FAQ

What is a MS: Mathematics and Science degree?
The Master of Science: Mathematics and Science is designed for students who wish to acquire a breadth of knowledge which cannot be achieved within any one discipline among mathematics, biology, chemistry, and physics. 

Who is the degree for?
Such a degree may be useful for secondary or middle-school teachers who teach mathematics and science subjects, and who do not desire a traditional MAT program or who need single-subject qualifications in these areas; for those who wish to develop skills in areas of overlap in these disciplines; for those who wish to study the inter-relationships among the disciplines; and for those who wish further preparation for careers in industry or government. 

I am currently a High School teacher. Is this degree for me?
Definitely. If you already have state teaching credentials for secondary school teaching, the MS: Mathematics and Science degree will provide the coursework necessary for single-subject teaching credentials in at least two of the four areas of Mathematics, Biology, Chemistry, and Physics. You will also need to pass the state exams in these areas. 

I wish to get a Ph.D. in mathematics or one of the sciences, but I don’t feel like I am ready for a Ph.D. program at a major institution. Is this degree for me?
Usually the MS: Mathematics and Science degree is not recommended for those wishing to continue on to a Ph.D. in one of the subject areas, as the BS degree in Mathematics, Biology, Chemistry, or Physics at Andrews University provides the needed preparation for Ph.D. level studies. However, if you already have a bachelor’s degree in one field, but wish to continue graduate studies in another field of science, this degree may be a good alternative to getting a second bachelor’s degree. For instance, if you received a minor in physics as an undergraduate, but wish to continue with graduate studies in physics, the MS: Mathematics and Science degree can provide the needed coursework to qualify you for entrance to a major Ph.D. program in physics.

What are the prerequisites for getting into the MS in Mathematics and Science program?
You must hold a bachelor’s degree (BS or BA) in one of the sciences or mathematics, or in a related field, and have completed the following courses with a GPA of at least 3.00 (on a 4.00 point scale).

Computer Sci

 3

CPTR 125 or 151

Computer Programming

Mathematics

 8

MATH 141, 142

Calculus I and II

   4

MATH 240

Calculus III

 

 3

MATH 286

Differential Equations

Plus two of the three year-long science courses:

Biology

 8-10

BIOL 165, 166

Foundations of Biology I
and II with lab

Chemistry

 8

CHEM 131, 132

General Chemistry I
and II with lab

Physics

 10

PHYS 241, 242, 271, 272

Physics for Scientists
(calculus based) with lab

TOTAL

 34 - 38


I haven’t taken one or more of the prerequisites listed above. Can I still be admitted into the program?
Yes. Up to eight semester units of prerequisite courses may be taken after acceptance into the program. If you are lacking more than eight semester units of prerequisites, you will need to petition for “dual enrolment” status in order to take the required undergraduate courses simultaneously with your graduate courses. This may, however, extend the total time required to complete the degree program. 

I took the algebra-based General Physics. Do I have to take Physics for Scientists as well?
No. General Physics is acceptable for entrance into the MS: Mathematics and Science program. However, your committee may assign specific courses in physics to make sure you understand the calculus foundation for physics.

What are the course requirements to get the MS: Mathematics and Science degree?
You will need to complete 32 semester units of coursework, of which at least 16 units must be in courses numbered 500 and above, including a Math-Science core and at least 12 semester units in each of two selected disciplines (chosen from mathematics, biology, chemistry, and physics).  You will also pass a comprehensive examination over the two selected areas of emphasis. This comprehensive exam is in addition to any state credentialing examinations that may be required by the state for teaching certification.

How long will the degree take me?
Students typically complete the program in two years, though it may be possible to complete all requirements in three semesters.

I am a full-time teacher.  Is it possible to complete the degree in the summer?
No. Some limited courses applying to the degree are taught during the summer. But many required courses are taught only during the school year. If you take all available summer courses, you still need to plan on spending at least one academic year in residence at Andrews University to complete the requirements.

What are the required core courses?

