TalentFlow AI — Autonomous HR Screening & Recruitment System
The Challenge
HR teams spend hours manually parsing resumes, cross-referencing candidate skills, and coordinating calendar invitations. This bottleneck delays technical assessments and leads to inconsistent candidate scoring, missing top talent while wasting operational hours.
Technical Stack
The Solution: 4-Pillar AI Screen & n8n Workflows
I developed an autonomous candidate evaluation and recruitment agent. It parses PDF/DOCX resumes, assesses candidates against a structured 4-pillar scorecard, schedules Google Meet interviews for qualified profiles, and triggers n8n workflow loops for background checks and technical assessment invitations.
Hard Skills & Tech Alignment (35%)
Checks toolchain matches (e.g. PyTorch, Spark, BigQuery, SQL, RAG, Airflow) and mandatory skills requirements.
Work Experience & Impact (35%)
Evaluates years of work history against seniority targets, looking for quantifiable business metrics and business impacts.
Education & Certifications (15%)
Validates technical degree relevance and verified credentials (e.g., dbt Learn, AWS, GCP, Databricks).
Culture & Form Alignment (15%)
Assesses form completeness, response quality, and alignment with corporate core values.
Integrated n8n Automation Workflows
The Impact
- 90% Operational Time Saved: Eliminates manual resume screening, calendar booking, and email drafting loops.
- Consistent Evaluation: Objective scorecards remove hiring biases and ensure 100% hard-skills alignment.
- Seamless Scheduling: Connects Google Calendar directly to secure Google Meet events for immediate recruiters sync.
TalentFlow AI Core Architecture
The diagram outlines the end-to-end recruitment process: parsing resumes, executing the 4-pillar scorecard evaluation, and triggering automated scheduling / invitations for qualified applicants.

Demo: AI-Powered Recruitment Agent Walkthrough
Watch the 5-minute interactive walkthrough showing resume parsing, score calculation, dashboard pipelines updates, and Google Calendar events scheduling.