Lot Operations Lead: Real-Time Vehicle Flow

Clutch; Mississauga; On-site; CAD 29,000 - 40,000; Full time

Benefits offered by this job

Health & dental benefits

Overtime opportunities

Stable full-time employment

Exposure to fast-growing automotive-OP

Job summary

Clutch in Mississauga is seeking a Line Lead, Lot Operations to coordinate high-volume vehicle movement across intake, staging, service and delivery zones. You will supervise attendants on an outdoor lot, ensuring fast, precise parking and movement without gridlock.

You’ll stay on the floor, give real-time direction, handle bottlenecks, and adapt staffing to spikes while maintaining safety and clear communication in a dynamic environment.

Qualifications

• 2+ years in high-volume vehicle flow environments
• Strong spatial awareness and ability to organize dense parking layouts efficiently
• Comfortable working outdoors in fast-paced, physically demanding conditions
• Clear, confident communication for directing teams in loud environments
• Strong decision-making ability under pressure with minimal supervision

Responsibilities

• Oversee end-to-end vehicle movement across intake, staging, service, and delivery zones
• Coordinate between incoming transport, shop workflow, and outbound deliveries
• Maintain operational flow across a high-volume overnight environment
• Lead attendants in real time to ensure consistent execution of parking and movement standards
• Reassign attendants dynamically based on volume spikes and priority areas

Skills

High-volume vehicle flow

Spatial awareness

Outdoor work

Team leadership

Clear communication

Job description

Clutch in Mississauga is seeking a Line Lead, Lot Operations to coordinate high-volume vehicle movement across intake, staging, service and delivery zones. You will supervise attendants on an outdoor lot, ensuring fast, precise parking and movement without gridlock.

You’ll stay on the floor, give real-time direction, handle bottlenecks, and adapt staffing to spikes while maintaining safety and clear communication in a dynamic environment.