Occupational Ability and Role Fit Assessment with an Occupation ShortlistWhich kinds of work ask for the abilities you actually have?
Thirty-six original exercises measure five abilities in one sitting and match the shape of your profile to twelve occupations across finance, health, engineering, design, technology, trades, service, administration, law, manufacturing and media — with the honesty to print a tie where the measurement cannot separate two of them.
A shortlist that prints its own uncertainty
The Occupational Ability and Role Fit Assessment is a timed, scored measure of five cognitive abilities — verbal reasoning, numerical reasoning, spatial reasoning, clerical perception and information ordering — that reports how closely the shape of those five scores resembles the ability-importance profile of twelve occupations, using public occupational data and original exercises, with a band around every match.
Most career tests ask what you like. This one asks what you can do, in exercises you have to get right: a rule to read precisely, a worded calculation with a shortcut that goes wrong, a set of figures with a rule hidden in them, a coding row against the clock, a list to put in the one order the conditions allow. The ability definitions and the occupational requirement profiles come from the O*NET ability taxonomy published by the United States Department of Labor, which is in the public domain and is the most widely used description of what jobs ask of people. Every exercise is ours.
The match is a correlation between the shape of your five abilities and the shape an occupation asks for. That has a consequence the report says out loud: a correlation sees shape and not height. A high match with a low profile means your abilities are arranged the way that work asks for them, not that you have them at the level it asks for. So the profile is printed under the table, with its bands, and the level figure is printed beside it.
The table is honest in a way ranked lists usually are not. Every match carries a 68 per cent and a 95 per cent band, and the rank counts only separations the bands support. Two occupations that nothing separates share one rank as a tie, and the caption says why. Where a reader might be tempted to treat rank one as a recommendation, the page prints how many occupations sit reliably above and below each row instead.
Zero has a stated meaning. A respondent who answers every exercise the way people typically answer it scores zero on every ability, has a flat profile, and therefore matches nothing and everything equally. Every match is read against that zero, and the report shows what that same respondent would have matched had the correction not been done first, so you can see the artefact it removes.
The report closes with what it did not measure — interests, personality, knowledge, skill, experience, and whether anybody would hire you — printed in full size near the end, because a shortlist that does not name its own limits reads as a horoscope.
What you walk away with
Nine exercises. What follows from a short passage or a rule, and what only looks as if it does.
Six exercises. The right arithmetic for a worded problem, and the shortcut that quietly changes the base.
Six drawn figure sets. The rule that links them, including rules with two parts moving at once.
Six timed coding rows. Fast, accurate lookup against a key, with speed counted.
Nine exercises. The one order a stated rule or a set of conditions allows.
Twelve occupations, each with a match, its bands, what the match is based on, and a tie wherever the bands overlap.
Inside your report
Illustrative sample — your report is generated from your own responses.
| Rank | Occupation | Match and its bands | What this match is based on |
|---|---|---|---|
| 1tie of 3 | Software developer Technology | r 0.86 · 95% 0.74 to 0.96 | Fits best on verbal reasoning, information ordering; worst on clerical |
| 1tie of 3 | Registered nurse Health care | r 0.79 · 95% 0.65 to 0.91 | Fits best on verbal reasoning, information ordering; worst on spatial |
| 1tie of 3 | Lawyer Law | r 0.72 · 95% 0.56 to 0.88 | Fits best on verbal reasoning, information ordering; worst on numerical |
| 4 | Accountant or auditor Finance | r 0.48 · 95% 0.29 to 0.66 | Fits best on numerical reasoning, verbal reasoning; worst on spatial |
| 6tie of 2 | Electrician Skilled trades | r 0.12 · 95% -0.09 to 0.33 | Fits best on clerical perception, spatial reasoning; worst on verbal |
| 6tie of 2 | Architectural drafter Design and construction | r 0.04 · 95% -0.18 to 0.26 | Fits best on clerical perception, spatial reasoning; worst on verbal |
Rows sharing a rank are a tie: their bands overlap, so the measurement cannot say which is the closer match. Rank counts only the occupations whose whole band sits reliably above a row. Zero is the typical respondent.
The filled part of each band is the 68% range, the outline the 95% range. A match is about the shape of these five, not their height; an ability with fewer than eight exercises prints a placement word and no figure.
Built for
- Job seekers and career changers who want to know which kinds of work ask for the abilities they have, before they spend a year finding out
- Students choosing between courses that lead to different kinds of work
- Careers advisers who want an ability profile with bands rather than a single score, and a shortlist that admits what it cannot separate
- Anybody who has taken an interest inventory and wants the other half of the picture
See the shape of what you can do
36 exercises across five formats · about 45 minutes · the shortlist table, your five-ability profile with its bands, and one thing to do before you choose.
₹349 (incl. GST) · assessment and full report, nothing further to pay
Frequently asked questions
Five cognitive abilities — verbal reasoning, numerical reasoning, spatial reasoning, clerical perception and information ordering — through thirty-six original exercises you have to get right, and how closely the shape of those five scores resembles the ability-importance profile of twelve occupations drawn from the public O*NET database. It does not measure interests, personality, knowledge, skill, experience or intelligence as a single number.
