Stackable Microcredentials

Cutting edge technical skills, offered where you are, when you need them

Enhance your academic journey with Ira A. Fulton Schools of Engineering’s Stackable Microcredentials – a cutting-edge approach to learning designed to align your skills with the dynamic needs of today's workforce. Taught by ASU faculty and industry experts, stackable microcredentials offer flexible and targeted learning in emerging technologies including smart manufacturing, robotics, and automation.

Whether you're preparing for your first internship or building skills for future opportunities, our programs offer practical, hands-on learning experiences that align with your academic goals. Gain valuable skills and earn digital badges to display on your LinkedIn profile!

Earn a microcredential badge at no cost through scholarships provided by ASU Southwest Advanced Prototyping Hub

As a part of its initiative to accelerate the development and production of microelectronics tehcnologies, the Southwest Advanced Prototyping (SWAP) Hub is offering a limited number of scholarships to current students at Arizona State University to complete a selection of Stackable Microcredentials. Scholarships are awarded for specific micro-badges.

Eligibility: All ASU students are eligible to receive scholarships which are awarded on a first come, first serve basis.

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What are Microcredential Badges?

Microcredentials are earned through specialized courses that help you gain focused, industry-relevant skills. These courses break down learning into manageable tasks, allowing you to build expertise in specific areas or work toward larger certifications. Complete a recommended series to earn a badge or take a single course to earn a micro-badge. Quickly showcase your knowledge and skills to enhance your resume and prepare for future opportunities.

Badge

Earn the full badge within a topic area by completing four micro-badges within an approved sequence. Badges are offered across many topic areas, aligned to the needs of industry.

Micro-badge

Earn a micro-badge by successfully completing one short course and assessment, typically requiring 10 hours of instruction alongside 5–10 hours of additional study. Micro-badges are offered at four distinct levels, culminating with experiential learning activities to ensure you can apply the skills you gain.

Upcoming Microbadges

Explore our upcoming microbadges designed for flexible, stackable learning. Gain targeted skills in engineering, technology, and emerging industries at your own pace. Whether upskilling, reskilling, or advancing your career, our microbadges offer a convenient way to learn. Check the calendar for upcoming schedules courses.

Microcredential Badges

Earn the badge and gain the ability to:

Identify and utilize basic electrical components and integrate them into a simulated microcontroller system
Using loops, if-else logic, and basic troubleshooting feedback, program a microcontroller for simple practical applications
Utilize servos, DC motors, linear actuators, and both analog and digital sensors to add more intelligence to microcontroller applications
Design a solution to a real-world assistive technology need using microcontrollers, sensors, and actuators

Microcontroller Applications: Programming and Electrical Basics to Integration

Unlock the potential of microcontrollers in our comprehensive Microcontroller Applications badge, mastering essential skills such as integrating electrical components, programming for practical applications, utilizing sensors and actuators, and designing real-world assistive technology solutions.

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Take one micro-badge or complete all four to earn the badge!

Introduction to Microcontrollers and Electronics

Cover foundational electrical concepts, circuit assembly, and an introduction to microcontrollers, essential for integrating them into electronic systems

This micro-badge will enable you to:

Simulate basic electrical circuits
Understand the usages of microcontrollers and integrate them into electrical circuits

Microcontroller Programming Basics

Master the fundamentals of microcontroller programming through structured modules covering program structure, flowchart representation, logic and loops, and debugging techniques.

This micro-badge will enable you to:

Demonstrate the appropriate solutions to use various coding elements in microcontroller applications
Effectively use debugging tools to fix defective code

Microcontroller Sensors and Actuators

Delve into microcontroller sensors and actuators, mastering motor types, H-bridge circuits, and sensor-driven actuator control.

This micro-badge will enable you to:

Develop a fundamental understanding between digital and analog sensors and the appropriate usage of each&
Intelligently use a microcontroller to control and actuator based on the feedback from a sensor

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Assistive Technology Microcontroller Applications

Master the development of assistive technology prototypes, covering engineering design principles, research strategies, and material selection, to address real-world challenges.

This micro-badge will enable you to:

Integrate and build upon the skills developed in the previous micro-badge courses to develop a solution to a real-world assistive technology project using a microcontroller
Demonstrate ability to create effective virtual and physical prototypes utilizing microcontrollers

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Earn the badge and acquire:

Understanding of semiconductor packaging and design
Knowledge of electrical concepts in semiconductor packaging
Fundamentals of thermal management and mechanical properties of packages
Insights into packaging materials, manufacturing, testing, and reliability

Semiconductor Packaging: Fundamental Concepts and Drivers

This course provides an in-depth look at how semiconductor packaging protects and enhances the functionality of integrated circuits, which are integral to all modern electronic devices.

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Take one micro-badge or complete all four to earn the badge!

Introduction to Semiconductor Packaging and Design

Explore semiconductor structures, packaging types, and their impacts on electronic performance, including advanced 3D interconnects and co-packing optics.

