Bachelor of Arts
Degree Overview
- Delivery Format: on-campus
- Required Credits: 120
Program Details
The B.S. in Chemistry prepares students for a career as a professional chemist, investigating the composition, structure, properties and change of matter. Chemistry mainly studies interactions and transformations between atoms and molecules. Chemistry is also a central science because it bridges other sciences such as physics and biology. Furthermore, chemistry is the foundation for scientists and engineers to improve the life of humankind.
Students and/or graduates of the program will strive for success in the following objectives:
- Research-based Inquiry: Students employ research methods appropriate to their disciplines.
- Ethical Conduct: Students demonstrate professional and civic responsibility, including respect for all individuals.
- Creativity: Students use heuristics to evaluate, analyze and synthesize innovative solutions to existing and emerging problems.
What You Will Learn:
The B.S. in Chemistry is constructed to provide students the fundamental knowledge and laboratory skills to enter the workforce at different levels. The degree emphasizes a quantitative methodological approach to chemistry. By the end of the course, students should be able to meet the following learning outcomes:
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Explain atomic structure and write chemical formula for simple compounds
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Perform chemical calculations systematically using dimensional analysis or multiplication by one
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Calculate moles, molecular and empirical formula of a compound from basic principles
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Balance chemical equations
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Identify various types of chemical reactions and apply the concept of limiting reagent to calculate percentage yield of products
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Apply various gas laws and the first law of thermodynamics to chemical problems
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Calculate the energy changes in chemical reactions
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Explain the quantum mechanical basis for the sub-structure of the atom
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Write the electronic configuration for the elements in the periodic table
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Draw the Lewis dot structures for simple molecules
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Use VSEPR to predict shapes of molecules and whether a molecule will have a dipole moment
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Identify sigma and pi bonds and explain the hybridization of the molecules
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Describe the differences in bonding patterns between solids, liquids, and gases
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Predict changes in freezing point, elevation in boiling point and osmotic pressure when a solute dissolves in a pure solvent
Admissions & curriculum
Accelerated Option
Chemistry Salaries
Starting Salary, NJIT Average
In 2016, the Food and Drug Administration hired the most employees titled “Chemistry,” with an average salary of $108,445.
Where do Chemistry majors work?
- Technical Area Lead
- Operations Analyst
- Senior Scientist
- Laboratory Manager
- Mylan
- NYU Langone Health
- Bristol Myers Squibb
- Merck
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Studying in a multidisciplinary setting at NJIT taught me how to approach problems from both engineering and scientific perspectives."Antanina Voit -
With the excellent training I got at NJIT, I am ready to start a new journey and explore the world."Xinglei Liu -
I enjoy my education at NJIT, it fosters my professional and personal growth."Jie Dou
Degree Overview
- Delivery Format: on-campus
- Required Credits: 120
Program Details
At the heart of the Law, Technology and Culture program is a dynamic, interdisciplinary core curriculum of 21 credits of law-related coursework in history, philosophy, social science, engineering, information technology, management, and science, technology and society. Special features of the program’s curriculum allow students to focus on their interests in law in relation to technology, media, environment, health, and culture.
We expect that, as a student and/or graduate of the Law, Technology and Culture B.A. program, you will meet the following:
- Academic Excellence: Students will excel in 21 required law and technology credits, 18 credits of law-related electives, a 3-credit internship in law and a 3-credit senior seminar in which they prepare a major paper in law, technology and culture.
- Student-Faculty Collaboration: Students will benefit from personal guidance from distinguished faculty in crafting an individualized course of study. They have the opportunity to do independent legal research under the supervision of faculty.
- Career Development: Students will plan for a legal career and/or apply for an advanced degree program.
What You Will Learn:
If you are interested in how law and regulation shape contemporary society, the Law, Technology, and Culture program will offer you a valuable educational opportunity. An honors orientation; hands-on internships in law; a senior seminar in law, technology, and culture; and a patent law option available to students pursuing careers as patent attorneys or patent examiners are among the benefits of this program.
