Overview:

Microprocessors and Integrated Circuits (ICs) can have billions of tiny transistors that serve as unit cells for computing or data storage. The sizes and placements of these transistors in an IC need to be carefully controlled in nanometer scales. How are these transistors fabricated? Is there a need for special environment and equipment to fabricate them and why?

This module introduces you to the basics of semiconductor processing environment, cleanroom, standard semiconductor unit processes and equipment used for complementary metal oxide semiconductor (CMOS) field effect transistor (FET) fabrication. The course has two components: Online where you will learn basic theory; and Hands-On where you will get experiential learning. The Hands-On component can be completed by visiting a participating cleanroom microfabrication facility at the University of Cincinnati, University of Dayton, and Wright State University on time slots provided.

No prior knowledge on CMOS or other semiconductors technology is required.

Objectives:

Upon completion of this course, you will be able to:

• Describe basic CMOS Field Effect Transistors Technology
• Explain semiconductor fabrication environment and cleanroom
• Identify various semiconductor unit process and equipment
• Recognize safety protocols
• Hazardous materials, risk factors and safety factors associated with different semiconductor processing equipment in industry
• Electrical Safety
• Copper awareness
• Hand tools usage, safety and ergonomics

Overview:

In this part of the OASiS Rapid Certification Series, we will discuss the vital role of chemicals in semiconductor fabrication. Beginning with a discussion of basic chemical concepts, we will touch on the types of chemicals used in the semiconductor industry and consider the role that those chemicals play. Once we know how chemicals are used, we will consider the hazards associated with those chemicals and discuss proper handling and disposal of the resulting chemical wastes. The overall goal is to have an appreciation for the role of chemicals in semiconductor fabrication and a respect for the safe handling and environmental consequences of their use.

Objectives:

Upon completion of this course, you will be able to:

• Understand what a chemical is and what types of chemicals are used in semiconductor fabrication
• Understand the role of chemicals in semiconductor fabrication
• Understand chemical hazards
• Understand the considerations and general practices for disposal of chemical waste
• Safety symbols, DOT hazard classifications, etc.
• Hands-on experience with chemical safety, handling, and disposal

Overview:

These days, microprocessors, and integrated circuits (ICs) can have billions of tiny transistors that serve as unit cells for computing or data storage. This module will introduce students to the basics of semiconductor manufacturing process, tools, and how different processes are sequenced together to create useful electronic functions. No prerequisite knowledge is required for this module.

Objectives:

Upon completion of this course, you will develop a better understanding of the following concepts:

• Critical manufacturing steps involved in IC fabrication
• Tools used in IC manufacturing processes
• The relationship between circuit design, mask design and process design
• Ion implant, chemical mechanical polish and inline process control
• Gate dielectric

Overview:

This module is primarily for anyone who is interested in learning about semiconductor manufacturing, and the safety protocols that need to be followed. It represents a foundational introduction to semiconductor manufacturing processes and the basics of equipment safety. It is appropriate for learners with a basic familiarity of common business terms and concepts and an interest in semiconductor manufacturing. This course has no formal prerequisites. To succeed in this course, learners should bring their curiosity about new developments in semiconductor manufacturing and technology.

Objectives:

Upon completion of this course, you will be able to:

• Demonstrate an understanding of the basics of semiconductor manufacturing processes
• Describe equipment and tools in the manufacturing industry
• Identify the role of a semiconductor technician in the manufacturing plant
• Apply the safety protocols in a semiconductor manufacturing plant
• Insight into pneumatic and hydraulic systems
• Insight to hands-on lab maintenance

Overview:

For students to succeed in professional situations, interpersonal skills are essential. This course will develop important professional and employability skills such as teamwork, problem-solving, time management, communication, and career management strategies. Short modules developed in this course will facilitate an understanding of the importance of requisite professional skills to students, which can serve as a foundation for their ultimate success, productivity, and professionalism.

Objectives:

Upon completion of this course, you will develop a better understanding of the following concepts:

• Recognize employability skills necessary for professional careers
• Reflect on problem-solving skills and practice critical thinking for problem-solving and decision-making
• Identify time management practices and learn effective time management and organization methods to further their personal success
• Develop strategies to manage career development through effective networking and career exploration skills such as resume writing and interview skills
• Acquire an appreciation for the skills and knowledge necessary to work in teams, manage conflict, and practice positive group dynamics
• Communicate effectively by learning strategies for critical comprehension, email etiquette, writing techniques, and honing presentation skills
• Technical Writing Skills