Science Education (MA)

The most current cohort schedule is displayed below. Additional cohort schedules include:

2015 Cohort

Tentative course schedule

Click on a course title to view the course description (if available).

Spring 2015

OPTIONAL JUMP START - Students may choose to begin their elective coursework early.

XXXX Content/elective coursework

-- 2-4 unit(s)
OPTIONS INCLUDE:

BIOL 5159 History of Biology -- 3 unit(s)

Course details

CHEM 5010 Chemical Safety Seminar -- 1 unit(s)

Overview of laboratory and chemical safety principles, including regulatory considerations. May not be used for credit toward a chemistry minor. Prerequisite(s): CHEM 2040 or CHEM 2220; junior standing.

Course details

CHEM 5159 Drugs, Poisons and Venoms -- 3 unit(s)

Course details

CHEM 5159 An Introduction to Astrochemistry -- 2 unit(s)

Course details

EARTHSCI 5159 An Introduction to Astrochemistry -- 2 unit(s)

Course details

Summer 2015

SCI ED 6700 The History, Philosophy and Nature of Science -- 2 unit(s)

Examination of the nature of science and major philosophical developments of science throughout history and the implications to the science classroom.

Course details and enrollment information

XXXX Content/elective coursework

-- 2-4 unit(s)
OPTIONS INCLUDE:

CHEM 4159/5149 Introduction to Polymer Science -- 2 unit(s)

Course details and enrollment information

EARTHSCI 4159/5159 Introduction to Planetary Science -- 2 unit(s)

Course details and enrollment information

SCI ED 5500 Techniques for Science Teachers: Science Misconceptions -- 1 unit(s)

Topics selected to assist science teachers in improving their teaching. These may include teaching or assessment strategies, laboratory techniques, specific science concepts, or examples of new curricula. Topic listed in Schedule of Classes. Application to major requires advisor approval. May be repeated. Prerequisite(s): junior standing; consent of instructor.

Course details and enrollment information

Fall 2015

SCI ED 6800 Teaching-Learning Models in Science Education -- 2 unit(s)

Survey of learning theories from behaviorism to constructivism and the way those theories are translated into practice through various pedagogies. Prerequisite(s): EDPSYCH 3148 or equivalent.

SCI ED 5500 Techniques for Science Teachers

Spectrum of options to help science teachers improve their teaching. Topics may include teaching strategies, laboratory techniques or learning psychologies that apply to teaching various science disciplines and age levels. Topic listed in Schedule of Classes. Application to major requires advisor approval. Prerequisite(s): junior standing; consent of instructor.

Spring 2016

SCI ED 6500 Research Methods in Science Education -- 3 unit(s)

Introduction to qualitative, quantitative and mixed methods research used in science education. Emphasis on and critical analysis of primary literature. Application of literature review, research design, data analysis and writing styles to graduate projects.

-- 1 unit(s)

Summer 2016

SCI ED 6900 Trends and Issues in Science Education -- 2 unit(s)

Major trends and issues in science education, focusing primarily on science education from the 1950s to present.

XXXX Content/elective coursework

Fall 2016

SCI ED 6600 Developing Science Curricula -- 2 unit(s)

Analysis and design of science curricula, with attention to articulation K-12. Prerequisite(s): SCI ED 3300/SCI ED 5300 or equivalent.

-- 2-4 unit(s)

SCI ED 5500 Techniques for Science Teachers

Spectrum of options to help science teachers improve their teaching. Topics may include teaching strategies, laboratory techniques or learning psychologies that apply to teaching various science disciplines and age levels. Topic listed in Schedule of Classes. Application to major requires advisor approval. Prerequisite(s): junior standing; consent of instructor.

Spring 2017

SCI ED 6299 Research

Conduct supervised research on selected topic(s).

-- 1 unit(s)

XXXX Content/elective coursework

-- 3–6 unit(s)
To be completed through Fall 2018

Summer 2017

-- 3-12 unit(s)
To be completed through Fall 2018

* Please note the number of units from this listed program will vary depending on allowable transfer credit. Up to 10 units of credit may be accepted as transfer credit. MA students may pursue either a thesis or non-thesis option. SCI ED 6299 Research hours (six for thesis; three for non-thesis) may be taken at various times and increments (i.e., 1 unit of credit at at time) after completion of the five core courses in the sequence, and can be taken at a distance without coming to campus.

Convenient format and delivery

Designed for in-service teachers, the program format and schedule provides the convenience and flexibility to fit into your busy life. Using a cohort model, groups of students complete the core coursework together over a two-year period. Additional electives are taken concurrently or in subsequent semesters in order to complete the program. It is not recommended that full-time teachers take more than 3 credits of graduate coursework per semester during the academic year. Consequently, this is a part-time program with an average time to completion of 4 years. 

Distance education
Courses in this program are offered Wednesday evenings via interactive video conferencing methods. Courses are supported online using eLearning, a Blackboard learning management system. Core courses also use a blended approach, with in-person instruction required at least once per course. Depending on chosen electives, summer sessions may also require attendance on the UNI campus or Lakeside Laboratory in northwest Iowa. A required orientation session is scheduled on the UNI campus Saturday, April 11, 2015, 9 a.m. – 3 p.m.

While most students encounter very few technical difficulties, our team of support specialists is available to assist you as needed.

Services and support

Support services such as access to the UNI Rod Library, UNI Financial Aid and technical assistance will be readily available.