Wipro Internship 2025| Thermal Design Role| Apply

• Wipro Internship 2025 
• Job Role: Thermal Design
• Salary: Unpaid
• Location: Bengaluru 
• Company: Wipro 
• Qualifications: Any Graduate
• Job Type: Internship 

About Wipro 

Wipro Limited is a major global information technology, consulting, and professional process service company. With a rich history of over 75 years, it uses cognitive computing, hyper-automation, and the power of cloud technologies to help customers adapt and flourish in the digital world. Wipro is known for its deep commitment to stability and social responsibility. Its diverse portfolio and innovation make it a reliable partner for enterprises around the world.

Job Description:

PhD Intern – Wipro GE Healthcare involves implementing advanced thermal engineering principles to develop cooling solutions for medical imaging equipment in the thermal design role. Responsibilities include demonstration of CFD and thermal simulation, analysis of thermal issues, prototyping and valid designs, and collaborating with cross-functional teams. The ideal candidate is a PhD student with strong expertise in heat transfer, fluid dynamics, and simulation equipment such as Ansys. This unpaid internship provides experience of invaluable industry experience.

Key Responsibilities: Wipro Internship 2025 

PhD Intern – The role of thermal design is demanding and extremely beneficial. The primary responsibility revolves around taking advantage of advanced engineering principles to solve complex thermal challenges. Here is the breakdown of possible responsibilities that you can expect:

• Develop and execute high-loyal thermal models: You will be assigned the task of making heat transfer within complex medical imaging systems, fluid flow, and thermal stresses, refined computational fluid dynamics (CFD) and finite element analysis (FEA) models.
• Drive Innovative Cooling Strategies: This role includes a main part of Wipro Internship 2025, including considering the novel cooling solutions -mantling, prototypes, and validation. This may include advanced air-cooling techniques, liquid cooling loops, or phase-transformation materials.
• Analysis analysis: When thermal issues arise in existing products, you will be involved in the clinical examination using data and simulation to identify the basic cause and identify effective, valid solutions.
• Cross-functional cooperation: You will not work in a silo. Expect to cooperate closely with electrical engineers (to understand the heat disintegration of PCB and processor), mechanical designers (to integrate thermal solutions in product architecture), and sound engineers (as cooling is often related to noise production).
• Design and analysis experiments: An important part of the role involves moving from virtual simulation to physical verification. You will design the experimental setup, specify the sensor, collect thermal data in the laboratory environment, and correlate these real-world results with your simulation model to improve your accuracy.
• Documentation and knowledge sharing: Careful documentation of your functioning, beliefs, results, and conclusions is necessary. This ensures that your work reviews can be created by a valid and full-time engineering team.

Qualifications and Skills are required:

It is not an eentry-levelinternship. Wipro G is looking for healthcare PhD scholars who have a passion for a deep theoretical understanding and applicable research. Here are the major qualifications:

• Siddha specialization in simulation software: Proficiency in industry-standard equipment such as Ansys Fluent/icePak, Siemens Star-Ccm+, or Comsol Multiphysics is not perfect. Your ability to navigate these software suites willl build the backbone of your daily tasks
• Strong theoretical foundation: A rock-solid understanding of fundamental principles-conduction, convection, radiation, disturbance is modeling and mechanics- is essential. You will be expected to protect your simulation approach and results with sound physics.
• Hands-on Experimental Aptitude: While simulation is important, the ability to translate virtual designs into a tangible test setup is highly valuable. Data acquisition systems (e.g., NI LabVIEW), experience with thermocouples, flow meters, and wind tunnels are a huge plus.
• Programming for efficiency: Simulation workflows, post-processes will set you separate from other candidates by creating knowledge of scripting languages ​​(Python, MATLAB) to automate the dataset.
• Problem-solution and analytical mindset: The Role is about solving the puzzle. You need a logical, curious, and frequent approach to solve complex thermal problems and architect elegant solutions.

Documents to Carry:

• Official College/University Photo Identity Card.
• To be involved in the letter offering of internships and documents of any formality.
• Your update resumed, and several copies of the academic tape.
• If necessary, a no-objection certificate (NOC) from your institute.
• Photo ID proof (Aadhaar, passport, driver’s license) issued by the government.

Salary and profit:

• This is an unpaid internship position.
• The primary benefit is the experience of the priceless industry.
• Hands-on experience with advanced thermal engineering projects.
• Get mentorship from industry experts at Wipro GE Healthcare.
• Increase your resume with a reputed brand name.

FAQs:

• Has this internship been paid? No, it is an unpaid situation focused on gaining experience.
• What aree the primary eligibility criteria? You should be a currently nominated PhD student in a relevant field.
• What is the main focus of work? The main focus is on thermal analysis and design for healthcare imaging devices.
• Where is the internship located? The Internship is located in Bengaluru, India.
• Will I get any certificate? Yes, you will usually receive a certificate when successful.

How to prepare and apply for Wipro Internship 2025:

With the onset of a few months, now is the time to prepare.

• Start yourself again: Do not list the projects only; Describe the effect. Determine your results. For example, “developed a CFD model that reduced the processor junction temperature by 15 ° C, leading to 10% of the performance.”
• Create a portfolio: Assemble a brief document or presentation showing 2-3 of your most relevant thermal projects. Include images of your mesh, contour plots, and verification graphs.
• Brush on fundamentals: Re-see the major concepts in convection heat transfer and turbulence modeling. Be prepared to discuss them in detail.
• Practice problems: Be prepared for interview questions that offer a vague thermal problem (eg, “Is an ingredient overheating? What will you do?”). Walk the interviewer through your structured idea process for solution verification from data collection.

How to Apply 

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