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Technology Education (All Grades) Online
Master of science in education.
Bring a deeper understanding of technology into schools to help students apply technological understanding and processes of the present and the future. Oswego’s technology education program helps students gain a strong foundation in teaching, both theory and practice.
Quick Facts
Rolling Admission Apply Anytime
You Can Start Fall, Spring or Summer
Delivery Option Online
Cost Per Credit Hour $565
Credit Hours 30
Estimated Completion Time 14 months full time, 2-4 years part-time
This program, designed for those who have or are eligible for initial certification in technology education, is online and synchronous. Meeting together provides an opportunity to collaborate with others throughout the state and our dedicated professors to dig deeper into technology education content and pedagogy. Tailor your education to what suits your interests by choosing one of three tracks to complete your education. Options include a research project, a thesis or directed coursework.
20240419_king_spring24stock_431.jpg
A Leader in Tech Education
You’ll study in one of the largest technology education departments in the country. SUNY Oswego has been a consistent leader in developing technology curriculum, and every year hosts one of the largest technology education conferences in the Northeast.
Successful completion of this program provides the necessary degree requirements to obtain your New York State professional teaching certification to teach technology from kindergarten to grade 12.
Career Opportunities
- Technology education teacher
What attracted me to Oswego was not only the history and quality of their education programs, but also the investments made into getting the latest equipment to learn and teach others on.
Tyler Morris
Technology Education, MSEd
Program Resources
Information Sessions
Learn about our graduate programs through our information sessions today!
SUNY Oswego adapts to local workforce needs by introducing a fully online master ’s program. Professor Richard Bush shared insights on the virtual program.
Watch the Bridge Street segment>
SUNY Oswego offers a flexible and convenient master’s degree in technology education that is 100% online. Professor Karin Dykeman and student Akil Atiba shared more information about the program and outcomes.
AAQEP Accredited
This program has earned national accreditation by demonstrating excellence in the areas of content and pedagogy, clinical experiences, selectivity, program impact, and capacity for continuous improvement.
Diversity Graduate Fellowship Program
Prospective students may be eligible for an award which includes an annual stipend, in addition to fully-paid tuition for full-time study.
More than 120 Graduate Assistantships Offered
Assistantships provide an opportunity to gain experience through professional work on campus.
in total awards given every year to our graduate students
The Power of SUNY Tuition
Achieving your long-term career goals shouldn’t come at the expense of your immediate financial security. Oswego offers low tuition compared to many private colleges. Never sacrificing quality for affordability, our graduate students are receiving a nationally accredited program that will translate into effective knowledge and opportunities.
Admission Requirements
A cumulative grade point average of 3.0 or better is recommended for applicants to be competitive in the application process.
Graduate Record Examination (GRE) scores are optional for admission. For those students who have a GPA below a 3.0, it is highly recommended.
Possession of or eligibility for initial NYS teacher certification in technology education will be verified as part of the admission process.
In 500 words or less, describe your personal achievements relating to your academic interests, and detail your educational and professional objectives with reasoning for applying to SUNY Oswego. This statement will help the review team better understand and evaluate your application.
Include a professional resume or curriculum vitae that includes your academic history, professional background and any accomplishments of note. This document should provide details that support your admittance to the program.
Indicate two names with valid email addresses. We will send an email request directly to the references on your behalf. These references should be able to speak to your character, work ethic and abilities. (At least one of these recommendations must be from your school district.)
Prospective students are charged a non-refundable $65 fee for processing the application.
Request Information
Tuition and costs.
Graduate school can be affordable. See our in-state and out-of-state tuition and costs.
Visit Oswego
Experience what makes Oswego special in person. We have a variety of visiting options through the year.
Next Steps to Apply
Ready to get started? We’re here to make the application process as smooth as possible. Take the next step by creating an application account and save your progress at any time.
N.J. university offers new ‘free tuition’ program as it faces financial problems
- Updated: Aug. 23, 2024, 3:06 p.m.
- | Published: Aug. 23, 2024, 8:01 a.m.
- Brianna Kudisch | NJ Advance Media for NJ.com
New Jersey students can attend Rider University for free, if they meet certain financial and academic eligibility requirements, university officials announced this week.
The new initiative, called the Rider Tuition Guarantee , comes amid the Lawrenceville university’s recent financial struggles. Earlier this month, school officials announced they cut 31 jobs, saving the private Mercer County university more than $2 million.
The jobs were cut due to nationwide problems in processing federal student financial aid forms and other financial problems at the university, officials said. Similar to other schools, Rider University blamed its enrollment dip this year on confusion over financial aid.
The new tuition program is available for incoming, first-year and transfer undergraduate students who remain in good academic standing. It’s designed to fill the gap and cover remaining tuition costs after all other state and federal financial aid has been applied, officials said.
“We’re dedicated to removing financial barriers for students through Rider’s robust scholarship opportunities and innovative financial aid support like the Rider Tuition Guarantee,” said Drew Aromando, the university’s vice president of enrollment management.
“Through this opportunity, high-achieving students who call New Jersey home can pursue their program of choice,” he said in a statement.
To qualify, students must reside in New Jersey and have a 3.5 or above GPA on a 4.0 scale. Their household must have an adjusted gross income of $50,000 or less, and receive both full Tuition Aid Grants and Pell Grants.
Students must also apply to the university for the fall 2025 or spring 2026 start terms, submit their Free Application for Federal Student Aid, known as FAFSA, and make their deposit by the deadline.
