Graduate Boston University Noyce science scholars must have an undergraduate or graduate degree in a science discipline or Engineering.
  • Noyce scholars must be United States citizens, nationals, or permanent resident aliens.
  • Noyce scholars must commit to teach for two years in a high-need district upon successful completion of the teacher certification program.

Noyce Scholars receive:

  • Undergraduate science Noyce scholars receive a full one-year scholarship starting during the summer following their junior year at BU.
  • Graduate science Noyce scholars receive a full scholarship to Boston University’s Master of Arts in Teaching (MAT) degree program in science. Click here for more information on the MAT Degree Program.

Noyce Scholars commit to:

  • Teaching for two years in a high-need district upon successful completion of the undergraduate science Noyce program or successful completion of the  MAT degree program.

Recipients of Noyce Scholarships will engage in the following activities:

1. Clinical Experiences in Schools under the Guidance of Highly Qualified Veteran Teachers

Noyce scholars have a range of field experiences that help them prepare to teach in high needs districts. All placements are in one of Boston University’s partner school districts under the supervision of veteran teachers who are committed to excellence in teaching and learning. Supervising teachers are school leaders in science who have professional licensure and have met rigorous standards.

2. Membership in a Science Learning Community

Boston University is proud of the strong collaboration that exists between various science departments and the science education department. Noyce scholars participate with undergraduate and graduate students, teachers, science educators and scientists in a rich STE community that comes together to do science and discuss the teaching of science. Activities include workshops where students link content and pedagogy as well as informal meetings and social events.

3. Preparation for High-Need Settings

To help Noyce scholars support a student population that is increasingly diverse in race and ethnicity, social class, immigrant status, and proficiency in English and other languages, they enroll in courses specifically designed to support teaching science in urban schools. Noyce scholars study issues such as student mobility, stereotypes, tracking, equity of opportunities, and minority achievement. School practices and reform strategies as well as the life of inner city youth are addressed through relevant readings and discussion. Scholars also enroll in a course focusing exclusively on teaching English language learners in order to prepare them to support English development in the science classroom. In addition, Noyce scholars tutor a Boston Public Schools high school student in science one day each week.

4. Teaching Materials and Resources

Noyce scholars are provided funds to purchase books, teaching materials, and professional journal subscriptions to support their work in the classroom. They are able to attend conferences held by the National Science Teachers Association and seminars on science education.

5. Mentoring and Support

Two types of mentoring and support are offered to Noyce scholars. During their scholarship year, Noyce scholars meet weekly to discuss current events in education, watch and discuss video of classroom instruction, and analyze student work. They receive coaching on how to secure a teaching job.

Once Noyce scholars are teaching, they return to campus for monthly “Noyce Teacher” seminars, which are held in the late afternoon or early evening. They are able to discuss with other scholars pertinent issues relevant to first year teaching such as classroom management, lesson planning, and grading. Scholars explore the teaching of science using best practices with their colleagues.

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