Senior Project Lead, Lifts & Escalators (Slough/Gatwick)

KONE; Slough; In loco; GBP 55.000 - 75.000; Tempo pieno

Vantaggi offerti da questo lavoro

Electric company car

Private medical and dental insurance

Company pension scheme

25 days annual leave

Descrizione del lavoro

KONE in Slough (near Heathrow) seeks an experienced Project Manager to oversee lift and escalator projects at Slough/Heathrow, with occasional work at Gatwick. You will manage scope, schedules and budgets, and coordinate construction managers, subcontractors and on-site engineers to deliver safely, on time and within budget.

You will lead project teams without direct line management, build strong customer relationships, drive progress and profitability using KONE methods.

Competenze

• Proven experience in project management, ideally within the lift and escalator industry.
• Experience managing projects at site level, including scope, scheduling, budgets and resources.
• Excellent communication and stakeholder management skills.

Mansioni

• Oversee and monitor project execution, ensuring delivery in line with scope, schedules, budgets and quality standards.
• Act as main point of contact for customers, maintaining proactive communication and addressing questions and scope changes.
• Plan and monitor costs, resources and progress; coordinate subcontractors and on-site engineers.
• Coordinate stakeholders to ensure smooth project execution and drive profitability.

Conoscenze

Project management

Site coordination

Stakeholder management

Planning and budgeting

Communication

Descrizione del lavoro

KONE in Slough (near Heathrow) seeks an experienced Project Manager to oversee lift and escalator projects at Slough/Heathrow, with occasional work at Gatwick. You will manage scope, schedules and budgets, and coordinate construction managers, subcontractors and on-site engineers to deliver safely, on time and within budget.

You will lead project teams without direct line management, build strong customer relationships, drive progress and profitability using KONE methods.