Though it is considered a “free tuition” program, the Rider Tuition Guarantee does not cover some student fees or room and board for students.
New Jersey guarantees that students from families that earn less than $65,000 can go to county college tuition free under a state program.
Other universities in the state also offer similar “free tuition” guarantees for students from low- and middle-income families. They include Rutgers University , Stockton University, New Jersey City University, Saint Peter’s University and several others.
If Rider students maintain the requirements, they may be eligible to receive free tuition for multiple years, said university spokeswoman Rachel Stengel. But, the eligibility is partly based on federal and state financial aid, which is reviewed on a yearly basis.
The university also offers free textbooks to some incoming undergraduate students through its Books for Broncs program.
Stories by Brianna Kudisch
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Brianna Kudisch may be reached at [email protected] .
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New Jersey Department of Education
Official site of the state of new jersey.
- FAQs Frequently Asked Questions
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Special Education
Assistive technology.
An assistive technology service is defined by IDEA 2004 as "any service that directly assists a child with a disability in the selection, acquisition, or use of an assistive technology device." ( §1401(2) ). The term includes:
- the evaluation of the needs of such child, including a functional evaluation of the child in the child's customary environment;
- purchasing, leasing, or otherwise providing for the acquisition of assistive technology devices by such child;
- selecting, designing, fitting, customizing, adapting, applying, maintaining, repairing, or replacing assistive technology devices;
- coordinating and using other therapies, interventions, or services with assistive technology devices, such as those associated with existing education and rehabilitation plans and programs;
- training or technical assistance for such child, or, where appropriate, the family of such child; and
- training or technical assistance for professionals (including individuals providing education and rehabilitation services), employers, or other individuals who provide services to, employ, or are otherwise substantially involved in the major life functions of such child.
For any additional assistance or questions, please contact, Office of Special Education by email at [email protected].
The Individuals with Disabilities Education Act (IDEA, 2004) defines assistive technology (AT) as "any item, piece of equipment, or product system, whether acquired commercially off the shelf, modified, or customized, that is used to increase, maintain, or improve the functional capabilities of a child with a disability. The term does not include a medical device that is surgically implanted or the replacement of such device."
This broad definition includes various items considered assistive technology devices and services. A simple switch device for a student with a specific physical disability to a sophisticated augmentative communication (e.g., voice output) device for a severe speech impairment are both examples of assistive technology devices. Assistive listening devices and systems for students with hearing loss and screen reading software for visual, neurological, or cognitive impairments are also examples of assistive technology. A surgically implanted medical device, on the other hand, is not regarded as an assistive technology device (IDEA §1401(b)).
Assistive technology services are "any service that directly assists a child with a disability in selecting, acquiring, or using an assistive technology device. Evaluation; device purchase or leasing; developing, customizing, or adapting a device; maintaining, repairing, or replacing a device; coordinating or employing therapies with a device; and training or technical help for the student, family, or professionals are just a few of the services available."
Universal Design and Assistive Technology
Universal design is a concept that was first utilized in architecture to create buildings and materials accessible to people with disabilities. Curb cuts, ramps, and doors that open with a switch are all common features of universal design. Accessibility for learning environments and information technology has been included in this phrase.
IDEA uses a universal design definition from the Assistive Technology Act of 1998 (Section 3(17)). IDEA defines universal design as:
"a concept or philosophy for designing and delivering products and services that are usable by people with the widest possible range of functional capabilities, which include products and services that are directly accessible (without requiring assistive technologies) and products and services that are interoperable with assistive technologies."
Universal Design for Learning (UDL), is a framework that schools can use to identify products, services, and technology that can help them quickly adjust instructional materials to match a student's specific needs. For example, a teacher could use software to easily adjust the scale of digital text, provide text-to-speech tools so the content may be read aloud, provide tools to rearrange the text, and (depending on the application) open several text formats, such as DAISY, NIMAS, PDF, text, and web pages. These types of tools can address a wide range of accessibility issues.
A classroom or media center, for example, might contain a variety of books on core curriculum themes available in multiple reading levels, print or audio files, and standard and big print. Students can rapidly locate instructional resources that match their needs in this manner.
Furthermore, technology and digital media are crucial components of UDL because they provide teachers with the tools they need to provide various materials and resources. Students can, for example, change the font style and size, change the background color, add sound, have text read aloud, hyperlink to resources, output to a variety of peripherals, such as a Braille printer, and vary input by using alternate keyboards, voice recognition, or a switch when using a computer.
It's difficult to make materials accessible to learners who can't see them, manipulate them with their hands, or decode and comprehend the information written on them when lessons are prepared using a single type of classroom media, such as traditional paper and pencil worksheets, textbooks, and whiteboards. Although these static resources are valuable to many students in the learning environment, they can be a barrier to learning for some people with impairments.
Click on the icon above for more on the Universal Design for Learning (UDL).
IEP Team Resonsibilities
Students with disabilities may require assistive technology devices and/or services to benefit and access their education. If determined by the Individualized Education Program (IEP) team to be necessary for the student, federal and state special education laws include assistive technology devices and/or services among the services that local education agencies must provide for a student with a disability at no cost to parents. These services may be necessary as part of special education, related services, or supplemental aids and services to allow students to learn in the least restrictive environment possible (LRE).
