Projects

STEM Activities

CAIQR sets out to develop projects in quest of increasing the STEM teaching capacity of districts and high schools. Plans include to:

  • work with various Mathematics Bridge courses: Discrete Mathematics Pre-Collegiate [DMPC], Discrete Mathematics Problem Solving [DMPS], Transition to Quantitative Reasoning [TQR], Quantitative Reasoning with Advanced Mathematical Topics [QRAT], Mathematical Reasoning with Connections [MRWC], Transition to College Mathematics and Statistics [TCMS], Transition to College Level Mathematics [TCLM], and CourseKata Statistics and Data Science
  • increase number of in-service teacher to acquire Supplementary Authorization in Computer Science ,
  • offer professional development sessions at various levels (early, elementary, middle, and high), and
  • work with MSTI Directors and EAP Coordinators in working with districts to assure partnership and continuance of building STEM teaching capacity

 

Mathematics Bridge Courses

The vision of the Discrete Mathematics Project is to give all students the opportunity to develop a positive identity as learners of mathematics and see themselves as mathematically skilled. Our mission is to expand access to meaningful experiences that advance secondary students' mathematical ways of thinking, to support them as they use mathematics to make sense of the world, and to enable them to make critical decisions based on mathematically sound reasoning.

Contact information: Osvaldo Soto, osoto@sdsu.edu 

Quantitative Reasoning with Advanced Mathematical Topics is a "c" course is for students who are either not ready for or not interested during their senior year in the
Pre-calculus/Calculus pathway  but still want to continue developing their mathematical knowledge and challenge their math skills while preparing for attendance at a CSU or UC. These students may be interested in a mathematics-intensive major although this is a not a requirement for this course.

Transition to Quantitative Reasoning is a "g" course provides a pathway for students who may not be interested in pursuing a STEM and/or math- intensive major and would typically not take math their senior year. These students traditionally complete the 2-year mathematics graduation requirement and often take three years to do so.

Contact information: Ravin Pan, panr@csus.edu or Marcy Merrill, merrills@skymail.csus.edu 

The Transition to College Mathematics and Statistics (TCMS) Project seeks to ease the transition from high school to postsecondary education in mathematics. The goal is to support, sustain, and expand the professional development of teachers in fourth year mathematics classes; to refine and expand curriculum supports for Transition to College Mathematics and Statistics, and to foster authentic collaboration between the CSU, K-12, and Community Colleges.

Contact information: Otilia Gonzales, otilia.gonzales@csun.edu or Katherine Stevenson, Katherine.Stevenson@csun.edu 

Mathematical Reasoning with Connections is a new fourth-year high school mathematics course designed to prepare students for the expectations and rigor of college mathematics courses.  It reinforces and builds on mathematical topics and skills developed in Integrated 1-3 (or Algebra 1-2 and Geometry) and is designed as a bridge to college mathematics courses required in either STEM and non-STEM majors.

This course  is intended as a 4th-year option for any student who has successfully completed Integrated 1-3 (or Algebra 1-2 and Geometry) and is planning to enter a college or university. Additionally, it is designed around the recommendations for student performance as described in the Mathematical Practices and the ICAS Statement on Competencies in Mathematics Expected of Entering College Students authored jointly by the California Community Colleges, the California State University, and the University of California.

 

Contact information: Laura Wallace, wallace@csusb.edu or Greisy Winicki-Landman, greisyw@cpp.edu 
 

Transition to College Level Mathematics emphasizes modeling, problem-solving, and applications of mathematics to the real world. Students learn new concepts as well as develop a deeper understanding of previous concepts and relationships between them. CCSS-M Mathematical Practice #4: Modeling with Mathematics and Mathematical Practice #1: Make Sense of Problems and Persevere in Solving Them are accentuated, but all eight mathematical practices are developed and applied throughout the course.

Contact information: Alison Lynch, alynch@csumb.edu  

CourseKata was founded in 2017 by a group of learning scientists at UCLA and Cal State LA with a shared interest in understanding and improving how students learn things that are hard to learn. The initial focus is on the teaching and learning of introductory statistics and data science. But the longer-term agenda is to make research on teaching and learning more relevant and more effective for improving important learning outcomes for all students. Though much research on teaching and learning is conducted in labs over short periods of time, the development of transferable knowledge in complex domains such as mathematics, science, and statistics takes place over long periods of time – weeks, months, or even years – and in complex cultural contexts. Theories and findings from lab-based research often don't apply in the complex contexts in which students learn. Their introductory online textbook, Statistics and Data Science: A Modeling Approach, has been used at over 50 institutions worldwide, and adoption is growing. As the number of students grows, so do opportunities for research. So far, more than 1,000 incremental improvements have been made in the textbook and in supplemental materials.

Contact information: Ji Yun Son, json2@calstatela.edu 

Supplementary Authorization

Supplementary authorizations allow the holder to add one or more subjects to his or her teaching credential. There are two types of supplementary authorizations: introductory and specific. The introductory supplementary authorizations may be added to the Single Subject, Standard Secondary, and Special Secondary (in academic subject areas only) Teaching Credentials and authorize the holder to teach the supplementary subject matter content typically included in curriculum guidelines and textbooks for study in grades 9 and below. This allows an employer to assign a teacher with an introductory supplementary authorization to teach a class in which the curriculum is for grades 9 and below but the students in the class may be in grades 10-12. Supplementary authorizations added to a Multiple Subject or Standard Elementary Teaching Credential authorize the holder to teach departmentalized classes related to the supplementary authorization listed on their credential in grades 9 and below. Elementary credentials will list the same subjects but the word “Introductory” is not listed.

The specific supplementary authorizations may be added to Single Subject, Standard Secondary and Special Secondary (academic subject areas only. It authorizes the holder to teach the specific subject in grades preschool, kindergarten-12, and classes organized primarily for adults.