While students in the Law, Technology and Culture B.A program acquire a diverse range of skills and knowledge, we specifically aim for our students to meet the following learning outcomes:
- Students can communicate effectively, both orally and in writing.
- Students are able to demonstrate knowledge of basic legal principles and core substantive and procedural laws.
- Students demonstrate proficiency in seeking and using information efficiently, effectively, and ethically.
- Students observe and practice applications of concepts learned in a real-world setting.
- Students develop independent research skills, marshal evidence, and apply legal reasoning skills to make original analytical arguments in a legal specialization area.
Admissions & curriculum
Accelerated Option
Law, Technology and Culture Salaries
Starting Salary, NJIT Average
Mid-Career Salary, National Average
Patent lawyer is the fourth highest paying job according to CNN.com
Where do Law, Technology and Culture majors work?
- Paralegal
- Law Clerk
- Attorney
- Law Offices
- Cognizant Technology Solutions Corp
- International Game Technology (IGT)
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NJIT was my dream school."Hilsson Angeles -
Getting a degree from a great school like NJIT gave me the opportunity to choose the job I wanted."Seif Issa
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Degree Overview
- Delivery Format: on-campus
- Required Credits: 120
Program Details
In the Mathematical Sciences B.S program, students will gain a strong, fundamental understanding of both applied and pure mathematics, which they can apply to a diverse set of concentrated career fields including mathematics, natural sciences, computer science, social sciences or business. The program’s objective is to prepare students for graduate studies or successful careers in mathematical science and related fields.
Students and/or graduates of the Mathematical Sciences B.S. program will exhibit and/or engage in the following:
- Ethical and Professional Behavior: Our students will develop skills to effectively communicate, lead and collaborate in a team dynamic and act ethically in a professional setting.
- Chosen Research Focus: Students work closely with their academic advisor to achieve their academic and career focus through program concentrations in Applied Mathematics, Applied Statistics, Computational Mathematics, Mathematical Biology and Mathematics of Finance and Actuarial Science.
- Academic Excellence: Our students will build the academic foundation for a successful career in fields such as mathematical finance, mathematical computing, statistics or actuarial science.
What You Will Learn:
Alongside NJIT’s distinguished faculty, students of the Mathematical Sciences B.S. program will develop and enhance their computational and analytical skills to become highly qualified professionals who can enter productive and in-demand careers in industry, education, and research in New Jersey and throughout the U.S.
Though the program encourages students to hone various skills and knowledge they are interested in its diverse concentrations, graduates from the B.S. in Mathematical Sciences program should all meet the following learning outcomes:
- Ability to apply knowledge of mathematics and mathematical methods.
- Ability to identify well-defined features of quantifiable systems and extract useful inferences from data.
- Ability to formulate a mathematical model of a quantifiable system.
- Ability to use mathematics to solve a mathematical model or problem; in particular, an ability to extract quantitative data and information from a mathematical model. Depending on the concentration, the mathematical models that are studied are drawn from physics, biological sciences or finance. Extracting features from data is particularly stressed in the Applied Statistics concentration.
- Ability to distinguish between a good (or well-founded) model and a bad or (poorly-founded) model.
- Ability to communicate effectively; in particular, an ability to communicate concepts and methods of mathematical sciences and their relation to problems in other fields of science and engineering.
- Ability to work effectively, both independently and as part of an interdisciplinary group.
- A recognition of the need for and an ability to engage in lifelong learning.
Admissions & curriculum
Accelerated Option
Mathematical Sciences Salaries
Starting Salary, NJIT Average
Mid-Career Salary, National Average
In a 2016 report listing the 50 college majors with the highest starting salaries, Glassdoor ranked Mathematics at #12.
Where do Mathematical Sciences majors work?
- Actuarial Student Coordinator
- Programmatic Strategy Investment Analyst
- Prudential Financial
- Payscout
- Aon
- New Jersey National Guard
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NJIT was my dream school."Hilsson Angeles -
Getting a degree from a great school like NJIT gave me the opportunity to choose the job I wanted."Seif Issa
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Need Help? We’re here to advise you.
