Building the Manufacturing Workforce Pipeline Through Research and Industry Collaboration

At Harrisburg University, undergraduate students are required to complete two applied research projects as an integral component of their four-year curriculum. These projects act as a bridge between academic study and the real-world challenges of advanced manufacturing, allowing students to translate theoretical knowledge into practical solutions. Through this structure, students engage directly with topics such as automation, process optimization, additive manufacturing, and the integration of emerging production technologies. The program is intentionally designed to mirror the pace, rigor, and expectations of professional engineering and manufacturing environments, blending laboratory experimentation, research operations, and active collaboration with industry partners.

Beyond providing valuable hands-on experience, the initiative serves a broader purpose of workforce development. By maintaining continuous dialogue with manufacturing partners, faculty gain insight into current and emerging skill demands across the sector. These conversations help identify both technical and professional competencies that employers value most, including communication, time management, cost control, and cross-functional collaboration. Recognizing that these “soft skills” are critical for success yet often underemphasized in traditional academic settings, the program embeds them directly into each project’s framework. Students are therefore assessed not only on their technical outcomes but also on their ability to manage resources, coordinate within teams, and present findings effectively to sponsors and stakeholders.

A key factor in the program’s success is its emphasis on strategic partnerships and networking with regional and national manufacturing organizations. By fostering collaborative research projects, internships, and workforce initiatives, Harrisburg University has cultivated a sustainable talent pipeline that benefits both students and employers. This presentation will discuss the program’s design, implementation strategies for mentoring student interns in manufacturing contexts, and approaches for expanding industry partnerships. It will also highlight measurable outcomes demonstrating how aligning education with industry needs creates adaptable, workforce-ready graduates equipped to drive innovation and productivity across the advanced manufacturing sector.