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Fundamental of Advanced Packaging Workshop

MY 11 | Level 1A | MITEC Monday, May 06
9:00am to 5:00pm
Registration Fee Applicable

* Programs and Topics are subject to change with prior notice.
** Malaysia Companies HRDF Claim (Subject to T&C and please contact HRDF for more information)

 

 

Principles in Advanced Packaging

Learn everything on IC Packaging from packaging trends, design and processes to new development in IC packaging. The course aims to enhance your professional knowledge and enhance your return to your organization. You don’t KNOW what you don’t KNOW in IC packaging.

Course Objectives

The principles of Microelectronics packaging range from Electronics, Mechanical, Materials to Chemical Engineering.  Due to this multi-discipline nature, many industry professionals don’t know what they don’t know as they do not undergo multi-discipline training to understand these principles. The objectives of this course are to strengthen the know-how of professionals in IC packaging so that they can enhance their career opportunities in Semiconductor industry. With these principles, you can better appreciate the new packaging technologies in Fan-in, Fan-out WLP, Embedded packaging technology, System on Chip (SOC), System in Package (SiP), 3D IC, WLP, TSV etc. In addition, you will be able to re-apply these principles to increase your technical contributions and assist your organization to stay ahead of the competition through innovation. The learning will be reinforced through problem base solving through actual industry situations.

This 1 day course will provide the necessary technical knowledge for industry professionals. The course covers both the manufacturing and R&D know-how in IC packaging. This course is a must for directors, managers, process engineers, R&D engineers working in the areas of IC packaging to keep up to date on new assembly process and technology. In addition, the course is useful for sale or application engineers who supply packaging materials and tools to the industry.

Scope 

  1. Principles in the evolution of IC packaging and how the semiconductor industry has evolved to heterogeneous integration with time through Fan-in, Fan-out WLP, Embedded packaging technology, System on Chip (SOC), System in Package (SiP), 3D IC, WLP, TSV etc
  2. Principles of Key assembly processes  ranging from TAB, Wirebond to various Flip Chip bonding, Encapsulation to Board assembly
  3. Overview of interposer of leadframe, ceramic, flex to BT substrates for Microelectronics packaging
  4. Material characterization from bulk to interfaces for Microelectronics packaging

Course Details

1. Overview of Packing Trend
 1.1 Functions of Packaging
    -  Mechanical, Materials, Electrical and Chemical
 1.2 Packaging Trend
    -  BGA, CSP, Fan-in & Fan-out WLP, 3D packaging, SOC versus SinP, etc 
 1.3 Challenges in Assembly and Packaging
 
2. Key Assembly Processess
  2.1  Assembly Process Overview
    -    Leadframe and organic substrate assembly processes
  2.2  Die attach & its materials
    -    Die attach, eutectic bonding, DA materials, Collets
  2.3  Wire Bonding & its materials
     -   Ultrasonic, Thermocompression, Thermosonic mechanisms
  2.4  Flip Chip Bondings
     -  Thermocompression, C4, Re-cap reflow, soild-state, ACF, Conductive paste bonding
  2.5  Encapsulation & its materials
     -   Mold constitutes and properties, transfer, film and compression molding, dam and fill
  2.6  Board Assembly & solders
     -   Solders and its constitutes, Ternary SnAgCu phase diagrams, Intermetallics & Growth 
 
3. Packaging Materials
  3.1  PCB Technology 
     -  Materials properties, PCB fabrication processes drilling, patterning, plating, solder resist, laminating
  3.2  IC Carriers
     -   Design rule, Leadframe, LTCC, Flex and BT substrates
 
4. Material Characterization Techniques
  4.1  Introduction
  4.2  Bulk Material Characterization
     -   Stress Strain, Bending, Impact Toughness, TGA, DSC, TMA, DMA
  4.3  Interfaces Characterization
     -   Failure mode and strength
     -   Wire pull, Ball pull, Double Cantilever Bending
     -   Die shear, Mold button, shear, Ball shear
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