Assistive Technology in the Individualized Education Program (IEP)
To the extent that assistive technology devices and/or services are required as part of special education, related services, or supplementary aids or services, a student's IEP must include a statement describing the full scope of devices (e.g., no, low, and high technology) and services (e.g., programming devices, back-up strategies, repairs and maintenance, training and technical assistance, and other relevant needs and considerations), as well as the cost of the devices and services(s). It is not permissible to make the provision of assistive technology equipment and/or services contingent on the approval of entities outside the IEP. Free appropriate public education regulations may also require that the student have the assistive technology device overnight, on weekends, and during holidays and summers, or that the student receive assistive technology services during those times.
Click on the icon above to access Tools for Developing Effective IEPs .
Providing Assistive Technology Devices and Services
When assistive technology devices and services are specified in a student's IEP, it is the school district's responsibility (or charter school) to supply them as soon as possible. To deliver a free appropriate public education (FAPE) without interruption, school districts and charter schools are responsible for the continuing maintenance and rapid repair of assistive technology devices.
Local education agencies (LEAs) are also required under IDEA 2004 to guarantee that students with disabilities receive accessible instructional materials in accordance with the National Instructional Materials Accessibility Standard (NIMAS) at the same time as students without disabilities. Under Section 504 of the Rehabilitation Act, LEAs are also required to provide accessible resources. Assistive technology is used to ensure that materials are accessible.
Federal and State Regulations
Accessibility compliance and standards resources.
- Department of Education's Requirements for Accessible Electronic and Information Technology (EIT) Design
- Testing for Web Accessibility Compliance Under Section 508 of the Rehabilitation Act of 1973
Federal Statutes and Regulations
- 20 U.S.C Section 1401(1)(2)
- 34 C.F.R. Sections 300.5 - 300.6
- 34 C.F.R. Section 300.105
- 34 C.F.R. Section 300.323(c)(1)
- 34 C.F.R. Section 300.324(a)(2)(v)
- 508 Legislation and Resources:
- Section 508 of the Rehabilitation Act The Access Board developed accessibility standards for the various technologies covered by Section 508 and provides information, resources and technical assistance for implementing these standards.
- Federal Section 508 Web Site A federal government interagency effort that offers information, technical assistance, training and resources to assist in the successful implementation of Section 508.
- DisabilityInfo.gov : Bringing Information on U.S. Federal Programs, Services, and Resources to Employers, Americans with Disabilities, and Their Families.
State Regulation
N.J.A.C. 6A:14, Special Education:
Advocacy, Support and Engagement
Statewide resource.
- Disability Rights New Jersey (DRNJ) A consumer driven, non-profit organization that serves as New Jersey's designated protection and advocacy system for people with disabilities in the state of New Jersey. They work with individuals with disabilities and their families to protect and advance the rights of people with disabilities by providing information and referral along with a broad range of advocacy services, including legal representation. Additionally, this agency's Assistive Technology Advocacy Center (ATAC) provides resources, information, and other AT services to support the needs of consumers.
- The Assistive Technology Center Located at Advancing Opportunities provides workshops and trainings to help teachers, school personnel, parents and employers learn about what kinds of technology are available and how to implement them. They also have a device lending program, a visiting van program and other resources that support the use of assistive technology to support the learning needs of individuals with disabilities.
- The Adaptive Technology Center For New Jersey Colleges, located at The College of New Jersey, disseminates information on assistive technology, operates an adaptive technology lending program and provides outreach and training to faculty, staff and students at New Jersey colleges and universities.
New Jersey Abilities Expo A state level assistive technology conference that covers a range of assistive technology devices, informational sessions and networking opportunities
Regional Resources
- The Learning Resource Center Network (LRCs) Learning Resource Centers (LRCs) are supported through the NJ Department of Education, Office of Special Education Programs and funded by IDEA 2004, Part B funds to provide services to parents and educators of children with disabilities ages 3 to 21 years. These services include current special education information; materials circulation services; consultation services; and a materials production center. The centers have an array of publications related to assistive technology in education.
- Educational Technology Training Centers (ETTCs) Educational Technology Training Centers are located in many of the state's 21 counties to serve as county-based resources that offer educators professional development opportunities in the area of technology. The ETTCs contain demonstration technology equipment and offer training programs that include those that assist teachers in implementing the Core Curriculum Content Standards. Six of the centers, listed below, have specific assistive technology training and resources.
Tutorials and Training
* These tutorials and trainings are included to illustrate the range of available assistive technology trainings available ; the inclusion of these links should not be construed as an official endorsement of these trainings by the New Jersey Department of Education
- CAST A generous website with lots of tools and resources for parents and teachers.
- The National Center to Improve Practice (NCIP ) An organization that promotes the effective use of technology to enhance educational outcomes for students with sensory, cognitive, physical, and social/emotional disabilities.
- National Assistive Technology in Education Network (NATE Network) A variety of assistive technology resources are listed here. While the list is certainly not exhaustive, we have attempted to provide a range of resources. They are arranged in the following categories: AT Assessment, AT Basic information, AT Consideration, AT Forms, AT in the IEP, AT and Learning Disabilities, AT Services, AT in Special Education Laws, AT Tools, AT Training, AT Transition, AT Tutorials, Adapted Levels of Text, Advocacy and Funding, Augmentative & Alternative Communication, Beginning Reading, and Literacy
- Assistive Technology Training Online (ATTO) Project Resource for training materials including Integrating AT into the IEP; has numerous online tutorials and links to other tutorial sites
- Oregon Technology Access Program Free downloads including AT Consideration Guide and Assistive Technology Extended Assessment
- University of Kentucky Assistive Technology Project Free download of UKAT Toolkit, a document for AT consideration.
