The simplest, most reliable agent patterns to support students and customers at scale. Each workflow is mapped across OpenAI, Microsoft Copilot, and Claude so you can pick the right engine for the job before you build.
Same model you already run for clients. Data comes in, signals get detected, the AI engine acts, an outcome ships. Each of the three workflows below is one slice of that engine. The orchestration layer on top routes between them.
Tickets, student records, live internship listings.
New ticket, deadline window, threshold breach.
Agent reads, reasons, drafts, routes.
Reply sent, nudge fired, student flagged in.
Each workflow tab gives you four things:
ServiceNow opens a ticket. An employee gets the email notification. The agent reads the ticket email, understands the question, and drafts or sends a reply to the student or internal staff. Human stays in the loop for approval until you trust it.
ServiceNow fires a webhook on new incident.
Agent extracts question, priority, requester.
Route by type, draft a grounded reply.
Send, or hand to staff for one-click approval.
OpenAI Agents SDK for the orchestration, since it owns multi-step ticket handling with handoffs and retries. If staff already work in Teams, build it in Copilot Studio instead. Use Claude as the reply-drafting engine inside either one if tone matters.
# ServiceNow webhook -> your endpoint -> agent
on ticket_created(payload):
ticket = parse_email(payload.short_description, payload.description)
# classify so the right specialist handles it
route = classifier.run(ticket) # student_q | internal | billing | escalate
if route == "escalate":
notify_staff(ticket); return
draft = reply_agent.run(
question = ticket.question,
context = kb_lookup(ticket.topic) # grounded, no guessing
)
# human-in-the-loop until trust is earned
if confidence(draft) >= 0.85:
send_reply(ticket.requester, draft)
else:
queue_for_approval(staff, draft)
Synchronous, low volume. Latency matters because a human may be waiting. Use a fast model for classification and a stronger model only for the draft. Pennies per ticket.
Keep replies grounded in a knowledge base lookup so the agent never invents policy. Start every reply type behind approval, then graduate the safe categories to auto-send once you have data.
A scheduled agent goes out, finds open internships, captures deadline windows and submission requirements, and stores the steps. Then it nudges students to act using behavioral science, not soft recommendations. The nudge creates movement, it does not just suggest.
Nightly job sweeps sources for open roles.
Window, requirements, exact submission steps.
Map roles to each student profile.
Timed, specific, action-locked message.
Claude for the research and consolidation engine. The nightly batch run across many sources is exactly its cost and latency profile. Hand the cleaned dataset to your nudge layer, which can run anywhere.
"Pick the day this week you will start the Google STEP application." Locks a specific time and place, not a vague reminder.
"3 internships you match close in 7 days. You lose these slots Friday." Makes the closing window concrete.
"One thing today: upload your resume. That is step 1 of 4. Takes 6 minutes." Shrinks the action to remove inertia.
"12 students in your cohort submitted. You said you wanted this one. Finish it tonight." Pairs proof with their own stated goal.
# nightly cron -> batch research -> per-student nudge schedule
on schedule("0 2 * * *"):
listings = batch_research(
sources = internship_sources,
extract = ["deadline", "requirements", "submission_steps"]
) # parallel subagents, async
for student in roster:
matches = match(student.profile, listings)
for role in matches:
schedule_nudge_ladder( # T-14, T-7, T-3, T-1
student, role,
framing = behavioral_trigger(role.days_left)
)
Asynchronous and bulk. Latency does not matter, throughput and cost do. Run it overnight on the batch path. The nudge sends are tiny and cheap by comparison.
Always capture the source URL and a last-verified timestamp per listing so a stale deadline never goes out. Re-verify the deadline before any T-1 nudge fires.
You have a large student dataset. Build a dashboard that watches it. When a student hits an action moment or trips a red flag, the system messages them to bring them in for corrective action. The dashboard is the cockpit, the agent is the outreach.
Warehouse or CRM holds the records.
Rules and signals score each student nightly.
Red, amber, green. Staff see the cockpit.
