February 20, 2026 by SME Membership Transitioning from the classroom to the manufacturing workplace can be both exciting and overwhelming. The skills and habits that brought success in school don’t always translate directly to professional environments, and the expectations can feel immediate and overwhelming. Kyle Saleeby, an experienced Mechanical Engineer and R&D Leader, shared insights into his journey, and how to successfully navigate this shift. Drawing from multiple internships, a career spanning national laboratories and industry, Kyle offers practical strategies for students and early-career professionals to adapt, grow, and thrive in manufacturing. Understanding the Professional Environment One of the first lessons for students entering the workforce is recognizing the shift to a workplace dynamic. Unlike structured school environments, professional life requires innovative approaches to time management, communication, and collaboration: Time and Calendar Management: In industry, success often depends on keeping a meticulous calendar and coordinating with colleagues who operate on structured schedules. Workplace Culture: Understanding the history and context of your team and organization helps in navigating office dynamics and “politics.” Opportunities in Challenges: Assignments that seem less desirable are opportunities to prove your reliability and skill. Viewing these experiences as chances to excel can accelerate growth and build credibility. The takeaway: while school emphasizes learning concepts, professional life tests application, adaptability, and responsiveness in real time. Developing Key Skills Technical expertise is crucial, but soft skills often differentiate emerging professionals. The key is focusing on both: Collaborative Problem-Solving: Understanding how to contribute effectively to a team setting and knowing when to assert your ideas is essential. Self-Awareness: Recognizing your strengths, preferences, and career goals early on can guide your professional development. With that awareness, you can identify the kinds of roles where you’re most likely to thrive - whether they’re technical, leadership-oriented, creative, or beyond. Fundamental Knowledge: Strong grasp of core concepts, whether in design, analysis, or manufacturing fundamentals, makes it easier to adapt to various tools and software in the workplace. Soft skills, paired with technical competency, not only facilitate early career success but also position students for leadership and innovation down the line. Gaining Experience and Building Your Network Hands-on experience is invaluable. Internships, co-ops, and personal projects are great ways to learn and connect: Internships provide exposure to different types of professional roles and company environments, helping you discover what you enjoy and what you don’t. Building a professional network during these experiences helps in the long run. Maintaining connections can open doors years later. Persistence matters. Reaching out to companies, cold emailing for internships, or requesting plant tours demonstrates initiative and helps establish lasting relationships. Additionally, projects completed outside the classroom can serve as tangible proof of skill and creativity, strengthening applications and portfolios. Mentorship and Lifelong Learning Mentorship plays a pivotal role in career development, even if it requires proactive effort to find the right guide. Seek out “professors of practice” or industry-connected lecturers while in school. Observe engaged professionals in meetings and connect with those who demonstrate expertise and insight. Continuous learning is equally important. Manufacturing evolves rapidly, whether through digital tools, additive manufacturing, or emerging technologies. Staying informed through online resources, forums, and professional communities ensures that students and new professionals remain competitive and adaptable. Advice for Students at Any Stage For high schoolers, undergraduate students, or those considering a career shift to manufacturing: Explore hands-on programs like FIRST Robotics or technical college workshops. Understanding the foundational skills in math, physics, and engineering principles are critical, and early exposure can guide specialization later. Pursue internships, even if unpaid, gain experience and establish connections. Embrace respectful persistence when seeking opportunities. Following up demonstrates initiative without overstepping boundaries. Success is a blend of preparation, initiative, and continuous learning. By approaching early career challenges strategically, students can navigate the transition from classroom to workplace with confidence and purpose.
