NJCTL online courses in physics, chemistry, mathematics, and computer science can be taken at your own convenience. Whether you want to build your teaching skills and content knowledge, learn a new subject, or prepare to teach AP courses, we have a class for you. Content courses use an online version of the same classroom pedagogy as our courses for students. Asynchronous virtual constructivism, the online version of social constructivism, helps ensure an effective, learner-directed process by weaving together short, direct instruction videos with formative assessment questions. Each question is followed by immediate feedback and the opportunity to watch a video solution of that problem being solved. All courses are divided into modules with online quizzes, virtual labs that enable laboratory investigations via simulations, and, finally, virtually proctored tests that can be taken anytime, anywhere. Praxis Prep courses include modules aligned to each content category of the test. Each contain problem solving notebooks, with embedded review; mastery questions with solutions; a discussion board, moderated by certified instructors; and a unit test. The final module includes two full-length, Praxis-style tests. Field Experience courses are based on a clinical supervision model that supports continual improvement of classroom policies and practices. Teachers submit reflections on the implementation and effectiveness of their policies, as well as videos of their classroom practice. Ongoing dialog with an NJCTL coach provides the support to improve on both. This non-evaluative feedback model helps improve teaching without pressure. Teaching Methods course shows how to use research-proven approaches to create a highly effective and welcoming learning environment. Pedagogy topics include social constructivism; meta-cognition; differentiation; and meeting the needs of English language learners. Policy topics include grading based on mastery; why homework should not be graded; and providing retests to promote continuous improvement." read more...
MATH6101 Mathematics Teaching Methods MATH6401 Teaching and Learning Middle School Mathematics MATH6402 Middle School Mathematics Field Experience I MATH6403 Teaching and Learning Algebra I MATH6404 Middle School Mathematics Field Experience II MATH6405 Teaching and Learning Geometry MATH6406 High School Mathematics Field Experience I MATH6407 Teaching and Learning Algebra II MATH6408 High School Mathematics Field Experience II MATH6409 Coming Soon - Teaching and Learning Precalculus MATH6411 Coming Soon - Teaching and Learning Middle School Mathematics Capstone and Praxis Preparation MATH6413 Coming Soon - Teaching and Learning High School Mathematics Capstone and Praxis Preparation MATH6431 Coming Soon - Teaching and Learning Calculus I MATH6433 Coming Soon - Teaching and Learning Calculus II
PHYS6101 PSI Physics Teaching Methods PHYS6601 Teaching and Learning Algebra Based Physics PHYS6602 Field Experience in Teaching PSI Physics I PHYS6603 Learning and Teaching Advanced Physics: Mechanics PHYS6604 Field Experience in Teaching PSI Physics II PHYS6605 Learning and Teaching Advanced Physics: Electricity, Magnetism & Optics PHYS6607 Learning and Teaching Physics Capstone & Praxis Preparation PHYS6631 Learning and Teaching Calculus-Based Physics: Mechanics PHYS6633 Learning and Teaching Calculus-Based Physics: Electricity and Magnetism
CHEM6101 PSI Chemistry Teaching Methods CHEM6701 Learning and Teaching Chemistry CHEM6702 Field Experience in Teaching PSI Chemistry I CHEM6703 Learning and Teaching Advanced Chemistry I CHEM6704 Field Experience in Teaching PSI Chemistry II CHEM6705 Learning and Teaching Advanced Chemistry II CHEM6707 Learning and Teaching Chemistry Capstone & Praxis Preparation