- Wisconsin Assistive Technology Initiate Resource for free downloads including the WATI Consideration Guide and Assessment Form Packet.
- Alliance for Technology Access AT Mini-Assessment.
- LD On-line AT Evaluation Guide for Students with Learning Disabilities.
- University of Wisconsin-Milwaukee Dave Edyburn, A Primer in AT Outcome; ATOMS Project: AT Outcomes Measurement Systems Designs.
- Technology, Educators, and Children with Disabilities – NJ (TECH-NJ) TECH-NJ, written by students and faculty of The College of NJ, is designed to support professionals, parents, and computer-users in their efforts to use technology to improve our schools and to enhance the lives of people with disabilities.
- Augmentative and Alternative Communication - device tutorials; vendor links; academic resources for AT devices.
- TECHNOTES Illinois Assistive Technology Project online articles on topics related to assistive technology.
- Pocketful of Therapy A website developed by Occupational Therapists that includes a number of AT products that support access to education inclusive of pediatric and school based products.
Device Support
- How to sign in to the student's Chrome account
- How to sync student's Chrome account
- Accessibility features videos
- Support Website for Google Chrome
- Accessibility features for Mac
- Support Website for Mac
- Accessibility features for iPad
- How to sign in to Google Apps on iPad
- Support Website for iPad
- Accessibility features for Windows
- Support Website for Microsoft
Content-Based Software and Apps
- Communication
- Access Based Supports
- Visually Impaired Supports
These software and apps are included to illustrate the range of available assistive technology products and supports; the inclusion of these documents should not be construed as an official endorsement of these apps/programs or supports by the New Jersey Department of Education.
- Support Website and User Guide
- Quick Guide for Voice Dream Reader Tools
- Quick Guide for Voice Dream Reader Library
- User Guide for Read&Write for Google Chrome
- User Guide for Read&Write for iPad
- Support Website for Read&Write
- Tech Support Contact for Read&Write
- Support Website for Clicker 8 (Windows and Mac)
- Reading Comprehension Assistive Technology
- Dyslexia Writing and Reading Support
- Writing Support for Students with Dyslexia
- User Guide for Scanning Pen
- Quick Guide for Scanning Pen
- User Guide for Co:Writer Universal iPad
- Quick Guide for Co:Writer Universal iPad App
- User Guide for Co:Writer Universal Chrome Extension
- WordQ/SpeakQ Quick Guide (Windows and Mac)
- Support Website for Clicker Writer (iPad and Chromebook)
- Note-Taking and Closed Captioning
- Photo-based app for communication support
- Photo-based communication support
- General Information on the GoTalk NOW app)
- User Guide for the GoTalk NOW app
- Go Talk Plus Go-to Sheet
- General Information on the LAMP app
- Training and Support Documents for the LAMP app (English and Spanish
- LAMP Go-to Sheet
- Printable Core Manual Boards - LAMP app
- General Information on the Proloquo2Go app
- Support Materials for the Proloquo2Go app
- Proloquo2go Go to Sheet
- Printable Core Manual Board - Proloquo2Go Cresendo
- General Information on the TouchChat app
- TouchChat with WordPower Go-to Sheet
- Printable Core Manual Board - TouchChat 88 Location
- Speak For Yourself Go-To Sheet
- Verbally Go-To Sheet
- Speech recognition software program specificaly for math
- Quick Guide for Kami
- Tech Support for Kami
- Information and types of switches
- Mouth controlled USB joystick
- Described and Captioned Media Program
If you see an alligator
Dont forget to scream By: Unknown Author
School of Applied Engineering and Technology
Technology education.
The Technology Education (TEED) program is a partnership between NJIT and Rutgers University, Newark, offering a degree in Engineering Technology and an instructional certification with the Teacher of Technology Education (1810) endorsement.
About the Program
The greatest current need of U.S. education is for highly qualified teachers of science and technology at the secondary school level. According to the U.S. Bureau of Labor Statistics, the shortage will intensify over the next decade as teachers of the “baby boom” generation retire. Technology-savvy teachers who are able to incorporate newly-developing educational methodologies and technologies into the curriculum are also in high demand.
Technology teachers teach problem-based learning utilizing math, science and technology principles. Technological studies involve students:
- Designing, developing, and utilizing technological systems such as communication, transportation, manufacturing, and construction technologies.
- Performing open-ended, problem-based design activities.
- Learning cognitive, manipulative, and affective learning strategies.
- Applying technological knowledge and processes to real world experiences using up-to-date resources.
- Working individually as well as in a team to solve problems (International Technology Education Association Standards).
Students may enter this program as a freshman, or transfer into this program from an Engineering Technology or Pre-Engineering program at a two year college. The program consists of 120 credits, with over 37 credits of education at Rutgers University, Newark, including one semester of student teaching. This program will cover material in a variety of Engineering Technology disciplines and utilize the NJIT Makerspace.
Candidates for a teacher-education certificate must have a 2.8 cumulative grade point average to successfully complete their teacher education program. They also must pass the appropriate PRAXIS examination before the New Jersey State Department of Education will issue the appropriate certificate.
