Microcredentials offer learners an accessible and affordable way to gain and market industry-recognized technical skills that provide pathways into new opportunities. 

Emerging technologies like blockchain, artificial intelligence, and robotics are creating a global demand for skilled technicians to fill critical roles. While many of these positions require specific skills, they don’t always demand a two or four-year degree. This is where skills-based microcredentials come in.

Microcredentials are a relatively new type of credential that represent the mastery of specific skills in a learning program. In order to earn them, learners must demonstrate the skill through a skills validation assessment. They can be “stacked” to show a growing skillset in a defined area, allowing learners to earn several microcredentials in one program. Microcredentials are also verifiable and digitally shareable, highlighting the skills learners have acquired for potential employers. 

Providing new pathways into technical careers 

It’s important to understand where skills-based microcredentials fall in the wider scope of credentials earned through learning programs. Microcredentials remove barriers to entry in technical fields by offering a more accessible path for learners compared to traditional degrees, as they require less time and financial investment. They allow aspiring technical professionals to quickly gain and demonstrate the specific knowledge, skills, and abilities needed to secure entry-level opportunities. Additionally, microcredentials provide paths for advancement by enabling working professionals to upskill their current abilities or reskill into new areas.

Skills-based microcredentials provide new pathways into technical careers in three ways: 

  1. Skilling: Pathways to entry-level opportunities  

Microcredentials can help new workers build and demonstrate the knowledge, skills, and abilities needed for technical entry-level positions. Unlike broader two- or four-year degrees, microcredentials focus on the specific competencies of the role, significantly reducing the time and cost for a learner to become job-ready. 

  1. Upskilling: Pathways to advanced opportunities 

For current technical professionals, microcredentials enable continuous professional development by allowing learners to quickly upskill, or acquire new, specialized skills to meet an organization’s needs or new career opportunities. 

  1. Reskilling: Pathways to Emerging Industry Careers  

As technology evolves, certain jobs may change or even become obsolete while new ones emerge. Microcredentials offer a swift and agile pathway for career transition, enabling professionals to proactively reskill for evolving business needs or opportunities in emerging technical fields.

Getting Started 

More universities and training organizations are starting to offer microcredentials because of the value they provide for learners and industry, but their quality and definitions can vary. This makes it challenging for students to understand the true value of the microcredential. 

With over 30 years of experience, IEEE has the credibility and infrastructure to offer trusted verification of skills-based microcredentials. We partner with industry leaders, training providers, and conference organizers to validate training programs and issue verified professional credentials that meet rigorous industry standards.

Newest eLearning offering Credentials

In addition to skills-based microcredentials, IEEE Educational Activities is offering a variety of new online courses. When you successfully complete courses offered by IEEE Educational Activities, you’ll earn continuing education credits that can be used towards maintaining your Professional Engineer license. Plus, you can also earn digital badges from course programs to display on your LinkedIn profile, highlighting your commitment for professional growth to potential employers.

AI and Chip Technology

  • AI Applications in Semiconductor Packaging:
    Explore how AI is transforming semiconductor packaging reliability, contrasting traditional methods with advanced techniques for performance prediction, failure analysis, and lifecycle optimization.
  • Artificial Intelligence and Machine Learning in Chip Design:
    In this program, learners will gain comprehensive knowledge of AI and machine learning applications in chip design and EDA tools, exploring high-value use cases, relevant technologies, and implementation strategies to improve product quality and design efficiency. Learners will also understand how these advances are fundamentally transforming chip design methodologies and prepare for future developments in the field.
  • Integrating Edge AI and Advanced Nanotechnology in Semiconductor Applications:
    This course series explores the intersection of AI, edge computing, and nanotechnology through five connected courses. Learners will cover foundational concepts, nanomagnetic logic, semiconductor innovations, real-world applications, and future system architecture, gaining comprehensive skills in Edge AI Nanoinformatics for modern computing environments.
  • Mastering AI Integration in Semiconductor Manufacturing:
    In this course, learners will explore how AI is revolutionizing semiconductor manufacturing by examining fundamental AI integration concepts, data collection techniques, process optimization methods, and supply chain applications. Participants will gain practical skills to implement AI strategies that enhance production efficiency, improve product quality, and make data-driven decisions within their organizations.

