The Biology Department, in collaboration with the Education Department, offers a program of study leading to licensure by the Massachusetts Department of Education as a Teacher of Secondary School Biology. 

Requirements

Program Description

The Biology Department, in collaboration with the Education Department, offers a program of study leading to licensure by the Massachusetts Department of Education as a Teacher of Secondary School Biology. The Biology Teacher Education Program at Westfield State University has been recognized by the National Science Teachers Association.

Students wishing to be licensed to teach Biology at the High School level must complete the following:
  • The Professional Sequence for the Secondary (8-12) Specialist
  • The Introductory Biology/Math Courses (11-12 Credits)
  • Biology Seminars
  • Required Chemistry Courses for the Biology Major (16 Credits)
  • Additional Licensure Requirements listed below
Professional Sequence: Middle and Secondary (Grades 5-12)
Common Core Courses

Courses in the Laboratory Science section of the Common Core are BIOL 0102 - Environmental Biology, BIOL 0104 - Human Biology, BIOL 0106 - Biology Today, and BIOL 0237 - Human Anatomy and Physiology I. The 100-level courses (BIOL 0102, BIOL 0104, and BIOL 0106) do not satisfy requirements for the Biology Major and should not be taken by students majoring in Biology.  MATH 0105  and MATH 0108 each satisfy the traditional mathematics area of the Common Core.  BIOL 0278 satisfies the applied analytical reason sing area of the Common Core.  Both math courses should be selected with guidance from faculty advisor.

Introductory Biology/Math Courses

Note:

BIOL 0128 and BIOL 0129 DO NOT have to be taken in sequence, but should be taken in the first year.  MATH 0105  and MATH 0108 each satisfy the traditional mathematics area of the Common Core and BIOL 0278 satisfies the applied analytical reasoning area of the Common Core.  Both math courses should be selected with guidance from faculty advisor.

Biology Seminars

Three 1-credit seminars as follows:

Note:

The first-year seminar serves as an introduction to the field of biology, research methods, and career opportunities; assists students in integrating the knowledge gained in individual biology and cognate courses; and helps documents the student's progress toward meeting the departmental learning goals. A topical seminar (BIOL 0280-0289) is typically taken during the junior or senior year and focuses on specific topics, while the Senior Seminar requires the presentation of a portfolio documenting the student's progress toward meeting the departmental learning goals.

Required Chemistry Courses

Two semesters of chemistry may be used to satisfy the Science requirement of the Common Core.

Additional Licensure Requirements:
Note:

Students progress toward meeting Advanced Standing in Teacher Education is monitored at the end of the sophomore year (57 credits).  All students must meet the requirements for Advanced Standing to achieve teacher candidacy.   Please see section on Licensure for Teaching under Academic Policies.

In order to be eligible for student teaching, a student must have completed all required course and field work, have an overall GPA of 2.8 (including transfer work), and have a passing grade in the appropriate Massachusetts Tests for Educator Licensure (i.e., Communication and Literacy and the Biology subject area tests).

Pedagogical Coursework

A 3.0 cumulative GPA is required in pedagogical coursework specific to your licensure program prior to practicum. Consult with the department on which courses are classified as part of the pedagogy requirements.

Additional Graduation Requirements

All students must meet the University Graduation Requirements and complete a common core of studies, distributed among the different academic areas as detailed in the Common Core.

Learning Outcomes

Students will demonstrate a comprehension of the following core concepts from the molecular to ecosystem level:

  • Evolution: Change over time and mechanisms involved
  • Structure and function: How the shape of something affects performance
  • Energy transformation: Energy capture, use and transfer
  • Information flow: Transmission and interpretation of biological information
  • Systems: Interaction and organization of components
Westfield State student teacher with students