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100+ Free NYSTCE Technology Education Practice Questions

Pass your NYSTCE Technology Education Content Specialty Test (118) exam on the first try — instant access, no signup required.

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2026 Statistics

Key Facts: NYSTCE Technology Education Exam

90 + 1

Selected-Response + Constructed Response

NYSTCE Technology Education (118) test page

3h 15m

Testing Time

NYSTCE Technology Education (118) test page

520

Scaled Passing Score

NYSTCE Technology Education (118) test page

$122

Current Exam Fee

NYSTCE Technology Education (118) test page

20%

Weight of Pedagogical Content Knowledge

NYSTCE 118 framework

7

Content Domains on the Exam

NYSTCE 118 framework

9%

Weight of Biotechnology and Environmental Quality

NYSTCE 118 framework

2020

Year STEL Standards Replaced STL

ITEEA Standards for Technological and Engineering Literacy

The official NYSTCE Technology Education (118) test page lists 90 selected-response items and 1 constructed-response assignment, a 3 hour 15 minute testing time within a 3 hour 30 minute appointment, a 520 scaled passing score, and a $122 fee. The framework weights the test most heavily toward Pedagogical Content Knowledge (20%), followed by Fundamentals of Technology and Engineering Education (16%) and Technological and Engineering Design (16%), with Manufacturing and Construction Materials (14%), Transportation and Energy (13%), Information and Communication (12%), and Biotechnology and Environmental Quality (9%) completing the exam.

Sample NYSTCE Technology Education Practice Questions

Try these sample questions to test your NYSTCE Technology Education exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1How does technology differ from science?
A.Technology studies the natural world, while science modifies the human-made world
B.Technology is the human-made modification of the world to meet needs and wants, while science studies the natural world
C.Technology and science are identical fields with different names
D.Technology relies only on intuition, while science relies only on mathematics
Explanation: Technology is the human innovation in action — the use of knowledge, tools, and processes to modify the natural and human-made world to satisfy needs and wants. Science seeks to understand the natural world through inquiry. The two are interdependent but distinct.
2In a basic systems model, which element compares actual output to desired output and adjusts the process accordingly?
A.Input
B.Process
C.Feedback
D.Resource
Explanation: Feedback is information about the output of a system that is used to monitor and control the process, comparing actual results to the intended goal. A thermostat using temperature readings to adjust a furnace is a classic example of feedback in a closed-loop system.
3Which of the following best describes engineering?
A.The accumulation of scientific facts about nature
B.The application of scientific and mathematical principles to design solutions under constraints
C.The mass production of consumer goods
D.The marketing of finished technological products
Explanation: Engineering applies scientific, mathematical, and technological knowledge to design and create solutions to problems within real-world constraints such as cost, safety, time, and materials. Optimization among competing constraints is central to the engineering design process.
4The seven universal technological systems commonly used to organize technology education include all of the following EXCEPT:
A.Medical and agricultural/biotechnologies
B.Energy and power technologies
C.Astrological forecasting technologies
D.Information and communication technologies
Explanation: The Standards for Technological and Engineering Literacy describe technology across contexts such as medical, agricultural/bio-related, energy/power, information/communication, transportation, manufacturing, and construction. Astrology is a pseudoscience and is not a recognized technological system.
5A school adopts the Standards for Technological and Engineering Literacy (STEL), published in 2020. STEL replaced which earlier document?
A.Standards for Technological Literacy (STL)
B.Next Generation Science Standards (NGSS)
C.Common Core State Standards
D.National Educational Technology Standards (NETS)
Explanation: The International Technology and Engineering Educators Association (ITEEA) published the Standards for Technological and Engineering Literacy (STEL) in 2020 to replace the earlier Standards for Technological Literacy (STL), adding explicit engineering emphasis.
6Which statement best illustrates the concept that technologies have both intended and unintended consequences?
A.A new pesticide increases crop yields but also harms beneficial pollinators
B.A hammer is used to drive a nail into wood
C.A calculator performs arithmetic faster than mental math
D.A bicycle converts pedaling motion into forward movement
Explanation: Unintended consequences are unforeseen effects that accompany the intended benefits of a technology. A pesticide that raises yields (intended) while damaging pollinator populations (unintended) clearly demonstrates this dual-impact principle central to assessing technology.
7Conducting a life-cycle assessment of a product primarily helps a designer evaluate:
A.The product's environmental impact from raw-material extraction through disposal
B.Only the retail price of the finished product
C.The advertising effectiveness of the product
D.The color preferences of consumers
Explanation: A life-cycle assessment (LCA) examines the environmental impacts of a product across all stages — raw-material extraction, manufacturing, distribution, use, and end-of-life disposal or recycling. It supports sustainable design decisions.
8Which of the following is the best example of an open-loop control system?
A.A cruise-control system that adjusts throttle based on measured speed
B.A simple toaster that runs for a preset time regardless of bread darkness
C.A thermostat that cycles a furnace based on room temperature
D.An autopilot that corrects heading based on GPS readings
Explanation: An open-loop system carries out its operation without using feedback to adjust based on output. A timer-based toaster runs for a fixed interval no matter how dark the bread becomes, so it lacks the feedback loop present in closed-loop systems.
9The term 'technological literacy' is best defined as:
A.The ability to write computer programs in multiple languages
B.The ability to use, manage, assess, and understand technology
C.The memorization of the names of famous inventors
D.The ability to repair electronic devices only
Explanation: Technological literacy is the ability to use, manage, assess, and understand technology. A technologically literate person can make informed decisions about technology and understands its nature, history, and impacts on society and the environment.
10Which historical development is most associated with the beginning of the Industrial Revolution?
A.The invention of the integrated circuit
B.The widespread adoption of the steam engine and mechanized factories
C.The development of the World Wide Web
D.The discovery of electricity by Benjamin Franklin
Explanation: The Industrial Revolution, beginning in the late 18th century, was driven by the steam engine (notably James Watt's improvements) and the rise of mechanized factory production, which transformed manufacturing, transportation, and society.

