In this course, students will study the normal acquisition of speech and language in infants, children, and adolescents. Speech and language development will be studied in relation to the development of cognitive, perceptual, motor, emotional, and social skills. Theories of language acquisition and methods of assessing language will be discussed. The emergence of literacy in relation to language development will also be addressed. In addition, lectures will focus on cultural and linguistic variation in language acquisition. Class format will include lecture, organized discussion, and student presentations.

This course covers disorders of hearing, measurement of hearing through pure tone and speech audiometry, and interpretation of audiometric test results.

This OER (open educational resource) is made to be used while teaching Anatomy and physiology of the auditory mechanism, pathology of the ear, assessment of hearing using behavioral, electroacoustic and electrophysiological measures with related instrumentation; Interpretation of audiometric test results. Experiential clinical-related activities.

This course will involve the study of typically developing children, focusing on phonological, semantic, morphological, syntactic, and pragmatic development from pre-linguistic to complex language development. Major topics include contemporary models and key issues in typical speech-language acquisition, including the nature of language and its components, models and theories of language acquisition, and neurological, biological, cognitive, social-emotional, environmental, and cultural foundations of speech-language development. Students will engage in experiential learning activities that include collecting, transcribing, and analyzing children’s spontaneous speech-language samples. Bilingual and second language acquisition will be introduced. The impact of culture on language development will be infused throughout the course content. Class format will include lecture, organized discussion, group assignments, and student presentations.

Etiology, characteristics, and evidence-based assessment and intervention of language disorders in preschool children; models of language disorders in children; emergent literacy to complex language development; cultural-linguistic and individual variation; analysis of play and language samples.

Addresses foundational knowledge related to many aspects of clinical practice in speech-language pathology. It has been developed to support students entry into their first clinical practicum and supervision experience.

Phonological theory and research of typical articulation and phonological patterns; perceptual and motor development; phonological processes; evidence-based assessment and intervention; etiologies and characteristics of speech sound disorders; relationships to phonological awareness and literacy; culturally and linguistically appropriate practice.

Evidence-based clinical aspects of audiologic identification, assessment, intervention, and prevention of hearing impairments relevant to the practice of speech-language pathology; strategies for working with individuals and their families across the lifespan; culturally and linguistically appropriate practice.

Methods of teaching basic science concepts and processes to children. Focus on promoting scientific curiosity and developing literacy through inquiry and active learning needed for science explorations. Methods of teaching science to all students, including English Language Learners and Students With Disabilities. Application of course content in field sites with emphasis on developing reflective practice. Continuation of portfolio development. Taught in coordination with General Science 20/GSCI 3050.

Special programs, modifications of curriculum in the content areas, teaching strategies and approaches designed to meet the individual and group needs of culturally and linguistically diverse young children with special needs including giftedness, across the developmental spectrum in early education settings. Focus on family, community, and interagency partnerships; appropriate use of technology, including assistive technology, multiple assessment strategies.

Emphasis on teaching and learning involving rational fractions, decimals and percents, measurement/geometry, probability and data interpretation. Interdisciplinary approaches involving mathematics and science, social studies and literacy. Diagnostic techniques, and adaptation of materials and methods for special needs learners. Introduction to research paradigms in mathematics education.

This course is one in a sequence of four education courses deigned for teachers specializing in mathematics in grades K-6. The first two courses (CBSE 7400T and CBSE 7401T) focus on research-based methodology for teaching mathematics and its use in the classroom. CBSE 7401T deals mainly with methodology for teaching topics related to rational numbers, decimals and percents measurement and geometry.

Syllabus for the course: CIS 356: "Fundamentals of Cybersecurity and Intelligence Gathering" delivered at Lehman College in Spring 2020 by Fahad Chowdhury as part of the Tech-in-Residence Corps program.

This document is a topical outline of the CIS 440 UNIX Course. This course is mostly based on lab assignments that are performed by students using their home computers (desktops or laptops). The home computers are configured as virtual machines by installing the Oracle Virtual Box Version 6.12 The Ubuntu Desktop Operating System (version 20.04) is then installed on these virtual machines, which are then used to run the course labs. The first Unit of the syllabus covers the virtual machine configuration for the lab environment and subsequent Units are a topical outline of the course. The detailed content is on a companion Blackboard website.

Design and implementation of operating systems for large computers. Multiprogramming, multiprocessing, time sharing. Resource allocation and scheduling. Communications, conversational computing, computer networks. Memory protection, interrupts, segmentation, paging, and virtual memories.

After successful completion of this course, students will have a thorough understanding of the features and functionality of operating systems that enable both end users and trained computer programming professionals to leverage the almost unlimited computing and storage capabilities of modern computers.

Introduction to database systems. Comparison to file processing systems. Data models. Relational, hierarchical, and network systems. Database design. Normal forms. Study of several real-world database management systems, with an emphasis on microcomputer applications. Database recovery query and transaction processing, concurrency. Distributed and object-oriented databases. After successful completion of this course, students will have achieved proficiency in data modeling use the Entity-Relationship Model, Relational Database Design Techniques, Basic and Intermediate SQL query creation, and Database access techniques from current programming languages.