Collaborative Micro-Credentials: Aligning Industry Needs with Educational Innovation

As the need for workers in the manufacturing and healthcare sectors in Connecticut grows, so does the need for short-term training options that are validated by industry.Industry Informed Curricular Development involves strategically creating and implementing micro-credentials (MCs) designed to meet the dynamic needs of students and industry stakeholders.This paper explores the comprehensive approach taken by members of the CT Statewide Healthcare Industry Pathways Project (CT SHIP) Micro-credential development team and CT State's College of Technology in developing micro-credentials.The micro-credential development process involves meticulous planning, starting with identifying critical areas for skill development based on employer feedback.The foundational steps that inform the creation of micro-credentials include utilizing needs assessment surveys and gathering industry professionals' knowledge and experience in particular topics.Additionally, input from an advisory board comprising industry experts and collaboration with other educational institutions and grantees enriches the curricular development process.Engaging employers is paramount in ensuring micro-credentials align with industry needs.Subject Matter Experts (SMEs) and industry partners were recruited to assist in refining learning outcomes and organizing content.The content development process included creating and using diverse educational materials such as PowerPoint lectures, supplementary videos, interactive components, open educational resources (OERs) from platforms like Skills Commons and OER Commons, and case studies tailored to industry standards.Piloting MCs with a smaller cohort allowed for refining content and delivery methods before scaling upwards to larger student populations.Throughout this process, marketing strategies ensure visibility and accessibility for students and employers, fostering increased industry partnerships and enhanced student employability.Challenges such as specificity of topics, maintaining relevance, and creating internal procedures are addressed through continuous feedback loops and iterative adjustments during the pilot and Session ETD 345 Proceedings of the 2025 Conference for Industry and Education CollaborationCopyright ©2025, American Society for Engineering Education re-evaluation phases.Practical advice includes leveraging existing MC development resources and badging platforms like Credly.Existing resources and knowledgeable persons can support effective implementation and recognition of student achievements.Ultimately, the approach CT SHIP and the COT used resulted in industry-focused MCs responsive to current workforce demands, enhancing student educational outcomes while fostering stronger ties between academia and industry.This paper includes insights into the outcomes achieved, including enhanced professional connections and the future establishment of relevant, career-oriented credentials for students pursuing careers in Advanced Manufacturing through CT State's College of Technology and the National Center for Next Generation Manufacturing, funded by the National Science Foundation. Proceedings of the 2025 Conference for Industry and Education Collaboration Copyright ©2025, American Society for Engineering Educationpaper will explain the micro-credential framework, guiding principles, development process, content, and challenges met along the way of micro-credential creation.