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Engineering Activity Orientation Assessment Test

With 24 questions completed in about 5 minutes, the Engineering Activity Orientation Assessment Test helps you explore which engineering work appeals to you most. Your result highlights preferences across organizational, production, design, and research activities, supporting clearer self-reflection about potential roles and work environments.

Questions: 245 minutes

Engineering Activity Orientation Assessment: situation and reply bubbles

October 2, 2025October 2, 2025Material has been updatedOctober 2, 2025Material has been published

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2,007 completions

1,735 likes

Daniel Hall Psychologist · Test reviewer

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Scale Explorer

How the Scales are Structured

Organizational SkillsOS

Measures preference and skill for organizing, coordinating, and leading engineering work and decisions.

example score7/12

7/12Low organizational focusexample score

0 – 7Low organizational focus

8Moderate organizational focus

9 – 12High organizational focus

A score of 7 indicates a lower orientation toward managing and coordinating others, with greater comfort in roles that require less formal oversight responsibility.

ProductionP

Measures preference for industrial engineering activity focused on implementing technical solutions and organizing production processes.

example score4/12

4/12Lower orientationexample score

0 – 7Lower orientation

8Moderate orientation

9 – 12Higher orientation

A score of 4 indicates a lower inclination toward industrial activities, suggesting less interest in hands-on implementation and production organization compared with other engineering directions.

Design and DevelopmentDaD

Measures interest in designing and developing new technical solutions and a tendency toward creative engineering problem-solving.

example score2/12

2/12Lowexample score

0 – 8Low

9 – 12High

A score of 2 falls in the Low range, suggesting limited preference for design and engineering tasks compared with other engineering activity types.

ResearchR

Measures preference for research-oriented engineering work such as seeking new knowledge, experimenting, and analyzing information.

example score9/12

9/12High research focusexample score

0 – 8Low research focus

9 – 12High research focus

A score of 9 indicates a strong inclination toward research activities, with motivation for investigation, experimentation, and analytical problem-solving.

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DATA-BASED USER COHORTS

Who Usually Takes This Test?

Engineering students choosing track

41%OF USERS

Students and early grads use it to see whether they’re more drawn to research, design, production, or management before picking electives, internships, or a specialization.

Engineers planning next role

34%OF USERS

Working engineers take it to confirm which type of tasks energize them most and to guide a move into R&D, development, production, or leadership.

Managers staffing project teams

25%OF USERS

Team leads and HR specialists use it to assign people to the kind of engineering work where they’re likely to perform best and stay motivated.

BASED ON AGGREGATED, ANONYMIZED DATA FROM TENS OF THOUSANDS OF FREUDLY USERS.

Benchmarking

See How You Compare

Once you complete the test, your results are compared with real-world data from people in your country.
Below is a preview of how scores are typically distributed across each scale.

Shaded area — where most people score

Dot — the average

You — your score lands on each curve after the test— your score, after the test

OrganizationalO

You?

Average4.1

Typical rangeTypical2.7 – 5.6

Possible0 – 12

IndustrialI

You?

Average5.8

Typical rangeTypical4.1 – 7.6

Possible0 – 12

Design and EngineeringDaE

You?

Average5.7

Typical rangeTypical4 – 7.3

Possible0 – 12

ResearchR

You?

Average7.7

Typical rangeTypical5.9 – 9.5

Possible0 – 12

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SAMPLE QUESTIONS

Example Questions From the Test

From the engineering activities listed below, select the one that you find most appealing and that best matches your aptitudes and interests. Please respond carefully and honestly.

- Plan and conduct experiments to test scientific hypotheses and identify patterns.
- Operate machines, mechanisms, and instruments (control, monitor, regulate).
- A. Design and develop new instruments, machines, and mechanisms
- B. Organize, plan, and coordinate people's production activities
- Operate machinery and equipment (control, monitor, adjust).
- Organize, plan, and coordinate people’s production activities.

These are 3 of the 24 real questions — the rest appear in the test. No sign-up needed to start.

WHAT THE TEST MEASURES

Engineering Activity Orientation Assessment Test - Description and methodology of the test

career guidance

People choosing among technical roles can use this assessment to explore whether their interests lean toward coordination, production, design, or inquiry. The Engineering Activity Orientation Assessment Test is intended for people exploring engineering activities, comparing technical roles, or considering different forms of engineering work. Its result offers a profile of your preferred engineering activities, helping you reflect on engineering role preferences, responsibilities, work settings, and possible areas for further exploration.

What This Assessment Explores

Rather than measuring general technical ability, the questionnaire asks which engineering situations appeal to you. Paired alternatives contrast coordinating people, operating equipment, improving devices, developing solutions, and investigating problems through experiments. The result reflects preferred activity patterns, not proven competence or guaranteed career fit.

The four displayed dimensions show where your engineering career interests are most pronounced:

Organizational Skills (0-12) reflects coordination and responsible decision-making: Low organizational focus (0-7), Moderate organizational focus (8-8), High organizational focus (9-12).
Production (0-12) reflects practical implementation and production processes: Lower orientation (0-7), Moderate orientation (8-8), Higher orientation (9-12).
Design and Development (0-12) reflects interest in creating or improving technical solutions: Low (0-8), High (9-12).
Research (0-12) reflects interest in experiments, new knowledge, and analysis: Low research focus (0-8), High research focus (9-12).

Methodology and Scientific Basis

Each item presents two engineering activities and asks which better matches your interests or aptitudes. Options cover experiments, equipment operation, production coordination, design improvement, and new-device development. This forced-choice format makes the result comparative: paired choices compare activity preferences, but the questionnaire does not specify each choice’s point contribution.

The result appears across the four dimensions as a profile rather than a single aptitude score. Read the catalogue’s bands as shown; they are descriptive preference categories, not performance predictions. A 2005 book that includes a contribution by Godlinik provides the closest conceptual reference for orientation toward engineering activities. The questionnaire is conceptually consistent with that work, while Pidbutska (2015) and Uvarina, Shumakova, Korneev, and Shumakov (2024) discuss related engineering qualities and activity orientation. This online version is presented as a preference profile rather than a standardized measure of engineering performance.

Use the profile to compare engineering work preferences with tasks, training opportunities, and environments under consideration. Answers may reflect coursework, work exposure, confidence, or the situation imagined while responding, so treat the result as one structured input for broader career reflection.

Author: John L. Holland

Literature:

Tutushkina, M. K. (Ed.). (2005). Modern Practical Psychology: A Study Guide for University Students in Non-Psychology Specialties, with contributions by E. A. Solovyova and O. B. Godlinik. Moscow: Academia. ISBN 5-7695-2070-1.
Pidbutska, N. V. (2015). Analysis of the Professionally Important Qualities of Future Engineers. Science and Education a New Dimension. Pedagogy and Psychology, III(32), Issue 63, 81-84.
Uvarina, N. V., Shumakova, O. A., Korneev, D. N., and Shumakov, V. A. (2024). Personal Characteristics of Students as a Condition for Forming Orientation Toward a Specific Type of Engineering Activity. Bulletin of the South Ural State University. Series Education. Educational Sciences, 16(4), 82-92. 10.14529/ped240407