Technology and Infrastructure

  • Battery Energy Storage Technologies and Applications:
    This comprehensive program offers an in-depth exploration of battery storage technologies, covering fundamental concepts, applications across various sectors, technical design, safety regulations, and advanced developments in transportation applications.
  • IEEE 802.11ax: An Overview of High-Efficiency Wi-Fi (Wi-Fi 6):
    This course explores IEEE 802.11ax (Wi-Fi 6) technology, covering PHY layer innovations (day one) and MAC layer advancements (day two). Learners will examine how 802.11ax achieves higher efficiency and improved performance in dense wireless environments through better spectrum utilization, flexible multi-access schemes, and enhanced interference management.

Data and Digital Strategy

  • Machine Learning: Predictive Analysis for Business Decisions:
    In this course, learners will gain an overview of machine learning types and applications for enterprise data analysis, while mastering the technical vocabulary and high-level concepts needed to effectively deploy machine learning solutions in business operations.
  • Protecting Privacy in the Digital Age:
    In this course, learners will gain a comprehensive understanding of digital privacy, including how to operationalize privacy in organizations, engineer privacy into systems, make privacy usable for end users, and address emerging technological challenges to privacy. This program addresses the critical need for privacy protection in our increasingly digitized world where technological innovations pose growing risks to personal information security.

Check out more eLearning Courses that offer digital credentials on the IEEE Learning Network. 

Read more about different types of credentials and how they can advance your career here.

Electrostatic discharge (ESD) remains a costly and invisible threat in the electronics industry, posing significant risks to semiconductor reliability. According to the EOS/ESD Association, ESD occurs when a high electrostatic field triggers a rapid, spontaneous transfer of charge—often between objects with differing electrical potentials. This discharge, sometimes sparked by mere proximity, can severely damage sensitive electronic components.

Just 100 volts of ESD can destroy or degrade devices designed to operate at voltages as low as 1.2 volts.

As electronics become more compact and sensitive, the stakes grow higher—both in technical precision and financial loss. Industry estimates suggest ESD may account for up to 33% of all semiconductor failures during manufacturing and handling. 

Why ESD Threatens Semiconductor Reliability

Modern chips feature nanometer-scale circuitry and operate at ultra-low voltages, making them vulnerable to even minimal electrical overstress. ESD can cause immediate physical harm or introduce latent defects that trigger failures over time—jeopardizing product performance and customer trust.

The economic impact is substantial. EOS/ESD Association data reveals that electrostatic discharge damage costs range from a few cents for basic diodes to thousands of dollars for advanced integrated circuits. Once manufacturers factor in rework, labor, logistics, and overhead, these expenses quickly escalate. 

Understanding ESD is essential in design, testing, and equipment handling. Beyond physical damage, ESD incidents can tarnish brand reputation,” said Zachariah Peterson, IEEE member and executive consultant for Northwest Engineering Solutions.

“Being able to anticipate ESD gives engineers a decisive edge in building resilient products and robust business strategies.”

Protect Against ESD with IEEE’s Course Program

To address this challenge, IEEE offers its Practical ESD Protection Design Course Program—a hands-on training solution for engineers, technicians, and quality professionals seeking to enhance their ESD control programs.

Program Highlights:

  • Interactive Modules: Cover ESD theory, real-world applications, and mitigation strategies
  • Standards-Aligned Instruction: Includes ANSI/ESD S20.20 and other industry benchmarks
  • Professional Certification: Earn 89 PDHs and 8.9 CEUs upon course completion

Future-Proof Your Innovation

As technologies like AI, 5G, and edge computing surge forward, ESD control will be critical to sustaining high-performance, fault-tolerant systems. The margin for error is shrinking—making proactive ESD protection more vital than ever.

Investing in IEEE’s Practical ESD Protection Design Course isn’t just risk management—it’s a strategic move to elevate product reliability, brand credibility, and long-term success.

Learn more about the program today!