Auto-message flagged students to come in.
Go where the data already lives. In the Microsoft stack, Copilot Studio plus Power BI gives you dashboard and outreach in one. Otherwise run a Claude batch scoring job nightly and route flags to OpenAI for the conversational outreach.
# nightly scoring -> dashboard refresh -> outreach on red
on schedule("0 3 * * *"):
for student in warehouse.students:
score = signal_engine(student) # attendance, grades, inactivity
flag = bucket(score) # green | amber | red
dashboard.upsert(student.id, score, flag)
if flag == "red" and not recently_contacted(student):
outreach_agent.run(
student,
goal = "book corrective-action meeting",
tone = "supportive, specific, low-friction"
)
Batch scoring overnight, real-time only on the outreach conversation. Scoring cost scales with student count but stays low on the batch path. Outreach is per-flagged-student.
Add a contact-frequency cap so a student is never messaged twice in a window. Log every flag and every outreach so staff can see why a student was pulled in.
Pick a scenario and watch the agent work a real student ticket end to end. Tier 1 resolves itself and logs it. Tier 2 drafts a reply and waits for a human yes. Tier 3 recognizes when it should step back and route the student to a person. Tap a card to run it.
The student-facing side of Workflow 01. The agent maps employer deadlines and submission steps, matches them to the right student, and once the student opts in, runs world-class behavioral nudges. Action earns points and bookstore swag. Tap around, it is live.
The counselor side of Workflow 02. The agent watches the data nightly. When a student trips a pattern, like missing the same Friday 8am class two weeks running or a grade slide, it surfaces them and engages their assigned counselor. Run the scan.
One table to settle the build decision. Match the workflow to the platform that owns its pattern, then let the orchestrator route between them.
| Workflow | Primary pick | Why | When to switch |
|---|---|---|---|
| 01 Internship research | CLAUDE | Batch path is built for nightly high-volume scraping and consolidation at low cost. | Use OPENAI for the matching and nudge-writing stage. |
| 02 Signals dashboard | COPILOT | Copilot Studio plus Power BI gives dashboard and outreach in one Microsoft-native flow. | Split to CLAUDE scoring plus OPENAI outreach if you are not on Microsoft. |
| 03 Ticket triage | OPENAI | Agents SDK owns multi-step handling with handoffs, tool loops, and retries. | Switch to COPILOT if staff live in Teams and Outlook. |
Put a coordinating router on top of all three. It catches the trigger, decides which workflow owns it, and calls that agent. The three workflows do not need to share a vendor, they only need to share the router and a common data store.
The path from zero to live for 120 staff and 10,000 students. Build it once at the ServiceNow source, prove it in the dark, pilot a slice, then scale. Tick items off as you go and your progress is saved.
The two people you work with directly on this engagement. One builds the system, one keeps it human. Both answer their own email.
Tom builds AI systems that take the repetitive work off a team's plate so the people can spend their time on people. Before Connected Consulting he spent his career in enterprise sales, ranked the number one rep out of more than 3,800 worldwide at LinkedIn and closing over $100 million across accounts like Google, Microsoft, and JP Morgan. Today he is recognized as an agentic workflow thought leader, building AI-native systems that run real operations end to end.
He is also a Hoosier. Tom came to Indiana University as a Big Ten track and field athlete, and when his family lost their home during his junior year he kept working, finished his degree, and later earned his MBA. That blend of enterprise rigor and ground-level grit shapes every build: start with the real workflow, automate what never should have been manual, and keep a person on the decisions that matter.
Amber leads career and outcomes strategy as a placement executive. She came up inside the enterprise technology world and built the kind of network that opens doors, and she is fluent in translating raw talent into the language hiring managers and committees actually read.
On a student services engagement that lens is the whole point. The same system that triages tickets also surfaces internships, maps them to the right students, and nudges them to follow through. Amber designs that human layer, the part that turns an automated alert into a student who actually takes the next step. She keeps the work honest about one thing: the technology should serve the person on the other end, never replace them.