Home
Communities
Companies
- Companies
  
  Discover best places to work
- Compare Companies
  
  Compare & find best workplace
- Add Office Photos
  
  Bring your workplace to life
- Add Company Benefits
  
  Highlight your company's perks
Reviews
- Company reviews
  
  Read reviews for 6L+ companies
- Write a review
  
  Rate your former or current company
Salaries
- Browse salaries
  
  Discover salaries for 6L+ companies
- Salary calculator
  
  Calculate your take home salary
- Are you paid fairly?
  
  Check your market value
- Share your salary
  
  Help other jobseekers
- Gratuity calculator
  
  Check your gratuity amount
- HRA calculator
  
  Check how much of your HRA is tax-free
- Salary hike calculator
  
  Check your salary hike
Interviews
- Company interviews
  
  Read interviews for 40K+ companies
- Campus placements
  
  Interviews questions for 2K+ colleges
- Share interview questions
  
  Contribute your interview questions
Jobs
Awards

WINNERS AWAITED!
- ABECA 2025
  
  WINNERS AWAITED!
  
  AmbitionBox Employee Choice Awards - 4th Edition
- ABECA 2024
  
  AmbitionBox Employee Choice Awards - 3rd Edition
- AmbitionBox Best Places to Work 2022
  
  2nd Edition
- AmbitionBox Best Places to Work 2021
  
  1st Edition

For Employers

Add office photos

Engaged Employer

Haier Appliances India

Compare

4.0

based on 1.5k Reviews

Video summary

18 Haier Appliances India Jobs

Model Based Design Engineer

Haier Appliances ( India ) Pvt. Ltd.

4.0

based on 1.5k Reviews

3-5 years

Hyderabad / Secunderabad

1 vacancy

Model Based Design Engineer

Haier Appliances India

posted 28d ago

Job Role Insights

Fixed timing

Key skills for the job

Engineering Design C++ HVAC Thermal Plant CFD MATLAB

+ 4 more

Job Description

Responsibilities:

As a MBD Engineer, you will be responsible for developing, maintaining, and ensuring the accuracy of refrigerant component/system models. Your key responsibilities will include:

Design, develop, and validate complex thermal models for refrigerant components, including heat exchangers, chillers, compressors, condensers, evaporators and others.
Application of Model Based Design methodologies for development, implementation, and verification of real-time controls systems in refrigeration systems and refrigerated display cabinets
Conduct comprehensive simulations using industry standard CFD tools like ANSYS Fluent, MATLAB, and Dymola to analyze model performance, identify optimization opportunities, and troubleshoot issues.
Interpret and analyze simulation results to extract meaningful insights and inform design decisions.
Participating in the full lifecycle of Refrigerant component calculation development in C# or Python, from specification and design to implementation, unit testing, accuracy assurance, integration with APIs/UIs, and code maintenance.
Collaborating with Product Owners and the technology team to troubleshoot and fix bugs.
Conducting model testing, calibration, and validation using experimental data.
Working with our global engineering design centers on challenging modeling problems and promoting the application of modeling and simulation techniques to support design decisions.

Qualifications:

Education : MS in Engineering, Data Analytics, Physics, or Ph.D. in Mechanical with a specialization in Thermal and Fluid Science.
Experience : 8+ years of relevant experience.
Proficiency:
- Thermal Modeling
- Major Refrigerant Components (Heat Exchangers, Chiller Models, Compressors, Condensers, Evaporators, Expansion Valves) is a plus.
- Basic Refrigerant Cycles (single-stage compression cycle) is a plus.

What Youll Bring to Our Team

Skills:

Demonstrated ability to work independently and in a team environment.
Strong understanding of HVAC&R, thermal fluid systems, and thermodynamic cycles.
Experience in mechanical system modeling.
Experience in writing/solving equation-based models in one or more integrated solver toolchains, such as Dymola.
Proficiency in ANSYS Fluent, MATLAB/ Simulink, and Dymola
Proficiency in one or more programming languages, including .Net, Python, Fortran, SQL, C/C++, Java, and Modelica.
Knowledge of machine learning, linear algebra, statistics, signal processing, and optimization is a plus.
Hands-on experience with embedded systems and lab testing is a plus.
Strong technical writing abilities to provide high-quality documentation and standardized work.
Experience with model-based systems engineering (MBSE) methodologies is a plus