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Aero-Thermal Intern

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Danfoss

Jul 26, 2024

Applications are closed

  • Internship
    Full-time
    Off-cycle Internship
  • Engineering
  • Tallahassee

Requirements

  • At Danfoss, we believe that a diverse and inclusive workplace fosters creativity, innovation, and a broader perspective in decision-making. When you consider this job posting, do you feel like your profile is not a perfect match? Numerous studies have found that women and people of color are more likely to apply only when they meet all requirements listed in the job posting. Even if you do not check all the boxes, we encourage you to apply anyway. We are curious to find out how you can bring new insights to the role or to Danfoss as an organization.
  • The ideal candidate possesses these skills.
  • Currently pursuing a bachelor's or master's degree in Mechanical Engineering with coursework focused on thermal dynamics. Master's students preferred.
  • Ability to work a minimum of 30 hours per week for at least 6 months.
  • Working knowledge of CAD packages
  • Experience with MATLAB or Python is preferred
  • Working knowledge of CFD software packages such as ANSYS CFX or Fluent
  • Excellent communication skills

Responsibilities

  • Create aerodynamics designs of centrifugal compressor
  • Create air-solid models from compressor conceptual designs
  • Carry out high fidelity computational fluid dynamics modeling of compressor design to predict the performance of the compressor design
  • Compare the predicted results with test data from lab
  • Carry out other tasks as directed by function manager

FAQs

What is the job title for this internship position?

The job title for this internship position is Aero-Thermal Intern.

Where is the location of the internship?

The internship is located in Tallahassee, Florida, US.

What is the duration of the internship?

The internship is for a duration of 6 months.

How many hours per week is the intern expected to work?

The intern is expected to work a minimum of 30 hours per week.

Can the internship be conducted remotely?

Yes, the internship can be conducted either in person or fully remote.

What are the main responsibilities of the Aero-Thermal Intern?

The main responsibilities include creating aerodynamics designs of centrifugal compressors, creating air-solid models from compressor conceptual designs, carrying out high fidelity computational fluid dynamics modeling, comparing predicted results with test data, and carrying out other tasks as directed by the function manager.

What educational background is preferred for applicants?

The ideal candidate should be currently pursuing a bachelor's or master's degree in Mechanical Engineering, with coursework focused on thermal dynamics, and master's students are preferred.

What technical skills are required for this position?

Candidates should have working knowledge of CAD packages, experience with MATLAB or Python (preferred), and familiarity with CFD software packages such as ANSYS CFX or Fluent.

Are there any specific soft skills required for the Aero-Thermal Intern?

Yes, excellent communication skills are required for this position.

Does Danfoss encourage applicants who do not meet all the requirements?

Yes, Danfoss encourages all individuals, especially women and people of color, to apply even if they do not meet all the listed requirements, as they value diverse perspectives.

The greenest energy is the energy we don't use #EnergyEfficiency

Manufacturing & Electronics
Industry
10,001+
Employees

Mission & Purpose

Danfoss is a global engineering company specialising in energy-efficient solutions. They design, manufacture, and provide advanced technologies and products in areas such as heating, cooling, and power systems. With a focus on sustainable development, their ultimate mission is to enable a greener and more sustainable future by delivering innovative and energy-efficient solutions that reduce carbon emissions and promote environmental conservation. Danfoss' purpose is to create a more sustainable and comfortable world by providing cutting-edge engineering solutions that optimise energy consumption, enhance productivity, and improve quality of life for individuals and communities worldwide.