About the NYSTCE Technology Education Exam

The NYSTCE Technology Education Content Specialty Test (118) is the New York subject-area exam for prospective technology education teachers. It assesses content knowledge across the engineering design process, manufacturing and construction materials, transportation and energy, information and communication, biotechnology and environmental quality, the fundamentals of technology and engineering, and the pedagogy needed to teach these subjects safely and effectively in grades 7-12.

Questions

90 scored questions

Time Limit

3h 30m appointment (3h 15m testing)

Passing Score

520 (scaled)

Exam Fee

$122 (New York State Education Department / Pearson Evaluation Systems)

NYSTCE Technology Education Exam Content Outline

20% of the test

Pedagogical Content Knowledge

Project- and problem-based instruction, authentic and formative assessment, rubrics, lab safety and management, differentiation for IEP/504/ELL students, equity and inclusion, CTE, and career readiness.

16% of the test

Fundamentals of Technology and Engineering Education

Nature and history of technology, systems thinking (inputs, processes, outputs, feedback), the seven technological resources, STEL standards, impacts of technology, and the relationship among technology, science, and engineering.

16% of the test

Technological and Engineering Design

The engineering design process, criteria and constraints, ideation and iteration, technical drawing and CAD, prototyping, structures and trusses, mechanisms and simple machines, and design evaluation.

14% of the test

Manufacturing and Construction Materials

Material properties, additive and subtractive manufacturing, CNC, mass production and quality control, construction systems and codes, joining methods, and lab safety and SDS use.

13% of the test

Transportation and Energy

Renewable and nonrenewable energy sources, energy conversion and efficiency, electricity and Ohm's law, internal-combustion and power systems, transportation subsystems, and fluid power.

12% of the test

Information and Communication

Communication system models, digital information and binary, graphic and electronic communication, printing processes, networking, digital media, and digital citizenship.

9% of the test

Biotechnology and Environmental Quality

Biotechnology and genetic engineering, agricultural technology and hydroponics, sustainability and life-cycle assessment, waste-management hierarchy, bioremediation, and carbon footprint.

How to Pass the NYSTCE Technology Education Exam

What You Need to Know

  • Passing score: 520 (scaled)
  • Exam length: 90 questions
  • Time limit: 3h 30m appointment (3h 15m testing)
  • Exam fee: $122

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

NYSTCE Technology Education Study Tips from Top Performers

1Memorize the engineering design process steps and the difference between criteria (requirements) and constraints (limits)
2Practice technical calculations: Ohm's law, mechanical advantage, gear ratios, tolerances, and efficiency, since these appear across multiple domains
3Connect systems thinking (inputs, processes, outputs, feedback) to examples in every technological context
4For pedagogy questions, choose answers that prioritize student safety, equitable access, and authentic hands-on learning
5Review lab safety essentials: PPE, machine guards, SDS use, and documenting safety training before students operate equipment
6Practice a timed constructed response that applies technology education content to a design or instructional scenario

Frequently Asked Questions

How many questions are on the NYSTCE Technology Education (118) exam?

The current NYSTCE Technology Education (118) test page lists 90 selected-response items plus 1 constructed-response assignment. The appointment runs 3 hours 30 minutes, with about 3 hours 15 minutes of actual testing time after the tutorial and administrative steps.

What passing score do I need for NYSTCE 118?

You need a scaled score of 520 to pass the NYSTCE Technology Education (118) exam. Aim for consistent performance across all seven content domains rather than trying to estimate a raw-score cutoff.

How much does the NYSTCE Technology Education (118) exam cost?

The current NYSTCE fee for the Technology Education (118) Content Specialty Test is $122. Always confirm the fee in your NYSTCE account at registration in case the testing program updates pricing.

Which NYSTCE 118 domains carry the most weight?

Pedagogical Content Knowledge is the largest domain at 20%, followed by Fundamentals of Technology and Engineering Education (16%) and Technological and Engineering Design (16%). Biotechnology and Environmental Quality is the smallest at 9%.

Is there a written assignment on the NYSTCE 118 exam?

Yes. In addition to the 90 selected-response questions, the exam includes one constructed-response assignment that asks you to apply technology and engineering education knowledge in writing, so practice organizing clear, evidence-based responses.

How should I study for the NYSTCE Technology Education exam effectively?

Study with applied scenarios and worked calculations, not isolated definitions. Prioritize the engineering design process, systems thinking, lab safety and management, and the pedagogy domain, since pedagogical content knowledge is the single largest portion of the test.