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Event Brief

Modern thermal management takes full advantage of computer simulations and design/design optimization to identify solutions that meets the constraints established by the problem, followed by use of a most optimum materials, topology optimization shapes, and applicable manufacturing techniques to produce a prototype and from there experimental verification to verify the computer simulations. 

This course is offered in three modules that build upon each other to offer a comprehensive course in thermal management. Module I will cover Fundamentals of thermal management with a focus on examples that demonstrate the significance of these fundamentals to practical applications. Module II will cover case studies in thermal management in automotive, aerospace, and electronics cooling (including data centers. Module III will focus on innovative designs, materials, and manufacturing (IDM2) techniques for next generation thermal management engineering with diverse applications, including those in high efficiency energy conversion, power/propulsion applications. . For further details of the three modules refer to the course contents/agenda.

Course Objective
  • Learn fundaments of practical significance to modern thermal management engineering
  • Apply fundamentals of thermal management to real-world applications
  • Learn driving forces in next generation thermal management systems
  • Learn fundamentals of design/topology optimization and its application case studies
  • Learn thermal management of specialty areas such as data centers
  • Learn the role of materials and manufacturing techniques in modern thermal management
  • Learn key knowledge, take-away points on emerging manufacturing techniques such as additive manufacturing and its diverse applications in thermal management engineering
  • Participate in group discussions, including in analysis of various case studies in energy efficiency and thermal management
Course Agenda

For more details on course agenda, please click here

Who Should Attend

Engineers, researchers, and mangers in search of becoming updated on modern thermal management engineering involving an array of energy conversion, power generation, and thermal management applications and the significant opportunities they may present.

Case studies will involve examples in a number of industries, but with a particular focus on aerospace, electronics, power and process, and buildings/controlled environment applications. 

A four year engineering degree or a technical associate degree and substantial work experience is expected to follow the materials covered in this course. An interactive style instruction will promote onsite learning, exchange of relevant technical information, and reinforcement of the information learned in the workshop.     

Training Venue
To be updated
Contact Us

For more information about the event, please contact +65 8363 3065 or email marketing@k2binternational.com

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What past delegates said about our past training courses?

The trainer is very knowledgeable and the materials was very well organized and delivered. We have gained a comprehensive understanding in radar system for radar application. Thanks a lot!.”

Senior Member of Technical Staff, DSO National Laboratories

Radar Systems Design and Engineering, July 2012


K2B International has a good selection of trainer. The trainer is knowledgeable and his presentation was clear.”

Research Engineer, Electronic Systems Division, DSO National Laboratories

Radar Systems Design and Engineering, July 2012


The course was well presented and the trainer showed good knowledge of topics.”

Senior Software Engineer, ST Aerospace

Radar Signal Processing 2010