Social Science Research Assistant AI ROI: $22,049 Net
Social science research assistance needs a provenance-first ROI test
Direct answer: the sealed model identifies 857 AI-addressable hours for one social science research assistant. At $39.73 per loaded hour, that is $34,049 gross capacity and $22,049 net after the explicit $12,000 tooling allowance. It does not put a price on participant trust, research validity, consent, or a finding.
The sound workflow is a provenance chain, not an automated study. Recruitment records, approved communications, coding references, database checks, tables, and manuscript support can be organized into reviewable artifacts. Investigators and trained staff must retain authority over eligibility, consent, participant contact, coding choices, disclosure, interpretation, and reporting.
The displayed result assumes a 2,080-hour work year and 1.3× labor loading. Those defaults make the arithmetic reproducible; they are not an assertion about the staffing cost or protocol of a particular university, nonprofit, government program, or research firm.
Map the study operations before naming an automation
ONET lists 22 responsibilities for the occupation. The 14 highest-value rows below distinguish data work from participant-facing work. Eight rows have task-specific Economic Index evidence; every other row says aei_occ, meaning it uses the occupation-level observation. The allocation is derived from ONET Importance × Relevance, not hidden monitoring of a research office.
| Study-operation stage | O*NET responsibility | Allocated year | AI-use signal | Evidence | Addressable time | Gross capacity |
|---|---|---|---|---|---|---|
| Analysis support | Design and create special programs for tasks such as statistical analysis and… | 118 hrs | 55.7% | aei_task | 66 hrs | $2,622 |
| Data verification | Verify the accuracy and validity of data entered in databases, correcting any… | 145 hrs | 43.9% | aei_occ | 64 hrs | $2,527 |
| Research communication | Provide assistance with the preparation of project-related reports, manuscripts,… | 143 hrs | 43.9% | aei_occ | 63 hrs | $2,495 |
| Project administration | Perform data entry and other clerical work as required for project completion. | 131 hrs | 43.9% | aei_occ | 58 hrs | $2,284 |
| Results presentation | Prepare tables, graphs, fact sheets, and written reports summarizing research… | 126 hrs | 43.9% | aei_task | 55 hrs | $2,201 |
| Database stewardship | Prepare, manipulate, and manage extensive databases. | 103 hrs | 47.9% | aei_task | 49 hrs | $1,959 |
| Quality-control design | Develop and implement research quality control procedures. | 106 hrs | 43.9% | aei_occ | 47 hrs | $1,851 |
| Statistical support | Perform descriptive and multivariate statistical analyses of data, using… | 105 hrs | 43.9% | aei_occ | 46 hrs | $1,828 |
| Interview administration | Administer standardized tests to research subjects, or interview them to collect… | 95 hrs | 43.9% | aei_occ | 42 hrs | $1,661 |
| Consent | Obtain informed consent of research subjects or their guardians. | 93 hrs | 43.9% | aei_occ | 41 hrs | $1,625 |
| Recruitment | Recruit and schedule research participants. | 92 hrs | 43.9% | aei_occ | 40 hrs | $1,601 |
| Follow-up | Track research participants, and perform any necessary follow-up tasks. | 87 hrs | 43.9% | aei_occ | 38 hrs | $1,518 |
| Coding preparation | Code data in preparation for computer entry. | 82 hrs | 43.9% | aei_occ | 36 hrs | $1,422 |
| Eligibility screening | Screen potential subjects to determine their suitability as study participants. | 76 hrs | 43.9% | aei_occ | 33 hrs | $1,319 |
The 64-hour database-verification row is a candidate for an exception queue with source-to-field links. It is not a reason to let a system silently “correct” research data. The 55-hour results-presentation row can support traceable table assembly; it cannot select a statistic, conceal a result, or decide what a study means. Participant-facing rows require the greatest restraint: an addressable estimate cannot substitute for informed consent or human judgment about eligibility and care.
A responsible pilot: from approved source to reviewer queue
Start with a non-sensitive, already authorized artifact such as an evidence table or a coding-reference package. Put the protocol owner, permitted sources, retention rule, and human reviewer in the intake. Preserve source links and record each change as a proposed change. Keep participant identifiers, consent decisions, sensitive free text, and investigator conclusions outside the workflow unless the organization has explicitly designed and approved the relevant safeguards.
| Provenance checkpoint | Workflow contribution | Required researcher or staff action | No-fit or stop boundary |
|---|---|---|---|
| Intake | Create a field inventory and missing-data list | Confirm the protocol, access basis, and permitted dataset | Consent status or provenance cannot be established |
| Preparation | Draft coding references and normalized evidence tables | Approve every coding rule and data transformation | A transformation would alter original research data without approval |
| Review | Route discrepancies, duplicates, and uncertainty to a named reviewer | Resolve exceptions and document the decision | The workflow is asked to choose eligibility or correct a record unattended |
| Reporting | Assemble cited draft tables and manuscript support | Check disclosure, interpretation, and publication language | The output could reveal participant information or make a research conclusion |
This produces a useful buyer decision: if the organization cannot name a protocol owner, specify approved data, or review each proposed data change, it should not automate the workflow. If local privacy, IRB, contractual, or participant-protection requirements make the data unavailable for this use, the answer is no—not a weaker control.