Program Coordinator
Dr. Samuel Lieber Telephone: 973.596.6368 Email: [email protected]
Important Links
- Program of Study
- Course Descriptions and Syllabi
- Academic Advising
- SAET Student Information
Program Faculty
Shekhar, Prateek
Assistant Professor
- Computer Training Schools
- Computer Science Schools by State
New Jersey Computer Science Schools
Students looking to be part of the tech sector could find New Jersey to be optimal — for higher education and career opportunities. The Garden State is home to industry innovations in technology such as augmented intelligence, dynamic network infrastructure, cloud computing and transceiver chip technology. In fact, the state ranked fifth in growth for new tech business establishment year over year, according to the economic development organization, Choose New Jersey.
Whether you envision a start in the field or prefer to advance your existing knowledge, undergraduate and graduate level IT degree programs can be found in New Jersey to help you meet your career goals.
New Jersey’s Technology Education Initiatives
New Jersey’s state and industry leaders are eager to grow interest in STEM-related careers as a way to support workforce demands for more people who have higher-level skills in science, technology, engineering, and math. While about 7,000 New Jersey students graduate with a bachelor’s degree in computer science or a related field each year, the state wants to increase that number.
Here are some of the initiatives underway to support New Jersey’s tech industry growth:
- NJ STEM Pathways Network : This comprehensive public-private alliance, launched in 2014, is charged with identifying and promoting formal and informal learning opportunities as way to build awareness around STEM-related careers. This pathway could include eventually enrolling in IT or computer science degree programs in New Jersey.
- New Jersey Big Data Alliance: This powerhouse group includes sixteen higher education institutions, such as Rutgers University, Ramapo College of New Jersey, and the Stevens Institute of Technology, plus six government partners, and several corporate and business development industry members. Their goal is to advance computing innovation, including cyberinfrastructure resources and talent.
Southern New Hampshire University
- Some of the nation’s most affordable tuition rates, from a private, nonprofit, NEASC accredited university
- Qualified students with 2.5 GPA and up may receive up to $20K in grants & scholarships
- Multiple term start dates throughout the year. 24/7 online classroom access
- Offering over 200 online degree programs
Visit School
Purdue University Global
- Experience world-class education online with more than 175 programs at associate’s, bachelor’s, master’s and doctoral levels.
- Apply eligible work experience and prior college credits toward up to 75% of your undergraduate degree.
- You have the option of trying out a Purdue Global undergraduate program for an introductory 3-week period. There’s no cost beyond the application fee.
- Competency-based ExcelTrack™ programs may allow you to earn your degree faster and for less money
Best Computer Science and IT Colleges in New Jersey
There are many higher education options in New Jersey for people interested in pursuing a career in computer science or a related IT field. This includes IT certification program from a vocational school, associate degree programs at a community college, or a bachelor’s or master’s degree program offered by a public research institution, a state college or a private college.
Ranking | School Name | In State Avg. Undergrad Tuition | % Receiving Financial Aid | Retention Rate |
---|---|---|---|---|
1 | Stevens Institute of Technology | $50,370 | 99% | 95% |
2 | New Jersey Institute of Technology | $14,174 | 92% | 88% |
3 | Rowan College at Gloucester County | $3,990 | 67% | 65% |
4 | Atlantic Cape Community College | $5,442 | 77% | 62% |
5 | Rowan University | $9,858 | 84% | 84% |
6 | Montclair State University | $11,132 | 81% | 79% |
7 | Cumberland County College | $3,900 | 84% | 62% |
8 | Monmouth University | $37,438 | 99% | 81% |
9 | Ocean County College | $4,110 | 57% | 71% |
10 | Fairleigh Dickinson University-Metropolitan Campus | $39,686 | 99% | 80% |
Spotlight on Computer Sciences Schools in New Jersey
Both public and private institutions in New Jersey can provide opportunities for students to build computer science and IT skills — from the certificate to doctoral level. Below is a quick look at four IT schools in the state.
- New Jersey Institute of Technology, Newark : Online IT programs at this school include a master’s of science in information systems and a master’s of science in information technology administration and security. Depending on the degree chosen, students can find options to specialize, seek work experiences, do a master’s thesis or a complete a capstone project.
- Farleigh Dickinson University, Teaneck: Co-op, internship and job opportunities may be readily available to students completing a bachelor of science in information technology degree at this private school. The school also received a $1 million donation from Allied Signal, a group of high-tech New Jersey companies, to support its engineering and tech programs.
- Thomas Edison State University, Trenton: One of the state’s 11 senior public institutions of higher learning, online computer science and IT degree programs at TESU are available from the associate to master’s degree level. The school also offers an online undergraduate certificate in information systems learning.
- Caldwell University, Caldwell: Students can build their knowledge in computer information systems with the bachelor’s of science degree in CIS program available at this Catholic school, located 20 minutes away from New York City. The program allows students to choose a concentration either in business systems or information technology.
IT Salaries and Career Outlook in New Jersey
Before enrolling in one of the computer science schools in New Jersey, students may want to research the IT careers expected to grow in the state in upcoming years. The table below highlights recent information about average salary and job growth data for a number of different IT-related occupations.
New Jersey’s diverse tech sector means that students of online computer science programs or IT degree programs could find many ways to explore their career interests, including through job opportunities with any of the 21 companies in the state that made the Fortune 500 list in 2018, such as Automatic Data Processing, in Roseland, and Cognizant Technology Solutions, in Teaneck.