This micro-badge will enable you to:

Understand and differentiate semiconductor packaging types.
Understand essential semiconductor packaging techniques to enhance device functionality and reliability.

microbadge for introduction to semiconductor packaging

Introduction to Electrical Concepts and Semiconductor Packaging

This course delves into power supply, voltage regulators, signal integrity, and advanced power delivery schemes, equipping learners with foundational and advanced skills in semiconductor design.

This micro-badge will enable you to:

Optimize power delivery networks and implement signal integrity solutions.
Enhance semiconductor performance with advanced voltage regulation and noise reduction techniques.

microbadge for intro to electrical concepts semiconductor packaging

Introduction to Thermal Management and Mechanical Properties of Packages

Explore essential techniques for managing heat and mechanical behavior in semiconductor packages, focusing on optimizing thermal resistance and ensuring mechanical integrity.

This micro-badge will enable you to:

Enhance thermal management and optimize properties in semiconductor packages.
Improve mechanical integrity through advanced analysis and testing.

microbadge for intro to thermal management and mechanical properties

Introduction to Packaging Materials, Manufacturing, Test, and Reliability

Delve into the specialized materials and manufacturing processes critical to semiconductor packaging, focusing on polymers, thermal interface materials, quality assurance, and process control.

This micro-badge will enable you to:

Apply knowledge of materials and manufacturing processes to improve semiconductor packaging.
Implement quality assurance and process control techniques to enhance production reliability.

microbadge for intro to packaging materials and manufacturing

semiconductro-packaging-packaging-assembly-test-badge

Earn the badge and gain the ability to:

Master key processes such as lead frame, wire bonding, flip chip, underfill substrate, and PCB assembly
Learn to select materials that optimize both thermal and electrical performance
Develop skills in applying models to predict and improve packaging performance
Understand how to collect data, identify failure modes, and ensure quality and reliability in semiconductor packaging

Semiconductor Packaging, Assembly, and Test

Dive into the world of Semiconductor Packaging, Assembly, and Test with our comprehensive micro-badge program. Gain practical skills and knowledge in 2D packaging, material selection, and quality assurance to excel in the semiconductor industry.

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Take one micro-badge or complete all four to earn the badge!

2D Packaging & Assembly

Embark on a journey into semiconductor packaging with the 2D Packaging and Assembly micro-badge.

This micro-badge will enable you to:

Master lead frame assembly
Apply wire bonding techniques
Utilize flip chip technology

Materials Selection for Thermo-Mechanical & Electrical Performance

Master the applications and core principles driving semiconductor manufacturing operations and advanced materials selection for thermo-mechanical and electrical performance.

This micro-badge will enable you to:

Understanding fundamental thermo-mechanical and electrical properties
Analyzing thermo-mechanical and electrical challenges in packaging

Application of Electrical & Thermo-Mechanical Modeling

Understand the core principles and applications behind semiconductor operations and advanced modeling techniques.

This micro-badge will enable you to:

Understanding fundamental thermo-mechanical properties in semiconductor packaging
Comprehending essential electrical properties for packaging materials

Test & Data Analysis for Quality & Reliability

Acquire a comprehensive understanding of how data analysis drives quality, performance, and reliability in modern electronics.

This micro-badge will enable you to:

Perform data collection and analysis from packaging processes
Apply Failure Modes, Effects, and Criticality Analysis (FMECA)

Deep Learning with TensorFlow Badge

Earn the badge and gain the ability to:

Access and import pretrained deep learning models
Perform feature extraction and decision-making using pretrained models
Design and implement Convolutional Neural Networks
Construct and apply Recurrent Neural Networks

Deep Learning with TensorFlow

Learn the essentials of TensorFlow to develop cutting-edge deep learning models. Gain hands-on experience with neural network architectures and practical applications, equipping you with the skills to excel in the AI and machine learning landscape.

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Take one micro-badge or complete all four to earn the badge!

Import Pretrained DL Models in TensorFlow

Equip yourself with the ability to import pretrained deep learning models in TensorFlow.

This micro-badge will enable you to:

Import pretrained TensorFlow models
Utilize data processing and analysis techniques

Import Pretrained DL Models in TensorFlow badge

Utilize Pretrained DL Models in TensorFlow

Cover fundamental concepts of deep learning-based decision-making and feature extraction using TensorFlow.

This micro-badge will enable you to:

Utilize feature extraction techniques
Code with TensorFlow

Utilize Pretrained DL Models in TensorFlow badge

Develop Convolutional Neural Networks with TensorFlow

Learn the fundamentals of image convolution and its application in Convolutional Neural Networks (CNNs) using TensorFlow.

This micro-badge will enable you to:

Advance in CNN model design
Excel in TensorFlow coding and debugging

Develop Convolutional Neural Networks with TensorFlow badge

Develop Recurrent Neural Networks with TensorFlow

Develop a deep understanding of RNN fundamentals, enabling you to optimize model performance and address engineering challenges effectively.