Supplementary Authorizations may be added to:

  • Single Subject Credentials

  • Multiple Subject Credentials

  • Standard Elementary and Secondary Credentials

  • University Internship Credentials (Multiple and Single Subject only)

  • Special Secondary Credentials in Academic Subject:

    • Art, Business Education, Homemaking, Industrial Arts, Music, Physical Education, Speech Arts, and Vocational Agriculture

Supplementary Authorizations may not be added to:

  • General Kindergarten-Primary, Elementary, Junior High, or Secondary Credentials

  • District Intern Credentials

  • Special Secondary Credentials in Non-Academic Subject:

    • Aviation, Blind, Deaf, Lip Reading, Nursing Education, Partially Sighted Child, Public Safety and Accident Prevention Including Driver Education and Driver Training, Sciences Basic to Medicine, Correction of Speech Defects, and Mentally Retarded

  • Special Education Credentials (current or previous)

  • Adult or Vocational Credentials

  • Career Technical Education Teaching Credentials

Acceptable course work must be:

  1. completed with a grade of "C" or better ("credit," "passing," or "satisfactory" is acceptable),

  2. applicable toward (elective or non-elective) a bachelor's degree or a higher degree (non- remedial),

  3. taken at a regionally accredited institution,

  4. granted regular quarter or semester unit credit, and

  5. from the subject department of the supplementary authorization being sought.

The following course work may be used if it meets the criteria listed above:

  1. community college, correspondence, on-line, or extension course work, or

  2. advanced placement units (requires an official transcript of the course and written verification from the college or university admission or registrar’s office that the units are applicable towards a bachelor's degree and are in the subject category of the requested supplementary authorization).

Unacceptable course work:

  1. course work not applicable toward a bachelor's degree or a higher degree (remedial),

  2. professional development or continuing education units,

  3. in-service training or workshops,

  4. education and education methodology course work unless:

    • a letter is provided from the chair of the subject area department stating that the course is equivalent to one offered by that department OR

    • the supplementary subject requested is computer science and applications and if the course work has been used to meet a requirement to earn a clear credential such as Computers in an Educational Setting, and

  5. course work from a department other than that of the supplementary authorization being sought unless a letter is provided from the chair of the subject area department stating that the course is equivalent to one offered by that department.

An applicant will qualify for a supplementary authorization upon the completion of one of the following:

  1. Twenty semester units or ten upper division semester units, or the equivalent quarter units, of non-remedial course work in the subject requested. For introductory subjects, it requires at least one course in each of the content areas listed; the balance of the ten or twenty units may be in any course within the subject category. For specific subjects, the same unit total is required.

  2. A collegiate major from a regionally accredited college or university in a subject directly related to the subject to be listed on the credential.

 

Supplementary Authorization in Computer Science

 

Introductory 

  • Computational thinking: involves solving problems and designing systems, using fundamental computing concepts such as decomposition, data representation, generalization/abstraction, and algorithms.

  • Computing practice and programming: includes expertise in at least one block--- based, visual (drag-and-drop) programming language (e.g., Alice, Blockly, Kodu, Logo, Scratch, Snap!) or a modern, high-level programming language.

  • Computer and communications devices: covers the major components and functions of digital devices and the computing systems they compose.

  • Impacts of computing (e.g., social, ethical, legal): includes the social, ethical, and legal issues and impacts of computing, as well as the contributions of computer science to current and future innovations in the arts, business, humanities, medicine, and science. These topics may be included within courses that cover any of the other content areas.

Specific

  • Computer programming: includes expertise in at least one modern, high-level programming language (e.g., Python, Java, C/C++/C#).

  • Data structures and algorithms: covers data representation, abstraction, searching and sorting in the context of solving problems using programming and computational tools.

  • Digital devices, systems and networks: covers computer and communication devices and the systems they compose, including the concepts and abstractions that enable stand-alone, networked, and mobile digital devices to operate and communicate.

  • Software design: covers the process of planning, engineering and implementing a software system to solve a problem, typically using both a design and a programming methodology, such as object-oriented and functional approaches.

  • Impacts of computing (e.g., social, ethical, legal): includes the social, ethical, and legal issues and impacts of computing, as well as the contributions of computer science to current and future innovations in the arts, business, humanities, medicine, and science. These topics may be included within courses that cover any of the other content areas.

  • The balance of the units may be in any course that falls within the academic department for that subject category. Computer classes in the Education Department may be used including a pedagogy course in computer science from either department.

 

Note: Any individual holding a Mathematics Single Subject credential is automatically allowed to teach computer science classes.

 

Campus Contacts

CampusNameEmail
Bakersfield        Melissa Danforthmdanforth@csub.edu 
Channel Islands   Kara Naidoo    kara.naidoo@csuci.edu 
Chico      Kevin Buffardi kbuffardi@csuchico.edu 
Dominguez Hills    Mohsen Beheshti    mbeheshti@csudh.edu 
East Bay    Li-Ling Chen   li-ling.chen@csueastbay.edu 
Long Beach    Tim Keirn    tim.keirn@csulb.edu 
Los Angeles    Elaine Kang   eykang@calstatela.edu 
Monterey Bay       Drew Clinkenbeard dclinkenbeard@csumb.edu 
Northridge    Steven Stepanek    sgs@csun.edu 
Pomona    Fang Tang   ftang@cpp.edu 
Sacramento    Anna Baynes    shaverdian@csus.edu 
San Francisco    TBATBA
San Luis Obispo    Ayaan Kazerouniayaank@calpoly.edu 
San Marcos    Sinem Siyahhan    ssiyahhan@csusm.edu 
Sonoma   Bala Ravikumar    ravikuma@sonoma.edu