Career | Annual Median Wage |
---|
2019 Occupational Employment Statistics and 2018-28 Employment Projections, Bureau of Labor Statistics, BLS.gov.
Computer Science Scholarships for New Jersey Students
One way to find help with the costs of a campus or online IT program is to look for scholarship opportunities. These could be associated with specific schools or posted through unique organizations, such as a business or professional group. A few scholarships specific to IT or computer science students in New Jersey include:
- Scholarship for Information Technology and Informatics, Rutgers University
- New Jersey Scholarship (for computer science majors)
You may also want to search for more general scholarships using the Scholarship database on our partner site, Schools.com.
New Jersey Professional Organizations and Resources
Graduates of IT programs in New Jersey could benefit from joining a professional association. Job boards, annual conferences and specialized trainings and meet-ups can be potential advantages of membership. A few of the IT associations in New Jersey are listed below.
- CompTIA’s Association of Information Technology Professionals — Garden State chapter
- New Jersey Government Management Information Sciences Association
- Association for Computing Machinery — multiple New Jersey chapters
- Computer Science Teachers Association — multiple New Jersey chapters
- New Jersey Technical Council
- New Jersey Women in Computing
- Society for Information Management – New Jersey Chapter
- New Jersey Technology & Manufacturing Association
- About Us, Thomas Edison State University, Accessed December 2018, https://www.tesu.edu/about
- BIS in Computer Information Systems, Caldwell University, Accessed December 2018, https://www.caldwell.edu/academics/majors-minors/business/bs-cis
- Information Technology, Farleigh Dickinson University, Accessed December 2018, https://view2.fdu.edu/academics/university-college/school-of-computer-sciences-and-engineering/academic-programs/information-technology-programs/
- New Jersey Big Data Alliance, Accessed January 2019, http://njbda.weebly.com/about-us.html
- NJ STEM Pathways Network , Office of the Secretary of Higher Education, State of New Jersey, Accessed January 2019, https://www.nj.gov/highereducation/njstem/
- Online Degrees, Thomas Edison State University, Accessed December 2018, https://www.tesu.edu/academics/online-degrees
- Online Programs, New Jersey Institute of Technology, Accessed December 2018, http://www.njit.edu/online/programs/
- Technology, Choose NJ, Accessed December 2018, https://www.choosenj.com/key-industries/technology
- 21 New Jersey Fortune 500 Companies, Choose New Jersey, Accessed December 2018, https://www.choosenj.com/stats-and-facts/new-jersey-profile
To be included in the rankings, all colleges had to meet the following criteria:
- Be an accredited U.S. institution
- Offer either 2 or 4-year degree programs
- Be active in the 2016-17 school year
- Offer a degree in a technology-related subject
- Have awarded at least one degree in that subject in 2015-16
- Have reported data for all ranking variables listed below
Ranking variables:
- Related subjects, based on the number of relevant programs that are offered at any level
- Flexibility, based on number of relevant programs that are offered at any level via distance education
- Average in-state undergraduate tuition
- Percent of undergraduate students awarded federal, state, local, institutional or other sources of grant aid
- Average amount of federal, state, local, institutional, or other sources of grant aid awarded to undergraduate students
- Graduation rate
- Retention rate
Methodology Sources:
- Integrated Postsecondary Education Data System (IPEDS) 2016-17, National Center for Education Statistics, http://nces.ed.gov/ipeds/
- Privacy Notice
- Do Not Sell My Personal Information (CA and NV residents)
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How to Become a Radiologic Technologist in New Jersey
Careers in radiologic technology are increasing in number across the country and every state. ( Leer esta información en español )
The growth rate for this field of work is expected to be 6 percent , more than double that for other careers, over the next decade because of the increasing need for health care. This is a populous state with a large number of sizable medical centers and hospitals. Jobs in this state in the field of radiologic technology should be easy to find for many years to come. Now is an excellent time to earn a degree or a certificate and get a job in radiology.
Zip or Postal Code
High school graduation year - Select One - 2023 2022 2021 2020 2019 2018 2017 2016 2015 2014 2013 2012 2011 2010 2009 2008 2007 2006 2005 2004 2003 2002 2001 2000 1999 1998 1997 1996 1995 1994 1993 1992 1991 1990 1989 1988 1987 1986 1985 1984 1983 1982 1981 1980 1979 1978 1977 1976 1975 1974 1973 1972 1971 1970 1969 1968 1967 1966 1965 1964 1963 1962 1961 1960 1959 1958 1957 1956 1955 1954 1953 1952 1951 1950
Highest level of education - Select One - Some High School High School Diploma (or GED) Some College (No Degree) Associate's Degree Bachelor's Degree Master's or Higher
State Licensure
To work as an x-ray tech in New Jersey requires licensing. To work in radiography, nuclear medicine, or radiation therapy, a two-year license may be granted. The licenses are administered by the State of New Jersey Department of Environmental Protection. The state also issues limited licenses that allow someone to work in specific areas such as dental or podiatric radiologic technology. To get a license, students must complete an appropriate course of study and then pass the exam set by the American Registry of Radiologic Technologists (ARRT). For nuclear medicine licensing, the exam given by the Nuclear Medicine Technology Certification Board may be substituted for that given by the ARRT.
Radiologic Technology Schools in New Jersey
New Jersey is home to several community colleges and medical colleges that offer certificates and degrees in radiologic technology and areas of specialty.
