Mechanical Systems Engineer - HVAC & Structural Lead

Schneider Electric; West Coast Division; On-site; MYR 181,000 - 313,000; Full time

Job summary

Schneider Electric in China seeks a Mechanical Systems Engineer to design and deliver integrated mechanical solutions across HVAC, structural engineering, and equipment integration. You will lead from inception to project closure, ensuring alignment with scope, budget, and schedule.

You will collaborate with suppliers and project teams to translate customer needs into robust, manufacturable designs while maintaining quality and safety standards across all stages.

Qualifications

• Strong technical judgment to apply conceptual knowledge to real-world project challenges.
• Effective collaboration skills to coordinate teams and manage technical interfaces with suppliers.
• Clear communication skills to convey technical progress, risks, and solutions to diverse audiences.

Responsibilities

• Manage technical scope for mechanical systems projects from award through closure, including design, testing, and delivery.
• Lead technical teams executing solutions across HVAC systems, structural engineering, and mechanical equipment integration.
• Identify technical risks and interfaces, providing timely reporting to project teams and management.
• Capture customer needs and define implementable solutions during tendering and project execution phases.

Skills

HVAC System Design

Mechanical Design

Technical Solution Design

Problem Solving

Cost Management

Customer Orientation

Decision Making

Requirements Analysis

Job description

Schneider Electric in China seeks a Mechanical Systems Engineer to design and deliver integrated mechanical solutions across HVAC, structural engineering, and equipment integration. You will lead from inception to project closure, ensuring alignment with scope, budget, and schedule.

You will collaborate with suppliers and project teams to translate customer needs into robust, manufacturable designs while maintaining quality and safety standards across all stages.