Degree Overview
- Delivery Format: on-campus
- Required Credits: 129
Program Details
A graduating student is:
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Prepared to work as a computing professional utilizing the knowledge acquired in the undergraduate program in Information Technology at NJIT.
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Prepared to be both professionally and socially engaged in the computing profession.
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Prepared for life-long learning and continuing professional development and training in Information Technology.
What You Will Learn:
A graduating student will have the ability to:
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Apply knowledge of computing and mathematics appropriate to the discipline.
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Analyze a problem, and identify and define the computing requirements appropriate to its solution.
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Design, implement and evaluate a computer-based system, process, component or program to meet desired needs.
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Function effectively on teams to accomplish a common goal.
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Communicate effectively with a range of audiences.
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Analyze the local and global impact of computing on individuals, organizations and society.
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Recognize the need for and an ability to engage in continuing professional development.
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Use current techniques, skills and tools necessary for computing practice.
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Use and apply current technical concepts and practices in the core information technologies.
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Identify and analyze user needs and take them into account in the selection, creation, evaluation and administration of computer-based systems.
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Integrate IT-based solutions into the user environment.
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Understand best practices and standards and their application.
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Assist in the creation of an effective project plan.
Admissions & curriculum
Accelerated Option
Information Technology Salaries
Starting Salary, NJIT Average
Mid-Career Salary, National Average
Top 50 for Best Online Graduate Computer Information Technology Programs - U.S. News & World Report, 2025
Where do Information Technology majors work?
- IT Controls Analyst
- Cyber Security Consultant
- Security Analyst
- Web Developer
- Network Engineer
- UPS
- oXya - A Hitachi Data Systems Company
- Prudential Financial
- Optum - a UnitedHealth Group Company
- TD Ameritrade
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The Honors College has had a tremendous impact on my college experience."Robert Gidia -
After graduation, I am headed to Merck & Co. for a 2 ½ year rotational program in IT. "Jake Ponulak -
NJIT provided me with a well-rounded education in game development."Robert Gioia
Contact Us
Need Help? We’re here to advise you.
Degree Overview
- Delivery Format: on-campus
- Required Credits: 129
Program Details
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Prepare students for productive careers and amplify their potential for lifelong personal and professional growth.
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Prepare students to conduct research with an emphasis on applied, interdisciplinary efforts that encompass architecture, design and science, including physical and life sciences, engineering, mathematics, infrastructure systems, computing information, communication technologies and management.
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Prepare students for service in urban environments and the broader society of the city, state, nation and global community by conducting public policy studies, making educational opportunities widely available and initiating community‐building projects.
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Prepare students to contribute to economic development through the state’s largest business incubator system through workforce development, joint ventures with government and the business community and the development of intellectual property.
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Prepare graduates for positions of leadership as professionals and as citizens.
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Provide educational opportunities for a diverse student body.
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Respond to the needs of large and small businesses, state and local governmental agencies and civic organizations.
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Advance the use of sciences, technology, engineering and mathematics as a means of improving the quality of life.
What You Will Learn:
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Apply knowledge from computing, mathematics, statistics and management to ensure effective Information Systems practice.
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Demonstrate the capability to analyze problems and systems and identify, define, and design appropriate computing Information Systems and Information Technology solutions, tools and methodologies.
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Demonstrate a working knowledge of the Software Development Life Cycle, which includes requirements analysis, systems design, implementation, testing, deployment, maintenance and evaluation, and apply it to Information Systems projects that solve problems where computing solutions are appropriate.
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Function effectively on teams in order to accomplish a desired goal.
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Understand the ethical, societal and professional responsibilities of the Information Systems professional.
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Communicate effectively in both oral and written modes.
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Identify and analyze the bidirectional impact of sociotechnical problems and computing on individuals, organizations and society, including ethical, legal, security and policy issues.
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Invoke current techniques, skills, tools and methodologies necessary to becoming an effective Web Information Systems professional.
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Engage in continuing professional development
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Understand the purpose of research in Web Information Systems and Computing, and how this benefits current practice.
Admissions & curriculum
Web & Information Systems Salaries
Starting Salary, NJIT Average
Mid-Career Salary, National Average
College Factual ranked NJIT the No. 1 Best Computer Information Systems College Nationally.
