Inefficient Resource Utilization
Analyst time and instrument capacity are hard to balance when planning sits in spreadsheets and email threads.
QC Planning & Scheduling
Intelligent QC planning for faster, audit-ready laboratory execution
TeraCliq QC Planning & Scheduling helps pharmaceutical laboratories orchestrate sample demand, analyst availability, instrument readiness, and campaign-based execution from one validated workspace.
20%Faster turnaround time across release and routine testing
25%More samples processed per shift through campaigning
90%Faster audit closure with structured traceability
ZeroMissed calibration-linked scheduling conflicts
Industry Challenges
Why QC labs struggle with planning today
Most laboratories still coordinate testing through disconnected trackers, manual calendars, and local decisions. That makes utilization, turnaround performance, and visibility harder than they need to be.
Manual Scheduling Delays
Release testing and priority samples get slowed down by reactive scheduling and hidden workload conflicts.
Fragmented Test Execution
Disconnected workflows increase handoffs, duplicate coordination, and missed context at the bench.
Underused Instruments
Poor campaign planning leads to unnecessary setup changes, idle windows, and lower throughput.
Weak Real-Time Visibility
Leaders cannot reliably see pending load, analyst capacity, approaching deadlines, and bottlenecks in one place.
Core Capabilities
Five capability areas that power smarter QC execution
Intelligent QC Planning
Plan work by sample priority, batch release need, due date, and laboratory capacity before issues become delays.
Automated QC Scheduling
Assign tests to qualified analysts and available instruments with conflict-aware calendar scheduling.
Campaign-Based Execution
Group compatible samples and methods into optimized runs that reduce changeover effort and raise throughput.
Laboratory Resource Optimization
Track analyst qualifications, calibration status, and instrument capacity so planning reflects real readiness.
Real-Time Operational Visibility
Monitor progress, workload, deadlines, and utilization from live dashboards built for QC leadership and teams.
Control Tower
See the laboratory plan before bottlenecks hit production
The planning layer acts as a control tower between sample registration, analyst readiness, and instrument execution so QC can operate with fewer surprises.
- Forecast daily and weekly test demand against real capacity
- Prioritize batch release, stability, and urgent retest queues dynamically
- Resolve analyst and instrument conflicts before they affect TAT
- Track approaching SLA deadlines with escalations and workload transparency
End-to-End Process Flow
How QC Planning & Scheduling works
A structured workflow from sample request through reporting, with built-in traceability at every checkpoint.
Test Request & Sample Registration
Capture requests through LIMS, ERP triggers, or manual entry with predefined plans and initial priorities.
Intelligent Scheduling & Allocation
Assign work to qualified analysts and available instruments using rules for workload, due dates, and readiness.
Campaign Grouping & Batching
Group similar tests by product, method, or turnaround target to minimize setup changes and wasted bench time.
Single-Click Test Execution
Launch prepared runs with the right sample list, methods, and execution context already in place.
Real-Time Monitoring & Alerts
Track active tests, pending queues, analyst load, and equipment status with escalation for deadline risk.
Compliance Reporting
Generate TAT reports, productivity metrics, utilization evidence, and audit-ready history without manual reconstruction.
Key Features
Built for regulated QC operations, not generic scheduling
Workload Forecasting
Plan upcoming test demand and batch release load with better lab capacity awareness.
Calendar-Based Scheduling
Schedule daily, weekly, and monthly test workloads in a structured planning view.
Qualification-Aware Assignment
Route tests to analysts based on skill, availability, and qualification status.
Priority-Based Scheduling
Ensure release, stability, and urgent work are promoted ahead of less critical queues.
Automated Conflict Resolution
Catch analyst, instrument, or equipment clashes before execution windows are missed.
TAT Compliance Monitoring
Track approaching SLA deadlines with live alerts and overdue visibility.
Instrument Utilization Monitoring
Improve productive bench time and reduce idle capacity across analytical assets.
LIMS & Instrument Integration
Connect scheduling decisions to sample lifecycle data and real execution systems.
Value Delivered
Measurable benefits for QC leaders and laboratory teams
QC Cycle Times
Reduce delays through automated planning and better campaign execution.
Lab Efficiency
Use analysts and instruments more effectively with less manual coordination overhead.
Instrument Utilization
Increase productive runtime by grouping compatible tests intelligently.
Compliance
Preserve traceability, qualification context, and schedule history for every test decision.
Operational Visibility
Give supervisors and managers a live view of workload, bottlenecks, and capacity.
Use Cases
Where QC Planning creates the most impact
Batch Release Acceleration
Prioritize in-process and release testing across production lines so critical samples move first and release timelines stay on track.
High-Volume Testing Labs
Process large daily sample loads with campaign-based grouping that cuts changeovers and improves on-time delivery.
Stability Pull Scheduling
Coordinate time-sensitive pulls, analyst readiness, and instrument booking without losing visibility across studies.
Multi-Site QC Operations
Balance workloads across locations with centralized visibility into qualifications, capacity, and scheduling conflicts.
Audit Preparation
Generate a complete planning history showing who was assigned, what was used, and how compliance requirements were met.
QC Execution Intelligence
Bring planning, scheduling, campaigning, and visibility into one QC operating layer
TeraCliq QC Planning & Scheduling helps regulated laboratories improve turnaround, increase throughput, and create cleaner operational traceability from request to report.