Math-Science

2-3

MSCI 526

Christian Faith and the Sciences

1

MSCI 575

Math and Science Seminar

1-4

MSCI 698

Project

0

MSCI 670

Comprehensive Exams

Mathematics

3

MATH 405

Applied Mathematics

TOTAL

7-11


If I choose Mathematics as one of my two areas of emphasis, what courses would I take?
You will need to complete 12 semester units of coursework in mathematics, including MATH405 (in the core) plus an additional nine units selected from the courses below

Mathematics

3

MATH 408      

Complex Analysis

  3

MATH 426

Mathematical Modeling in Biology

3, 3

MATH 431, 432

Advanced Calculus I and II

3, 3

MATH 441, 442

Advanced Algebra I and II

3

MATH 475

Geometry

2-3

MATH 530

Topics in Teaching Mathematics (repeatable to 6 credits)

2-3

MATH 540
                   

Topics in Mathematics
(repeatable to 6 credits)

TOTAL

Choose any 9 units


If I choose Biology as one of my two areas of emphasis, what courses would I take?
You will need to complete 12 semester units of coursework in biology selected from the courses below

Biology 2,1 BIOL 418, 419 Immunology w/lab
3 BIOL 428 Paleobiology
1,2 BIOL 444, 446 Electron Microscopy w/lab
3 BIOL 445* Molecular Genetics
3 BIOL 450 Neuropsychohamacology
3 BIOL 447 Tissue Culture
3 BIOL 475 Biology of Bacteria
3.5 BIOL 479 Marine Ecology (offered at Marine Station)
3 BIOL 487 Biogeography
4
        
BIOL 516
Behavior of Marine Organisms (offered at Marine Station)
1-4 BIOL 590 Topics in Biology
Botany 3 BOT 430 Plant Anatomy
3 BOT 450 Medical Botany
3.5 BOT 468 Marine Botany (offered at Marine Station)
3 BOT 470 Plant Physiology
4 BOT 475 Biodiversity of Vascular Plants
3 BOT 515* Plant Cell Biology
3 BOT 525 Molecular Laboratory Techniques
3 BOT 530 Advanced Systematic Botany
Zoology 3 ZOOL 425 Parasitology
3-4 ZOOL 454 Vertebrate Zoology
3.5
ZOOL 458
Marine Invertebrates (offered at Marine Station)
3-4 ZOOL 459 Entomology
4 ZOOL 464 Systems Physiology
3 ZOOL 465 Histology
3 ZOOL 475 Neurobiology
3 ZOOL 484 Animal Behavior
3 ZOOL 500* Protozoology
2 ZOOL 520 Molecular and Developmental Neurobiology
3 ZOOL 565 Environmental Physiology
TOTAL Choose any 12 units

* Prerequsites apply                   

If I choose Chemistry as one of my two areas of emphasis, what courses would I take?
You will need to complete 12 semester units of coursework in chemistry, including eight units of required Chemistry core (in bold) plus an additional four units selected from the courses below

Chemistry

4

CHEM 431, 441

Physical Chemistry I with lab

4

CHEM 432, 442

Physical Chemistry II with lab

4

CHEM 415

Advanced Inorganic Chemistry

4

CHEM 440

Instrumental Analysis

2

CHEM 470

Modern Synthetic Techniques

2

CHEM 475
                        

Advanced Topics in Physical
Chemistry

2-4

CHEM 530

Topics in Teaching Chemistry (repeatable to 6 credits)

2-4

CHEM 540

Topics in Chemistry (repeatable
to 6 credits)

Biochemistry

4

BCHM 421

Biochemistry I

3,1

BCHM 422, 430

Biochemistry II with lab

TOTAL

Choose 8 unit core plus any additional 4 units


If I choose Physics as one of my two areas of emphasis, what courses would I take?
You will need to complete 12 semester units of coursework in physics, including eight units of required Physics core (in bold) plus an additional four units selected from the courses below

Physics

2.5

PHYS 411

Theoretical Mechanics

2.5

PHYS 430

Thermodynamics

3

PHYS 481

Quantum Mechanics

2.5

PHYS 412

Theoretical Mechanics II

2.5

PHYS 416

Biophysics

3,3

PHYS 431, 432

Electricity and Magnetism I and II

2.5

PHYS 445

Particle Physics

2.5

PHYS 460

Solid State Physics

1

PHYS 477
                        

Advanced Physics Laboratory (repeatable to 2 credits)

3

PHYS 482

Quantum Mechanics II

1-3

PHYS 530

Topics in Teaching Physics
(repeatable to 6 credits)

2-3

PHYS 540

Topics in Physics (repeatable
to 6 credits)

TOTAL

Choose 8 unit core plus any additional 4 units


I have already taken some of these core courses for my bachelor’s degree. Do I need to retake them?
No. If you have previously completed some of the core courses, you will be able to take more of the elective courses to make up the 12 units in each discipline.

Physical Chemistry covers very similar material to Thermodynamics and Quantum mechanics. If I choose the Chemistry + Physics option, do I need to take both?
No. The core requirements are met by either the eight units of Physical Chemistry or the eight units of Theoretical Mechanics + Thermodynamics + Quantum Mechanics. The extra eight units may be chosen from the remaining elective courses in the discipline.

 
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