Visiting

Podcast 2 — In conversation

Speaker A: The concept of a visiting role in academia is genuinely important and worth understanding. A visiting professor or visiting researcher is typically a scholar of distinction who spends a period — a term, a year, or occasionally longer — at a host institution. For the institution, a visiting scholar brings expertise, networks, and ideas from outside the permanent faculty. For the visitor, the visiting role provides access to the host institution's resources, students, and intellectual community. For students, visiting academics bring diverse perspectives and often have distinguished careers outside academia.

Speaker B: In family law, visiting rights — more formally called contact arrangements or parenting time — refer to the rights of a parent who does not live with a child to have regular contact and time with them. The term visiting in this context carries a complicated resonance: it suggests that the non-resident parent is a guest in the child's life, which critics argue is the wrong model. For this reason, family law in many jurisdictions has moved away from the language of visiting rights toward language of parenting time or contact arrangements, which better reflects the ongoing parenting relationship rather than occasional supervised visits.

Speaker A: Visiting versus staying — what is the distinction?

Speaker B: Visiting implies a temporary, time-limited presence — you are visiting somewhere or someone for a defined period, after which you will leave. Staying implies remaining for a longer or more open-ended period — you are staying with friends, staying at a hotel, staying in a city while you work there. Both involve presence at a place, but visiting carries the sense of a purposeful, time-bounded trip while staying has a more settled, extended quality. A visiting professor visits for a term; a professor on sabbatical stays in a city for a year. The difference is in the implied duration and the quality of presence.

Speaker A: What is a common mistake about visiting as an adjective?

Speaker B: Using it interchangeably with adjunct or part-time when describing academic roles. A visiting professor is specifically a person visiting from another institution — a recognised academic who is temporarily affiliated with the host institution while maintaining their primary affiliation elsewhere. An adjunct or part-time instructor is a non-tenured instructor hired for specific teaching duties, often without another primary affiliation. The roles are very different in status, purpose, and professional context, and using visiting when you mean adjunct or vice versa misrepresents the nature of the appointment.

Speaker A: Any close synonyms?

Speaker B: For the present participle: calling on, dropping in, stopping by, and popping in are informal near-synonyms for casual visiting. Attending overlaps for scheduled visits. For the adjective: guest is a close equivalent — a guest lecturer, a guest speaker, a guest professor — and is sometimes used interchangeably with visiting in academic contexts. Temporary, seconded, and on attachment describe related but distinct kinds of temporary professional presence. Visiting is the most precise for the combination of official capacity, temporary duration, and origin from outside the host institution that characterises its institutional adjectival use.

Podcast 3 — Prompt engineering

Speaker B: Welcome to the workshop. Today we prompt AI using the word visiting — building the guest user access management systems, temporary user provisioning tools, visitor check-in and badge management platforms, time-limited permission frameworks, and academic or professional guest registration systems that manage temporary presence — digital or physical — safely and efficiently.

Speaker A: So visiting tells the AI to build the temporary access and guest management systems — the visitor access management tools that provision temporary credentials for visiting professionals and contractors, the physical visitor check-in and badge systems that manage building access for people visiting an office, and the time-limited permission frameworks that give guest users access to specific resources for a defined period?

Speaker B: Exactly. It signals temporary access management, guest provisioning, and time-bounded permission frameworks. Let me start with a guest user and visiting professional access management system.

Build a visiting professional and guest user access management system: provision temporary accounts for visiting researchers, contractors, and guest speakers. Define access profiles that grant only the specific resources needed for the visit — specific data systems, meeting rooms, or application modules. Set automatic expiry dates for all guest accounts matching the duration of the visit. Send welcome credentials to guests before their arrival. Generate an audit log of all actions performed under guest accounts. Automatically revoke access when the account expires.

Speaker B: Guest access system provisions visiting researcher-contractor-speaker accounts with visit-specific resource profiles, sets automatic visit-duration expiry, sends pre-arrival credentials, generates guest-action audit logs, and auto-revokes on expiry — the AI builds the provisioner, the access profile definer, the expiry setter, the credential sender, the audit logger, and the auto-revoker.

Speaker A: Automatically revoking access when a guest account expires — rather than relying on manual deprovisioning — is the visiting access security mechanism that prevents credential persistence beyond the visit: manual deprovisioning depends on a human remembering and acting at the right time; automatic expiry ensures that even if no one explicitly terminates the account, the access ends at the agreed time without requiring human intervention.

Speaker B: Automatic expiry revocation as the manual-deprovisioning human-memory-dependent credential-persistence prevention visiting access security mechanism. Now the guest management schema.

Design a visitor and guest access management schema: a visitors table recording each visiting person with an ID, name, organisation, the host employee ID, the purpose of the visit, the expected start and end dates, and the visitor status as pending, active, or expired. A guest_access_profiles table recording the access permissions granted to each visitor with the visitor ID, the resource type as system, room, or module, the resource identifier, the permission level as read or read-write, and the expiry timestamp. A visitor_access_log table recording each access event by a visitor with the visitor ID, the resource accessed, the access timestamp, and the action taken. A active_visitors_view showing all visitors with active status whose expected end date has not passed, with their granted resource permissions.

Speaker B: Guest management schema stores visitors with host-purpose-dates-status, per-visitor resource permissions with types-levels-expiry, an access event log with resource-action-timestamp, and an active visitors view with current permissions — the AI builds the four-table schema.

