Thermal Engineering Intern

About This Role

• This position requires candidates to upload a resume in English; you are welcome to upload multiple versions of your resume if you prefer but an English version of your resume will be required to be considered for this position.
• Intel is looking for a Platform Design Engineering Intern to join our innovative team and contribute to creating hardware platforms that power Intel's cutting-edge technologies.
• As an intern in this role, you will gain hands-on experience in designing and developing platform hardware and PCB layouts, optimizing performance, and enabling manufacturability at scale.
• Your work will directly impact Intel's ability to shape the future of computing and deliver world-class products to our customers.
• This is an incredible opportunity to explore career possibilities, develop technical expertise, and collaborate with industry-leading professionals in a supportive and inclusive environment.
• Key Responsibilities: Support the design, development, evaluation and selection of board components.
• Collaborate cross-functionally with engineering teams to optimize design performance.
• Apply design principles to ensure the integration of components and enhance platform interaction.
• Contribute to thermal analysis using tools such as Computational Fluid Dynamics (CFD), leveraging knowledge of Fluent.
• Utilize Python and MATLAB for data analysis and thermal evaluation to support design optimization.
• Engage in continuous learning and improvement to enhance technical skills and stay aligned with industry trends and Intel's business goals.
• As a Thermal Engineering Intern, you will gain hands-on experience and practical exposure to real-world engineering challenges while building a strong foundation for a career in hardware and platform design.
• You will learn to: Develop a fundamental understanding of platform hardware architecture, including board-level design concepts and component integration.
• Apply thermal engineering principles to evaluate and optimize system performance, reliability, and efficiency.
• Perform thermal analysis and simulation using industry-standard tools such as Computational Fluid Dynamics (CFD).
• Analyze thermal and performance data using Python, supporting data-driven design decisions and optimization efforts.
• Understand how design trade-offs impact manufacturability, cost, performance, and scalability in high-volume production environments.
• Collaborate effectively with cross-functional engineering teams, gaining exposure to electrical, mechanical, and system-level design considerations.
• Learn Intel’s design methodologies, validation processes, and engineering best practices used in the development of cutting-edge computing platforms.
• Strengthen problem-solving, analytical, and technical communication skills through real project contributions and design reviews.
• Gain insight into industry trends, emerging technologies, and Intel’s business objectives, helping you connect engineering work to broader product and customer impact.
• Build professional skills and confidence while exploring long-term career paths in thermal, hardware, and platform engineering.