Where do Web & Information Systems majors work?
- Information Systems (IS) Analyst
- Web Programmer
- Senior Project Manager
- Tangential LLC
- Moody's Corporation
- Scholastic Corporation
- Cisco Systems Inc.
- BAE Systems Inc.
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My experience here at NJIT was extremely rewarding. Not only did I learn all the essentials to Web Design and Information systems, but the professors really pushed me to do my best"Brittani Brundage -
Getting a degree from a great school like NJIT gave me the opportunity to choose the job I wanted."Seif Issa -
NJIT was my dream school."Hilsson Angeles
Contact Us
Need Help? We’re here to advise you.
Degree Overview
- Delivery Format: on-campus
- Required Credits: 72
Program Details
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The Industrial Design program at NJIT engages the act of “making” within a critical and contemporary context by exploiting the possibilities of technology, addressing the needs of the 21st century, and inspiring the tools of tomorrow.
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The program’s mission is to harness the optimism, entrepreneurialism and innovation of students and faculty alike as well as the institutional commitment to research and public service for the preparation of a new generation of designers.
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The program provides educational opportunities by fully immersing students in current use of digital tools and technologies, while pursuing a progressive human-centered, interdisciplinary design approach around economic, social and environmental responsibility.
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We seek to educate product designers who see opportunities where others see problems; creative thinkers with a wide knowledge base and skill set; artists who explore aesthetics through form, color, texture and materiality; engineers who optimize user experiences by harnessing innovative materials and technologies; entrepreneurs who observe market trends, exploit innovation and protect intellectual property; manufacturers who streamline production and increase profit; environmentalists who assume responsibility for production, use and disposal of the objects created.
What You Will Learn:
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Development of an ability to design products and systems, including but not limited to a foundational understanding of how products and systems are made; what makes them valuable, how they are developed, realized and distributed; and how they are related to environmental and societal issues and responsible design.
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Development of an ability to use technologies and tools associated with multidimensional design representation, development, dissemination and application.
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Development of a foundational knowledge of the history of Industrial Design as well as art and design in general, including but not limited to the influences of works and ideas on the evolution of design study and practice over time and across cultures.
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Can demonstrate knowledge of user experience, human factors, applied ergonomics, contextual inquiry and usability studies.
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Have an ability to research, define and communicate about problems, variables and requirements; conceptualize and evaluate alternatives; and test and refine solutions, including the ability to synthesize user needs in terms of value, aesthetics and safety.
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Have an ability to communicate concepts and specifications in verbal, written and multiple media at levels ranging from abstraction and sketches, to detailed multidimensional, functional and visual representations.
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Develop an understanding and functional knowledge of professional design practices and processes, including but not limited to ethical behaviors and intellectual property issues such as patents, trademarks and copyrights.
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Have knowledge of basic business practices and their relationship to industrial design as well as the ability to investigate and reconcile the needs related to entrepreneurship, marketing, engineering, manufacturing, servicing and ecological and social responsibility in the process associated with specific design projects.
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Demonstrate the acquisition of collaborative skills and ability to work effectively in interdisciplinary or multidisciplinary teams.
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Development of a commitment to lifelong learning and active engagement in professional communities.
Admissions & curriculum
Industrial Design Salaries
Starting Salary, NJIT Average
Mid-Career Salary, National Average
Value Colleges recently ranked Industrial Design as the 16th Best Value for Undergraduate Programs in the U.S. NASAD accredited.
Where do Industrial Design majors work?
- Toy Designer
- Furniture Designer
- Product/Industrial Designer
- Lighting Designer
- Exhibit Designer
- American Design Club
- Artistic Tile
- Cambridge Silversmiths
- Dauphin North America
- Enchanté Lites
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NJIT taught me that design is about telling a story."Jonathan Ferrer -
I enjoyed new and challenging projects that pushed me to learn more in the field of product design."Richard Wan -
My aim is to use design as a vehicle to understand and create positive social change."Jenna Stuiso
Degree Overview
- Delivery Format: on-campus
- Required Credits: 70
Program Details
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It is the mission of the Interior Design program to provide students the opportunity to participate in the design, development and implementation of creative and technical solutions for a variety of interior environments in which all people exist and function.
