Master of Arts in Teaching (MAT) in Biology

The M.A.T. in Biology at Stony Brook University emphasises hands-on teacher preparation through supervised school placements, structured clinical experiences and practical teaching assignments. Students progressively develop the skills needed to plan lessons, explain complex biological concepts, manage classrooms, assess student learning and adapt instruction to different age groups. The combination of fieldwork and supervised teaching allows students to apply their academic knowledge in authentic school environments and gain experience working with secondary-school learners.

- Clinical Science Field Experiences: Through SCI 549 and SCI 550, students complete two stages of science field experience alongside their science teaching coursework. These experiences introduce them to school environments, classroom practices, instructional planning and the responsibilities of science educators.

- Supervised Student Teaching: SCI 551 and SCI 552 provide practical teaching placements at different secondary-school levels. Students gain experience teaching biology and science to middle-school and high-school learners under professional supervision, helping them develop classroom confidence and effective instructional techniques.

- Teaching Project: Students complete a teaching-related project approved by the sponsoring department. This provides an opportunity to explore an educational topic, apply teaching principles and demonstrate their ability to connect biological subject knowledge with effective science instruction.

- Science Education Collaboration: The programme connects students with Stony Brook's Institute for STEM Education (I-STEM) and the Department of Teacher and Leader Education (D-TALE). These academic connections support interdisciplinary approaches to science education and expose students to developments in STEM teaching and teacher preparation.

- Professional and Classroom Readiness: Candidates complete required professional workshops covering child abuse recognition and reporting, the Dignity for All Students Act (DASA), school violence prevention, and the identification and referral of substance abuse. These requirements help prepare future teachers to understand student welfare, school safety and their professional responsibilities.

- Teaching and Communication Skills: Through field experiences, teaching methods courses and supervised classroom practice, students strengthen lesson delivery, classroom communication, student engagement and assessment skills. This preparation helps them translate advanced biological concepts into accessible learning experiences for school students.

The M.A.T. in Biology at Stony Brook University is designed for graduates seeking careers in secondary-school biology and science education. The programme combines advanced biological knowledge with professional teacher preparation, helping graduates develop the subject expertise, instructional abilities and classroom experience required to teach science effectively. Students who fulfil the applicable certification requirements can pursue teaching opportunities in public and private schools, while the programme's education-focused training can also support careers in curriculum development, academic coordination and science education initiatives.

Potential career roles:

• Secondary School Biology Teacher: Teach biology to students in grades 7–12, covering subjects such as genetics, ecology, evolution, cell biology and human physiology.

• Middle School Science Teacher: Deliver science instruction to younger learners, introduce foundational biological concepts and encourage scientific curiosity through classroom activities and practical learning.

• Science Curriculum Developer: Design biology and science teaching materials, lesson plans, instructional resources and assessment activities aligned with school curricula and learning objectives.

• Science Education Coordinator: Support science education programmes, coordinate academic activities, assist teachers with instructional resources and contribute to STEM learning initiatives.

Certification advantage: Successful completion of the programme fulfils the educational requirements for New York State initial certification in Adolescent Education: Biology (grades 7–12). Students seeking to teach grades 5–6 may pursue the applicable extension, subject to additional state requirements. Candidates must also satisfy the relevant New York State certification examinations, workshops and other requirements. This professional preparation provides a pathway towards teaching careers in New York State schools.

Professional development: Students strengthen their professional capabilities through education coursework, supervised classroom placements, teaching seminars and practical instructional assignments. These experiences help develop lesson-planning, classroom management, student assessment, differentiated instruction and science communication skills. Stony Brook's School of Professional Development provides additional teacher-preparation resources and professional-development opportunities that can support graduates as they begin and advance their teaching careers.

Employment opportunities: Graduates can explore positions in secondary schools, public and private educational institutions, science education organisations, curriculum-development initiatives and STEM outreach programmes. Their combination of biological subject knowledge and teaching preparation can also be relevant to educational publishing, instructional content development and academic programme support.

Employment outcomes: Programme-specific graduate employment rates, average salaries, salary ranges and employer-placement statistics are not published in the official programme materials reviewed. Therefore, no specific employment or salary figures can be confirmed.

Further Academic Progression: Graduates interested in advancing their academic qualifications may consider doctoral or additional graduate study in Biology, Biological Sciences, Science Education, Curriculum and Instruction, or Educational Leadership, depending on their academic background and the entry requirements of the institution. Those who wish to deepen their scientific expertise may also explore postgraduate research in Molecular and Cellular Biology, Genetics, Ecology and Evolution, or related biological disciplines. Further study in science education can support progression towards curriculum leadership, teacher education, educational research and academic administration.