Introduction to Semiconductor Manufacturing

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Course Enrollment

Duration
9 Weeks, 5-6 hours a week
Form
100% Self-paced. Online
Cost
$1,200 or 4 installments of $300
Start Date
Begins every month. Please enroll now to select your start date.

Who is this program for?

With this credential, learners will establish a foundational understanding of about basic principles of semiconductors. Starting with the process of converting raw materials such as silica sand into pure silicon, the program then provides an overview of the major processes in wafer fabrication. The program moves on to understanding basic semiconductor testing and the packaging process.

The program provides an overview of the semiconductor industry as it is poised for significant growth, driven by technological advancements and increasing demand across various sectors. This program will help learners understand the present days challenges and innovations in semiconductor industry.

At the end of this credential, you will be able to:

3d rendering robotic arms with silicon wafers for semiconductor manufacturing
  • Explain energy bands and bandgaps.
  • Differentiate between conductors, semiconductors, and insulators.
  • Describe the steps involved in the extraction and purification of silicon.
  • Explain the crystal growth methods such as Czochralski and Float Zone processes.
  • Describe the role of packaging in protecting and interconnecting semiconductor devices.

  • Apply techniques for measuring resistance in semiconductors using appropriate instrumentation.
  • Conduct reliability testing to assess the longevity and robustness of semiconductor products.
  • Analyze the key sectors driving demand.
  • Summarize the future prospects and potential industry leaders.
  • Understand the cost pressures in the semiconductor industry.
  • Visualize the future trends and opportunities.

Representative Job Titles

  • Semiconductor Field Service Engineer/Technician
  • Facilities Maintenance Technician
  • Semiconductor Equipment Technician
  • Preventative Maintenance (PM) Technician
  • Technical Specialist
  • Semiconductor Design Engineer
  • Semiconductor Reliability Engineer
  • Smart Factory Automation Specialists

Why Choose a Career in Smart Manufacturing?

The U.S. semiconductor industry could face a shortage of about 70,000 to 90,000 workers over the next few years, according to a Deloitte report. The shortage spans various professions - electrical engineers, technicians, and production workers, with a particular scarcity in Very-Large-Scale Integration (VLSI) design. The rise of big-data technologies like machine learning has heightened the demand for next-generation computing platforms. According to a McKinsey report, sales in the semiconductor industry has grown but fabrication facilities struggled to scale up the worker supply at the same rate. Over the next decade, further innovation in semiconductor technology will enable a host of transformative technologies including artificial intelligence (AI), autonomous electric vehicles, and the internet of things (IoT).

The Importance of Semiconductors

Lays the Groundwork for Lifelong Learning
Vital to the Well-Being of Young Children
Support the Personal, Academic, and Social Development of Children

Course Overview

Explore the dynamic world of semiconductors and the critical challenges and groundbreaking innovations shaping this industry. Examine the four key areas: Cost Pressure, Rising Demand, Talent Shortage, and Innovations. If you’re seeking to enter a cutting edge industry with endless opportunities across various sectors, then this program is for you.
35 - Learning Videos
34 - Quizzes
15 - Case Studies

There is a massive shortage of technical workers in the U.S who know how to install and operate specialized equipment in a semiconductor-grade facility. Skills of electricians, pipefitters and welders; technical engineers, maintenance personnel and smart factory automation specialists; and graduate electrical engineers to design chips and the tools and manufacturing processes that make the chips are in high demand.

Semiconductor chip companies consider expediting hiring diverse skills for both building and automating their manufacturing facilities and designing chips and tools.

Production and engineering jobs make up more than half of the domestic semiconductor workforce, but the industry also employs workers in management, business and financial operations, mathematics, sales, administrative support, maintenance, transportation, and more.

This credential covers the topics of:

  • Module 1: Foundations of Semiconductors
  • Module 2: From Sand to Silicon
  • Module 3: Semiconductor Device Fabrication Flow
  • Module 4: Testing and Packaging in Semiconductors
  • Module 5: Semiconductor Global Impact & Industry Giants
  • Module 6: Challenges and Innovations in Semiconductor Industries

This credential includes videos, quizzes, simulations, and case studies with the goal of providing students with a strong overview of the semiconductor industry.

This program will equip learners with the following work competencies:

  • Basic understanding on semiconductor device physics.
  • Understanding how silicon wafers are made from raw materials.
  • Skills on various semiconductor process. These are the skill needed to be semiconductor process technician or engineer.
  • Basic testing and packaging methods in semiconductors.
  • Understanding the present days challenges and innovations in semiconductor industry.

Pricing

Pay All At Once

$1,200
By paying the total cost of the Microcredential upfront, you'll gain full access to the course content, ensuring financial simplicity and peace of mind. Enjoy comprehensive support throughout your learning journey and receive a certificate of completion upon successfully finishing the program.
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Installment Plan - Over four installments

$300
Opting to divide the total cost into equal monthly payments provides you with payment flexibility while maintaining full access to the course content. You'll receive complete support throughout the program and a certificate of completion once the course is successfully finished.
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Still Have Questions?

What is the duration of the program and how much time is required each week?

This is a 9-week program that will require about 5 to 6 hours of dedicated time per week.

Will this micro-credential be transferrable for credit-hours?

No. Micro-credentials are not transferrable for credit. These are skills-based training programs that differ from a traditional college course.

Are there assignments and deadlines?

No, there are no assignment deadlines. There is, however, a prescribed pace for timely completion as learners will have a set number of weeks to complete the credential.

Do I have to attend classes at the same time each week?

Micro-credentials are self-paced and do not require the learner to attend class at a certain time each week. Learners should expect to spend 5-6 hours per week engaging with the course at their own pace. Select weeks will have optional webinars featuring industry experts.

What do I receive upon completion of this micro-credential?

Students will receive a certificate of completion.

Who do I contact if I have additional questions?

Please feel free to use any of these options to reach out to us. We would love to hear from you!

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