About the role
:
Design and optimize the refrigeration cycle

Optimize product performance, energy efficiency, and cost through simulation insights.

VRF System design, product performance & qualification as per ISO standards

Apply in-depth knowledge of refrigeration and air conditioning cycles for system optimization.

Configure VRF systems including outdoor/indoor unit selection and system balancing.

Perform system performance simulations using MBD (Model-Based Design) methodologies

Work with sourcing team for development of system related parts

Coordinate with design centers for substitution of process/material based on local requirements/availability if required

Support sourcing team to validate vendor process and establish assurance findings to improve reliability over product life cycle

Product Customization as per India business specific requirement

Valuable knowledge of Engineering changes process

Document control

Drive Value Analysis / Value Engineering initiatives to improve product cost efficiency.

Key Requirement:





Strong knowledge of refrigeration cycles and HVAC fundamentals.

· Hands-on experience in VRF system design and configuration.

· Experience in HVAC product testing and performance analysis with good understanding of Thermal engineering, Heat Transfer, Thermodynamics etc

· Proficiency in simulation and modelling tools.

· Understanding of ISO standards related to air conditioning systems and global compliance requirements.

· Conversant with design of controls for HVAC systems

· Exposure to Inverter technology, VRF

· Exposure to product life cycle management tool

· Experience in HVAC product development environments.

· Exposure to VAVE and cost optimization projects.

· Strong analytical and problem-solving skills.

Benefits

We offer a competitive total rewards package that may include other benefits and well‑being programs. Offerings vary by role and location and are designed to support employees’ health, security, and success.

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📌 Assistant Manager- VRF (Sihi)
🏢 Carrier
📍 Sihi