This micro-badge will enable you to:

Design and code RNN models
Analyze time series data

Develop Recurrent Neural Networks with TensorFlow Badge

modeling-control-industrial-badge-artwork

Earn the badge and gain the ability to:

Perform forward/inverse kinematics for robotic arms
Derive motion equations for industrial robots
Implement motion and force control strategies
Utilize MATLAB for robotic system modeling
Simulate robotic behavior with Simulink

Modeling and Control of Industrial Robots

Dive into the complexities of Industrial Robotics with our specialized badge, designed to arm engineers with advanced skills in modeling, analyzing, and controlling robotic systems using MATLAB/Simulink, preparing you to drive innovation in manufacturing and automation.

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Take one micro-badge or complete all four to earn the badge!

Kinematics

Deepen your understanding of robotic arm mechanics through advanced kinematic algorithms and practical MATLAB simulations.

This micro-badge will enable you to:

Implement and analyze kinematic algorithms.
Apply homogeneous transformations.

modeling-control-industrial-academic-kinematic-badge

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Dynamics

Master the dynamics of robotic arms through advanced motion equation analysis and dynamic modeling techniques.

This micro-badge will enable you to:

Derive and analyze motion equations
Apply Dynamic Modeling Techniques

modeling-control-industrial-academic-dynamics-badge

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Controls

Gain in-depth knowledge of robotic control systems and advanced control techniques to enhance system efficiency.

This micro-badge will enable you to:

Implement advanced control systems
Enhance robotic system reliability

modeling-control-industrial-academic-controls-badge

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MATLAB/Simulink

Master the modeling, simulation, and control of industrial robotic arms with in-depth training in advanced simulation techniques, enhancing your ability to design precise robotic systems.

This micro-badge will enable you to:
Conduct kinematic and dynamic simulations using MATLAB/Simulink
Design and implement robotic controllers

modeling-control-industrial-academic-matlab-badge

Learn more

FAQ's

What are stackable microcredentials?

Microcredentials are focused credentials with content designed to provide you with knowledge and specific skills in technical fields. A microcredential badge demonstrates proficiency in a specific skill or attainment of certain knowledge.

Our micro-credentials are stackable towards aggregated skills in specific technical topic areas, offering varying levels of complexity (1-4) to provide you with the opportunity to “stack” your skills through into micro-badges and badges along specific topic areas within an emerging technology space!

What is the difference between a badge and a micro-badge?

A badge is earned when successfully completing four approved micro-badges within a specific topic area.

A micro-badge is earned by successfully completing one short course and assessment, typically requiring 10 hours of instruction alongside 5-10 hours of additional study. Micro-badges are offered at four distinct levels, culminating with experiential learning activities to ensure you can apply the skills you gain!

How long does it take to earn a badge?

A badge is earned when you successfully complete four approved micro-badges within a specific topic area. Each micro-badge is estimated at 10-20 hours of learning time, equating to 40-80 hours for a full badge.

What do the levels of micro-badges mean?

Navigating the vast landscape of learning options can be daunting, which is why The Fulton Schools of Engineering created a clear and structured leveling system for Micro-badges. Micro-badges are offered in four levels and are designed to guide you through a seamless progression of knowledge and skills, ensuring that each builds upon the last.

Whether you're just starting out or looking to advance your expertise, our Micro-badges offer a flexible and customizable learning pathway to suit your needs. Here's how our four levels work:

Level 1: Foundational knowledge introduction
Level 2: Introductory practical application within the emerging technology space
Level 3: Skill refinement towards industry-relevant hardware or software
Level 4: Advanced technical skills and troubleshooting with industry-relevant hardware or software

How will I receive my microcredential badges and micro-badges?

After successfully completing the requirements of the course. You will receive an email with instructions on accessing your digital badge. Badges can be proudly displayed digitally on social media and referenced on your resume.

When will more courses be offered?

We are committed to providing high-quality programs and are consistently working with faculty and industry experts to develop and deliver courses. We hope to offer more in the coming months and invite you to continue checking back for the latest offerings.

If you have recommendations for course topics, please submit them here.

Can I enroll in multiple micro-badges simultaneously?

Yes, you can enroll in as many badges and micro-badges as you like. We recommend registering for the full badge offerings, which offer a discounted rate for the badge package.

Are there any prerequisites for each micro-badge level?

Depending on the course offering and level of microbadge, there may be skills required to support your success in the course. We recommend reviewing the micro-badge website description for the courses you are interested in, as some skills build upon prior knowledge.

How are Stackable Microcredentials different from traditional degree programs?

Stackable microcredentials are offered with the flexibility to directly enroll without an admissions process and do not currently provide college credit.

How will a prospective employer know I have earned a micro-credential?

Proudly displaying your newly acquired skills on your resume and social media profile is easy to do! Simply download your badge and add it to your account to signal your skills to hiring managers. The badges can be easily shared on LinkedIn as a digitally verifiable badge.