- Fairleigh Dickinson University , Teaneck. The metro campus of this university offers students of radiology two options: an associate degree in radiography or a bachelor’s degree in radiologic technology . The former will prepare students for a career in the field, while the latter is designed to help already licensed workers continue their educations.
- JFK Medical Center . This affiliate of the JFK Health System is also connected to Union County College and offers students programs in nuclear medicine technology, diagnostic sonography, and radiography.
- American Institute of Medical Sciences and Education , Piscataway. This school offers students programs in several different areas of radiologic technology including MRI technology and ultrasound and vascular technology.
Other Schools to Consider Radiologic Technology Program
There are many community and county colleges in New Jersey offering programs in radiologic technology.
- Middlesex County College , Edison. The radiography program at Middlesex includes general education courses as well as those specific to radiography. Graduates are prepared to take the exam for licensing.
- Cumberland County College , Vineland. Students at Cumberland can earn a degree in radiography and be ready for the licensing exam. Admission to the program is selective.
- Bergen Community College , Paramus. At Bergen, students can choose between a certificate in radiation therapy or an associate degree in radiography.
Allied Health Education Programs
Allied health education programs offer courses in radiologic technology and other medical specialty areas.
New Jersey Medical School, Newark. This school offers a variety of allied health programs for students interested in pursuing a career in the medical field. They offer a radiology assistant program, which prepares students to take the ARRT examination.
Essex County College, Newark. Essex is one of several county colleges in the state that offers courses and programs in radiologic technology. The school’s program is designed to prepare students for entry-level positions.
Rutgers University, New Brunswick. Rutgers’ allied health education program includes a clinical specialization in radiologic technology. This program is designed to help those already working in radiology enhance their knowledge and skills.
New Jersey is fortunate to have many options for those interested in pursuing a career in radiologic technology. From community colleges to medical schools, there are plenty of programs available for those willing to research them. With the proper preparation, students can be well on their way to becoming licensed x-ray technicians in New Jersey.
Large Employers in Radiology
New Jersey has many large medical centers and hospitals that need to hire radiologic technologists.
Children’s Hospital of New Jersey 201 Lyons Avenue at Osborne Terrace Newark, NJ 07112
Christ Hospital 176 Palisade Avenue Jersey City, NJ 07306
East Orange General Hospital 300 Central Avenue East Orange, NJ 07018
Morristown Medical Center 100 Madison Avenue Morristown, NJ 07960
New Bridge Medical Center 230 East Ridgewood Avenue Paramus, NJ 07652
Tom’s River X-Ray 154 Highway 37 West Toms River, NJ 08755
Salaries in Radiology
In New Jersey, the average annual salary is $81,670, with the lowest 10% earning $62,990 or less and the highest 10% earning $101,620 or more. Nationally, the average salary is $73,410, with the lowest 10% earning $50,020 or less and the highest 10% earning $102,380 or more. This data highlights the differences in wages between New Jersey and the national average, and it also breaks down salaries by percentiles for further detail.
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BELMAR, NJ - Belmar Elementary School is committed to providing a safe and nurturing environment for its students, emphasizing empathy, communication skills, and the development of healthy...
The Master's program at New Jersey Institute of Technology focuses on Engineering, with a total cost of $50,886 in 2019, $48,686 in 2020, and $49,734 in 2021. 94% of students receive financial aid, and the acceptance rate is 69%. ... Engaging in internships or cooperative education programs is crucial. New Jersey is home to major engineering ...
program will help 27 high schools infuse high-level computer science coursework into each school's curriculum, such as Cybersecurity and Artificial Intelligence. Both programs are funded with $1.8 million in Computer Science Grants, which were established to help give New Jersey students a pathway to fill
This program, designed for those who have or are eligible for initial certification in technology education, is online and synchronous. Meeting together provides an opportunity to collaborate with others throughout the state and our dedicated professors to dig deeper into technology education content and pedagogy.
For high school and college students, an internship at the U.S. Department of Energy's (DOE) Princeton Plasma Physics Laboratory (PPPL) can be a launching point for a career in science, technology, engineering and mathematics (STEM). But sometimes students from disadvantaged school districts, community colleges or smaller universities may not be familiar with these programs.
To qualify, students must reside in New Jersey and have a 3.5 or above GPA on a 4.0 scale. Their household must have an adjusted gross income of $50,000 or less, and receive both full Tuition Aid ...
MRI Technologists can expect to work in clean, well lit, and comfortable environments. Jobs may require a moderate amount of physical activity working with the MRI equipment and maneuvering patients. Career Outlook. Salary range in NJ is $80,020 to $106,070. 12% projected job growth in NJ from 2020 to 2030.
The Neurodiagnostic Technology program requires students to complete a mandatory 600-hour clinical internship. Students will be placed at a clinical site by the AIMS Internship Department. The internship course is designed to provide practical training in a real work environment; students will have a mentor who trains and guides them.
An assistive technology service is defined by IDEA 2004 as "any service that directly assists a child with a disability in the selection, acquisition, or use of an assistive technology device." (§1401 (2)). The term includes: training or technical assistance for professionals (including individuals providing education and rehabilitation ...