 

There are lots of reasons why employees may want to earn professional development certificates – validation of expertise, added prestige, a pay increase and better chance of promotion, to name a few. But why should employers offer certificates?

Here’s Why

  1. Greater Appeal: Offering professional development opportunities makes your company more attractive to new candidates. Promote this benefit on all recruiting channels and every job posting. Additionally, mention it in every introductory phone screening and interview. The more you emphasize it, the more likely candidates are to remember that your company is the one that will offer amazing opportunities for growth.
  2. Reduced Turnover: The opportunity for personal growth and development is high on the list of priorities for entry level candidates. Employees already working in high-demand fields like IT will often search for a new position if they feel there’s no skills advancements opportunities. When you invest in your team’s professional development, you show that you value them and share in their desire to succeed. This can go a long way toward getting them to stick around longer, minimizing the hassle and expense of staff turnover.
    IEEE educational activities standards
  3. Top Talent: Enable your employees to learn and you’ll have more skilled, knowledgeable people working for your company. When you provide employees the opportunity to advance their skills, directly contributing to their expanded expertise, you advance the quality of your workforce overall.
  4. Peace of Mind: In becoming certified, employees gain an understanding of the importance of adhering to certain professional standards. Certification allows you to more easily and confidently rely on your team. You can trust your certified employees’ ability to meet industry benchmarks and deliver higher, more consistent quality. That peace of mind is well worth the investment.
  5. Client Confidence: Encouraging employees to pursue and obtain certification shows clients that you hold your staff to the highest professional standards. This helps clients feel like they’re in safer, more secure hands.
  6. Improved Productivity: Various studies show that employees with professional certification are more productive. This is a result of their feeling more capable of handling daily challenges. They also perform well in getting the most out of new technologies. Often, certified employees work more efficiently than their uncertified colleagues. Moreover, their participation can help boost team project productivity.

Here’s How

IEEE courses engineering classes training PDHs CEUs professional development hours ieee certification

Help your organization stay competitive by ensuring your workforce has the most up-to-date skills. Use the IEEE Certificates Program to credential your professional development trainings and courses.  Many engineers need CEUs/PDHs to maintain their licenses (as approved by state regulation). Offering this benefit to earn these credentials after completing your in house training can increase the likelihood that your engineers will stick with you. Find out how IEEE can help you provide these benefits through IEEE Certificates Program. IEEE certificates can help your engineers stay ahead in their fields.

Resources

(23 Dec 2014). 4 Reasons a Professional Certification Benefits the Entire Company. Robert Half.

Restrepo, Cristina. (6 Mar 2017). Why Offer Employees Professional Development Benefits? One Stop by Symplicity.

Engineering is just one of many professions that requires participation in continuing education programs in order to maintain a license. However, even if your particular line of work doesn’t require a professional certificate or license, voluntarily completing a continuing education program goes a long way toward demonstrating your commitment to improving your expertise in your field.

Enrolling in continuing education programs to earn certificates can benefit your career in at least eight ways.

  1. Stay current with new technology, laws, and regulations.
  2. Maintain your Professional Engineer license.
  3. Continue your professional development.
  4. Improve your skills.
  5. Prove professional competency.
  6. Stand out in professional networks.
  7. Bolster your resume.
  8. Build a little leverage during salary discussions with your employer.

Earn Your Certificate from IEEE

IEEE brings together some of the best and brightest minds in engineering to offer education programs based on the most relevant content to help you stay ahead in your field. Courses are mobile accessible, available 24/7, and provide CEUs/PDHs upon successful completion. Programs include:

IEEE maintains an official registry of all certificates awarded, which makes it easier for you to account to state licensing boards. You can be proud to share your IEEE Certificate, a guarantee of educational quality.

To talk with an IEEE administrator and find a program that suits your needs, email us today at: eab-ceuadmin@ieee.org.

Resources

Ferriman, Justin. (23 Oct 2014). Understanding The Benefits of CEUs. LearnDash.

Ferriman, Justin. (5 Oct 2014). CEU vs PDH: What’s The Difference? LearnDash.