Speaker A: The active visitors view filtered to visitors whose expected end date has not passed — rather than all non-expired accounts — is the expected-versus-actual alignment check: a visitor whose account is technically active but whose expected end date was yesterday may represent a visit that ran over schedule; surfacing this discrepancy prompts the host to confirm whether the visit has genuinely ended and whether access should be revoked.

Speaker B: Expected-end-date comparison as the technically-active-but-visit-ended account discrepancy expected-versus-actual alignment revocation prompt. Next, the visitor check-in interface.

Design a physical visitor check-in and building access management interface for a reception desk: show a list of expected visitors for today with their name, arrival time, host, and purpose. Allow the receptionist to check in an arriving visitor with a single click, automatically printing a visitor badge and notifying the host. Show unannounced visitors with a flow for capturing their details and requesting host approval. Display a live count of visitors currently in the building. Show a check-out interface for departing visitors. Alert when a visitor's expected departure time has passed without check-out.

Speaker B: Visitor check-in interface shows today's expected visitor list, single-click check-in with badge printing and host notification, unannounced visitor capture with host approval flow, live in-building count, check-out interface, and overdue-departure alerts — the AI builds the expected list, the check-in handler, the badge printer, the unannounced flow, the count display, the check-out, and the departure alert.

Speaker A: Alerting when a visitor's expected departure time has passed without check-out — detecting visitors who may still be in the building past their scheduled visit — is the building security and occupancy accuracy mechanism: a visitor who has been in the building for six hours for what was scheduled as a two-hour meeting is either still legitimately meeting or has left without checking out; the alert enables the reception team to confirm current status.

Speaker B: Overdue-departure alert as the still-legitimately-meeting versus left-without-checkout building security occupancy accuracy confirmation mechanism. On to time-limited permissions.

Create a time-limited resource access and visiting permission management system: allow administrators to grant specific permissions to any user for a defined time period — from one hour to six months. Support permissions for data access, API endpoints, specific application features, and file storage locations. Evaluate permissions at request time, checking both the granted permission and its validity window. Generate a report of all permissions expiring in the next seven days so they can be reviewed and renewed if needed. Notify permission holders before their access expires.

Speaker B: Time-limited permission system grants data-API-feature-storage permissions for defined windows, evaluates at request time against granted permission and validity, generates seven-day expiry review reports, and notifies holders before expiry — the AI builds the permission granter, the request evaluator, the validity checker, the expiry reporter, and the pre-expiry notifier.

Speaker A: Evaluating permissions at request time by checking both the granted permission and its validity window — not just whether a permission exists but whether it is currently valid — is the just-in-time access control mechanism: a permission database that records that a user has access does not enforce time limits; the request-time validity check ensures that expired permissions are denied even if they are still present in the permission store.

Speaker B: Request-time validity window check as the permission-exists-but-expired not-enforced just-in-time access control mechanism. Now something whole.

Build a visiting and temporary workforce management platform: manage all temporary workers, contractors, visiting professionals, and guest staff across an organisation. Track onboarding — access provisioning, equipment allocation, training completion, and induction. Track the duration of each engagement. Manage offboarding — access revocation, equipment return, and knowledge transfer. Generate headcount reports showing the current temporary workforce by category and location. Alert on upcoming engagement end dates to enable timely renewal or offboarding.

Speaker B: Temporary workforce platform manages contractor-visiting-professional-guest onboarding with access-equipment-training, tracks engagement durations, manages offboarding with access-revocation-equipment-return-knowledge-transfer, generates temporary headcount reports, and alerts on upcoming end dates — the AI builds the full visiting and temporary workforce management platform.

Speaker A: Alerting on upcoming engagement end dates to enable timely renewal or offboarding — providing notice several weeks before a temporary engagement ends — is the smooth-transition mechanism: an engagement that ends without prior notice creates either a gap in coverage if the person leaves or an access control risk if they stay without a renewal; advance notice enables the organisation to make a deliberate renewal or offboarding decision before the end date.

Speaker B: Advance end-date alert as the coverage-gap-or-unrenewed-access-risk deliberate renewal-or-offboarding decision enablement smooth-transition mechanism. Last one — temporary access API.

Write a temporary and visiting user access provisioning REST API: provide endpoints for creating temporary user accounts with a defined access profile and expiry date, extending or shortening the access duration, querying all currently active temporary accounts, revoking a specific account immediately, and listing all accounts expiring within a configurable number of days. Return account details including the access profile, expiry timestamp, and days remaining. Support webhook notifications for account creation, expiry warnings, and revocation events.

Speaker B: Temporary access API provides create-with-profile-and-expiry, extend-or-shorten-duration, active-accounts-query, immediate-revocation, and configurable-expiry-window-listing endpoints with access-profile-expiry-days-remaining details and webhook notifications for creation-expiry-revocation events — the AI builds the full temporary and visiting user access provisioning REST API.

Speaker A: Webhook notifications for account creation, expiry warnings, and revocation events — pushing notification to external systems when temporary access lifecycle events occur — is the cross-system coordination mechanism: an HR system that provisions a visiting contractor account should be notified when that account is revoked so it can update its records; a security monitoring system should be notified of any revocation event for audit purposes; webhooks propagate access lifecycle events to all interested systems without polling.

Speaker B: That is the goal — one temporary presence word, better-designed guest access management and visiting user provisioning systems. Keep it in your kit.