No, and it says so on the page. A match is a correlation between the shape of your abilities and the shape an occupation asks for; it carries no information about your level, your interests, or whether you would be hired. Two occupations whose bands overlap are printed as a tie sharing one rank, because the measurement cannot separate them, and the report tells you to go and watch the work before choosing between them.
From the O*NET ability-importance ratings published by the United States Department of Labor, which are in the public domain. Twelve occupations were chosen to span finance, health care, engineering, design, technology, skilled trades, service, administration, law, manufacturing and media. The ability definitions come from the same taxonomy; every exercise on the form is an original work written for it.
The report prints a reliability table. Abilities with nine exercises carry a number with a band; abilities with six carry a placement — below, about, or above the typical respondent — and no figure, because a precise-looking number on a short scale would be a lie of precision. The reliability estimates are stated assumptions until live data exist, and the page says so.
About forty-five minutes for thirty-six exercises across five formats. ₹349 in India, inclusive of GST, or US$3.99 elsewhere, one time, for the sitting and the full report. It is free to retake, and the report prints the change threshold a retest has to clear before a difference means anything.
Each one takes a single capability, puts you inside the situations where it is actually tested, and scores your choices against published evidence — with a report designed for that capability alone, not a template. They span hiring, compliance, education, operations and personal skill.
Browse the catalogue →Methodology: Thirty-six original exercises across five formats: twelve single-choice reasoning items (six verbal, six numerical), six drawn figure-rule items for spatial reasoning, six timed symbol-to-digit coding rows for clerical perception, six ordering exercises for information ordering, and six select-every-that-applies items split between verbal reasoning and information ordering. One response instruction is declared for the whole instrument and it is a PERFORMANCE instruction: answer as well as you can. Nothing on the form asks what the respondent would do, prefers, or believes about themselves. Construct statement: this instrument measures the shape and level of five cognitive abilities as shown in one sitting, and how closely that shape resembles the ability-importance profile of twelve occupations. It does not measure interests, personality, motivation, knowledge, trained skill, experience, whether the respondent would enjoy or be hired for any occupation, or intelligence as a single quantity, and it is not a career recommendation. The five ability definitions and the twelve occupational requirement profiles are drawn from the O*NET content model and the O*NET occupational ability-importance ratings, which are work of the United States Department of Labor, Employment and Training Administration, in the public domain; the abilities used are Written Comprehension and Deductive Reasoning, Mathematical Reasoning and Number Facility, Visualization, Perceptual Speed, and Information Ordering. Every item on this form is an original work written for it; nothing is reproduced from O*NET or from any other instrument. Scoring design: profile-match correlation. Each ability is scored as the mean quality of the answered items, chance-corrected against the answer prior declared on every item, so that a hard part and an easy part sit on the same footing before the shape is compared. The five corrected scores form a vector, and the match to each occupation is the Pearson correlation between that vector and the occupation's importance vector on the same five abilities. Being a correlation, the match is unchanged by adding a constant to every ability or multiplying all of them by one, so overall level and response scatter drop out and no ipsatisation is needed; the price is that the match carries no level information at all, which is why the level profile is printed beside it and the report says in words that a high match with a low profile is a statement about shape, not height. The band around each match is a parametric bootstrap that perturbs the five ability scores by their standard errors and recomputes the correlation, and two occupations whose bands overlap are reported as a tie sharing one rank rather than being separated by a difference the measurement cannot support. The typical respondent, one who answers every item at its declared prior, scores zero on every ability after correction; a flat profile has no shape, so that respondent has a match of zero with every occupation, and that is what zero means on the page. An unanswered exercise leaves both the quality term and the chance term, so an unfinished sitting is short rather than bad, and an empty sitting scores exactly zero. Reliability is McDonald's omega estimated from item count and a stated assumed inter-item correlation of .30 within an ability and .18 across the whole form; an ability with fewer than eight items carries a three-way placement and no figure, and that refusal is printed. Every reported figure carries its standard error band. No percentile appears, because no norm group exists yet. Sources: the O*NET Content Model and the O*NET database abilities domain (Peterson, Mumford, Borman, Jeanneret and Fleishman, 1999, and the O*NET Resource Center technical documentation); Fleishman and Reilly, Handbook of Human Abilities (1992), the ability taxonomy O*NET adopted; Fleishman, Quaintance and Broedling, Taxonomies of Human Performance (1984); Carroll, Human Cognitive Abilities (1993), on the structure of verbal, quantitative, visual-spatial and speed factors; Schmidt and Hunter (1998) on the validity of general mental ability for job performance; Cronbach and Gleser (1953) on profile similarity and why a correlation discards elevation and scatter; Edwards (1993) on the limits of profile similarity indices; Haladyna, Downing and Rodriguez (2002) on multiple-choice item writing and cue control; McDonald (1999) on omega; Harvill (1991) on the standard error of measurement and score bands; Jacobson and Truax (1991) on the reliable change index used for the re-measurement threshold; Carpenter, Just and Shell (1990) on what matrix-completion items measure; and Joy, Kaplan and Fein (2004) on the digit-symbol coding paradigm. The items are original works. This assessment is not affiliated with, endorsed by, or derived from any commercial ability test, career inventory, or certification, and O*NET is a trademark of the United States Department of Labor, whose data are used here as public-domain material.