The dollars are capacity, not a claim about research outcomes
BLS supplies a $63,560 national mean annual wage for Social Science Research Assistants. With the sealed 2,080-hour and 1.3× defaults, the model uses $39.73 per loaded hour. The role table totals 857 addressable hours and $34,049 gross capacity; subtracting $12,000 yields $22,049 net.
Neither total measures recruitment success, response quality, statistical validity, publication acceptance, or a participant’s experience. Local review labor, training, security work, protocol amendments, and correction effort may make a pilot uneconomic. A team may also properly reinvest capacity in follow-up and data-quality work instead of reducing hours.
For a numeric planning example, the table identifies 66 modeled hours in analysis-program support, 64 in data verification, 63 in report support, and 58 in administration. A buyer can test whether a human-reviewed evidence-table queue actually reduces rework across those four surfaces. It cannot treat their sum as permission to automate recruitment, consent, screening, or interpretation.
Evidence and GEO answers
O*NET 30_3 provides the task and rating inputs. The BLS OEWS wage table provides the national wage input. The Anthropic Economic Index dataset provides observed Claude.ai patterns. The sealed identifiers are 9e12c3890449ec21, 1237fd6700a000e9, and 66b4254a97b1e852.
The sources cannot tell a study team whether a local protocol permits a workflow, whether a participant understands consent, or whether a result is valid. Economic Index exposure is measured usage in its dataset, not an implementation recommendation or replacement forecast. Use local time data in place of the weighted allocation whenever it exists.
FAQ: does 857 hours mean a research assistant can be removed?
No. It identifies candidate preparation work. Investigators and research staff retain study design, consent, participant care, coding judgment, interpretation, and conclusions.
FAQ: which workflow is safest to evaluate first?
Start with an approved, non-sensitive evidence table or reporting-support artifact whose sources and reviewer are already known. Do not start with participant screening, consent, or unattended database changes.
FAQ: where does USTA fit?
USTA can help map a source-to-review workflow with access boundaries, exception routing, and named human approvals. Explore data-extraction workflow design →. It is not a fit for replacing investigator judgment or participant protections.
Use the calculator to expose assumptions, then require local pilot evidence before any expansion.
Build a research record that can be challenged
A good research-operations packet makes it possible for another authorized person to trace a table cell back to an approved source, a coding decision, and a reviewer. It separates original material from a proposed normalization, distinguishes missing from inferred, and identifies which protocol version governed the work. Those distinctions are often more valuable than a faster first draft because they make correction and audit possible without rewriting the study's history.
For participant-related work, the system should only prepare an internal queue from approved records. It should not send recruitment messages, decide who qualifies, interpret consent, or produce a participant-facing response. A trained person should inspect each exception and own the contact. If a study population is sensitive, a seemingly simple scheduling or follow-up flow may be unsuitable even when the model assigns hours to administrative work. Respect for the protocol is not an implementation inconvenience.
Questions a research office should settle first
Name the data steward, protocol owner, access basis, retention rule, reviewer, and escalation route before connecting any source. Decide how an erroneous draft is contained, how a participant request is routed, and whether a local ethics, privacy, contract, or security requirement prohibits the proposed processing. The public labor model cannot answer those questions. Its value is to make a prospective investment discussable, not to make it pre-approved.
Expansion should stop when a workflow cannot retain source links, a staff member cannot explain a transformation, or a proposed action would affect inclusion, consent, participant welfare, or a conclusion. A queue that consistently sends such cases to a human may deliver a narrower but more trustworthy benefit than an ambitious system that hides them.
At the end of a pilot, have a different authorized staff member trace a selected output backwards: from table or report support, to the source record, coding reference, protocol version, and reviewer decision. If that path is unclear, the system has not improved provenance. This check should include a rejected or incomplete item, because a responsible research workflow must preserve uncertainty rather than smoothing it into an apparently complete answer.
Compare the pilot with the existing manual process on correction queue length, source completeness, and reviewer confidence. Keep the workflow only if it improves those local observations while maintaining the protocol boundary. A faster first draft that increases ambiguity is not a gain.
Share the pilot finding with the protocol owner before widening the data boundary, even when the internal evidence table looks successful.
Keep an accessible exception log that explains whether an item was missing, disputed, withdrawn, or simply outside the approved scope. That distinction helps future staff preserve study context and prevents an automation queue from becoming an undocumented secondary dataset.
Revisit the control design when the study protocol changes. A workflow suitable for one approved dataset may become unsuitable after a new consent condition, collection method, partner, or reporting requirement. Change management belongs with the study team, not a generic template.
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