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The program offers coursework that synthesizes design history and theory, structural and technical systems, legal, ethical, and economic frameworks for professional practice along with the social, cultural and environmental context of the built environment.
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Students will deal with Interior Design in the context of the architectural and engineering environments in which their anticipated projects reside.
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The program prepares students to fully utilize 21st century technology, specifically information technology and digital media, in the process and products of Interior Design.
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An additional and critical goal of the program is the preparation of students to work in maintaining the health, safety and welfare of the public by understanding and adhering to building and life safety codes, having an awareness of ergonomics, universal design, and ADA requirements, and becoming knowledgeable about environmentally responsible building practices and materials. And, as designers, we want everything to look good.
What You Will Learn:
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Ability to conceive and design for interior spaces, incorporating knowledge and skills.
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Understanding the basic principles of design and color in two and three dimensions, particularly with regard to human response and behavior. Design principles include, but are not limited to, an understanding of basic visual elements, principles of organization and expression and design problem solving.
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Ability to apply design and color principles in a wide variety of residential and non-residential projects. This requires an in-depth knowledge of the aesthetic and functional properties of structure and surface, space and scale, materials, furniture, artifacts, textiles, lighting, acoustics, heating and cooling systems, air quality systems, and the ability to research and solve problems creatively in ways that pertain to the function, quality and effect of specific interior programs.
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Understanding of the technical issues of human factors and basic elements of human behavior, including areas such as programming, environmental control systems, anthropometrics, ergonomics, proxemics, wayfinding, sustainability, universal design, and design for the physically and mentally challenged. In making design decisions, the ability to integrate human-behavior and human-factor considerations with project goals and design elements.
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Knowledge of the technical aspects of construction and building systems, and energy conservation, as well as working knowledge of applicable legal codes, contract documents, specifications protocols, schedules and regulations related to construction, environmental systems, accessibility, human health and safety, and the ability to apply such knowledge appropriately in specific design projects.
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Ability to hear, understand and communicate to the broad range of professionals and clients involved or potentially involved in the concepts and requirements of Interior Design projects. Such communication involves verbal, written and representational media in both two and three dimensions and encompasses a range from initial sketch to finished design. Capabilities with technical tools, conventions of rendering and representation, global measuring systems, and systems of projection, including perspective, are essential.
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Acquisition of collaborative skills and the ability to work effectively in interdisciplinary or multidisciplinary teams.
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Functional knowledge of the history of art, architecture, decorative arts and Interior Design, including but not limited to the influences of work and ideas on the evolution of Interior Design practice.
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Functional knowledge of professional design practices and processes, including but not limited to professional and ethical behaviors and intellectual property issues such as patents, trademarks and copyrights.
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Functional knowledge of basic business practices including, but not limited to entrepreneurship, marketing, accounting and manufacturing; and basic practices associated with the overall business of interior design such as ethics, intellectual property, labor issues, and decisions associated with ecological and social responsibility and sustainability.
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The ability to gather information, conduct research and apply research and analysis to design projects. Familiarity with research theories and methodologies related to or concerned with Interior Design is essential.
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Development of a commitment to lifelong learning and active engagement in professional communities.
Admissions & curriculum
Interior Design Salaries
Starting Salary, NJIT Average
Mid-Career Salary, National Average
Aspiring design professionals can combine Interior Design and Architecture degrees to qualify for certification/licensure in both fields.
Where do Interior Design majors work?
- Interior Designer
- Project Coordinator
- Manufacturer’s Representative
- Lighting Designer
- Environetics
- Gensler
- HLW International
- L’Oreal
- Tricarico Architecture and Design PC
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I learned how to get involved and create opportunities. I’ve really enjoyed my time at NJIT."Michael Chiappa -
Hiller College has provided me with so many opportunities to better myself and learn more about Interior Design."Victoria Lynn Birritteri -
Hillier College has taught me the essence of interior design."Alexandra DePalo