Get hands-on training in our ABHES accredited Surgical Technologist program in New Jersey at AIMS Education. Schedule a visit and join our school today! Search (908) 222-0002 Directions Contact. Programs Programs. ASSOCIATE DEGREE PROGRAMS ... Introduction to the Surgical Technology Program. Career Outlook. Salary range in NJ is $48,970 to $96,770;
The Technology Education (TEED) program is a partnership between NJIT and Rutgers University, Newark, offering a degree in Engineering Technology and an instructional certification with the Teacher of Technology Education (1810) endorsement. ... They also must pass the appropriate PRAXIS examination before the New Jersey State Department of ...
Technology Education entails the provision of problem-based learning utilizing math, science and technology principles. With the shortage of qualified technology education secondary-school teachers intensifying, technology-savvy instructors who are able to incorporate newly developing educational methodologies and technologies into the curriculum are in high demand.
Introduction to the Cardiovascular Technology Program. Career Outlook. Salary range in NJ is $65,560 to $105,390. 8% projected job growth in NJ from 2020 to 2030. Job opportunities in hospitals, imaging centers, and cardiologists' offices. * Salary and job outlook information come from Projections Central and the US Bureau of Labor Statistics ...
This pathway could include eventually enrolling in IT or computer science degree programs in New Jersey. New Jersey Big Data Alliance: This powerhouse group includes sixteen higher education institutions, such as Rutgers University, Ramapo College of New Jersey, and the Stevens Institute of Technology, plus six government partners, and several ...
Vehicle Donated to Auto. On Thursday December 21st CCTEC's automotive students received a special donation- a 2018 Volkswagen Tiguan! The Global Leader in Educating Exceptional Career & College Ready Students. Our mission is to provide each student a pathway into the global workforce with advanced educational options.
For information, catalog requests and registration please call 973-412-2291 or email the Principal at [email protected]. Welcome to the Adult Education section of Essex County Schools of Technology, a group of high schools offering full service programs in Newark, NJ.
The Morristown Medical Center School of Cardiovascular Technology is accredited by the Commission on Accreditation of Allied Health Education Programs (www.caahep.org) upon the recommendation of The Joint Review Committee on Education in Cardiovascular Technology (www.jrccvt.org). It is the only program in New Jersey that offers three clinical ...
Salaries in Radiology. In New Jersey, the average annual salary is $81,670, with the lowest 10% earning $62,990 or less and the highest 10% earning $101,620 or more. Nationally, the average salary is $73,410, with the lowest 10% earning $50,020 or less and the highest 10% earning $102,380 or more. This data highlights the differences in wages ...
Contact. Integrative STEM Education Armstrong Hall Room 181 P.O. Box 7718 The College of New Jersey 2000 Pennington Rd. Ewing, NJ 08628 609.771.2543 609.637.5135 Fax. Department Directory
On June 7th, 2024 High Tech High School hosted the second annual HCST Interlingua Festival. World Languages Departments of both schools, High Tech and County Prep, participated in this event and the French Honor Society of High Tech High School was the main organizer. There was a celebration of our linguistic and cultural diversity.
New Jersey Institute of Technology offers 3 Information Technology degree programs. It's a large, public, four-year university in a large city. In 2022, 261 Information Technology students graduated with students earning 234 Bachelor's degrees, 22 Master's degrees, and 5 Certificates.
Request Information. 2. Stevens Institute of Technology. Hoboken, NJ. Master's Degree Highest Degree Type. 3rd Most Popular In NJ. 83 IT Degrees Awarded. Stevens Institute of Technology is one of the finest schools in the United States for getting a degree in information technology.
Prepare to teach integrative STEM and technology in elementary, middle and high school settings. While focusing on engineering and technology design, our students engage in a variety of STEM content areas and educational methods. We offer fully accredited undergraduate and graduate teaching programs. Our graduates qualify for New Jersey certification and are actively recruited across the state ...
For Adults. GCIT's Adult Continuing Education Programs address both academic and occupational needs of adult and non-traditional learners. An Adult High School and High School Diploma Equivalency Test preparation program each support adult students in meeting academic requirements, while career and technical education programs, including apprenticeship opportunities, are designed to deliver ...
2024 ATAC AT Summit Announced! Join us 10/1/24. Check out the webpage for all the details. What is ATAC? The Richard West Assistive Technology Advocacy Center (ATAC) of Disability Rights New Jersey serves as New Jersey's federally funded assistive technology project through a sub-contract with New Jersey's Department of Labor and Workforce Development.
Why Computer Science and Information Technology? Accounts for 10.5% of the U.S. economy. Employs about 5.2 million people. Tech businesses continue to start up and take off across the country. NJ's own thriving tech ecosystem includes industry giants like Audible, Panasonic, Verizon, and Samsung. Projections indicate a 15% increase in jobs ...
1450 19th Street. Mays Landing, NJ 08330. Capstone projects test students' understanding and passion for a subject matter, often leading them toward a career choice within a field and greater awareness of how they can make meaningful contributions through their work. on Career Classroom: County vocational-technical schools empower students ...
Engineering & Technology; Science & Mathematics; Eligible Classification for Instructional Program (CIP) Codes. As stated in the New Jersey Perkins V State Plan, career and technical education programs of study must support career pathways meeting two out of the following three criteria, high-wage, high-skill, and in-demand occupations.
Academics. NJIT, a top-ranked public research university, offers undergraduate and graduate students over 125 degree programs ranging from the STEM disciplines to architecture and design, as well as management and humanities. Our interdisciplinary approach to learning offers students the ability to study in fields beyond their major. We ...