If you are thinking about transferring to SJSU to be a Math ITEP major (or if you recently transferred to SJSU), please contact the program coordinator, Ferdie Rivera: ferdinand.rivera@sjsu.edu
Please explain which semester you will begin your coursework at SJSU and give some brief background about you including:
the school you transferred from (or the community college you are currently at before you transfer)
explain briefly your reason for why you are interested in the ITEP math program
explain which math courses you have completed towards the degree. (Attaching an unofficial transcript would be helpful if you have that, if not, no worries. Email us anyway.)
your SJSU ID (if you have already been accepted to SJSU and gotten this)
This will help us assist you right away! We want to be able to advise you in planning your pathway through our program as early as possible.
We have a Canvas page for the ITEP program that includes tons of information about the program. If you are an SJSU student and declared a math ITEP major, contact Ferdie Rivera (ferdinand.rivera@sjsu.edu) to be added to the ITEP Canvas page. The Canvas page includes:
Information about the 4-year plan to complete the ITEP Math degree
Information on how to apply for admittance to year 3 and 4 in the program
Information about the $10,000 annual Noyce Scholarships available to ITEP math students.
Requirements for applying for your preliminary single subject teaching credential
Information about obtaining a substitute teaching permit
Sophomores and transfer students that plan to begin year 3 coursework in the ITEP program in fall 2023, must contact Ferdie Rivera (ferdinand.rivera@sjsu.edu) to start the application process and do the formal interview.
There are 16 total math (and science) courses required for completing the BA and to establish Subject Matter Competency for teaching high school mathematics.
Year 1 and 2 Courses: Math, Science, and Computer Science:
Calculus Sequence (Math 30, 31, 32)
Calculus-Based General Physics (Phys 50)
Linear Algebra (Math 39)
Discrete Math (Math 42)
One programming course (Choose one: CS22A, 46A, 49J, MATH50 or 167R)
Introduction to Proof (Math 108)
Year 3 and 4 upper division math courses:
Advanced Secondary School Math Concepts (Math 102)
Geometry (Math 115)
Number Theory (Math 126)
Abstract Algebra (Math 128A)
Introduction to Analysis (Math 131A)
One second course in either Abstract Algebra, Linear Algebra, or Analysis (Choose one: Math 128B, 129B, 131B)
Probability and Statistics Sequence (Both Math 161A and 161B)
Psychological Foundations (CHAD 60)
Multicultural Foundations (AAS 25 or AFAM 25 or CCS 25)
Methodologies for English Learners (EDSE 124)
Advanced Psychological Foundations (EDSE 102)
Inclusion and Health (EDTE 294)
Classroom Management (EDSE 279)
Assessment (EDSE 215)
Evidence-Based Practices for Better Inclusion (EDSE 218B)
Secondary School Mathematics Methods (MTED 394)
> 600 Hours of Clinical Practice Over 3 Semesters (Early Field Experience: MTED 184X, Initial Field Experience: MTED 184Y, Final Student Teaching: MTED 184Z)
These courses are not required for the B.A. degree. These are required if you choose to continue our program to pursue a Master's degree (MA) in Special Education and Mild/Moderate Preliminary Credential:
Teaching Reading and Language Arts (EDSE 216A)
Curriculum and Instruction (EDSE 230A)
Emerging Technology for All Learners (EDSE 241)
Topics in Collaboration and Transition (EDSE 228A)
Student Teaching (EDSE 217A; 6 units)
Taking the two courses below will lead to the M.A. Special Education. Your research project will be about a problem of practice in middle school or high school mathematics classroom involving students that require mild to moderate services.
Seminar on Issues Related to Teaching Exceptional Students: MA Research (EDSE 285)
Research Seminar on Exceptional Individuals: MA Research (EDSE 220)