Manufacturing Engineering Intern

As a Manufacturing Engineering Intern at Union Technologies, you will be deeply involved in a variety of responsibilities, including using SolidWorks or AutoCAD to design production line layouts, developing procedures for equipment setup and maintenance, and creating tools, jigs, and fixtures to boost metalworking operations. You will also document processes to aid ISO 9001 compliance, analyze workflows to suggest lean improvements, and assist in non-destructive testing (NDT) to ensure material integrity, all while collaborating closely with engineers on the shop floor.

To qualify for the Manufacturing Engineering Intern position at Union Technologies, candidates should be enrolled in a Bachelor’s degree in Manufacturing, Mechanical, or Industrial Engineering and should ideally be a sophomore or higher. Experience through coursework or projects in manufacturing is beneficial. Proficiency in SolidWorks and AutoCAD is necessary, along with basic metalworking knowledge. Ideal candidates will also demonstrate analytical skills, teamwork, effective communication, and a detail-oriented work style.

Union Technologies prefers candidates pursuing a Bachelor’s degree in Manufacturing, Mechanical, or Industrial Engineering for the Manufacturing Engineering Intern role. It is beneficial for applicants to be at least a sophomore and have completed relevant coursework or projects related to manufacturing. Familiarity with technologies and concepts specific to manufacturing can greatly enhance an intern's contribution and learning experience during the internship.

The Manufacturing Engineering Intern position at Union Technologies requires candidates to lift up to 25 lbs and work in a demanding shop environment characterized by noise and machinery. This physically engaging role means that interns must be prepared to be actively involved in hands-on tasks and adapting to the dynamic nature of a manufacturing facility.

Interns at Union Technologies can expect several benefits, including a competitive hourly wage, paid holidays during the internship, and the opportunity for mentorship and real-world experience in the field of manufacturing engineering. This internship provides a unique environment to gain skills that are directly applicable to career advancement in the engineering sector.

To design a new production layout using SolidWorks, I would first gather all necessary information regarding the current layout and identify challenges or inefficiencies. Next, I would consider the workflow processes and how materials and resources are utilized. Utilizing SolidWorks, I would create a draft layout that optimizes space and movement, incorporating feedback from experienced colleagues to refine the design before finalizing it.

In my coursework, I had the opportunity to develop project prototypes where I designed tools and fixtures aimed at enhancing metalworking efficiency. I utilized CAD software to sketch initial designs and collaborated with peers to optimize these designs for functionality. I believe effective tooling is crucial for improving production processes.

When managing multiple engineering projects, I prioritize tasks based on deadlines, impact, and resources required. I utilize project management techniques to keep track of progress and adjust priorities as needed. Clear communication with team members is also essential to ensure we are aligned and can address any roadblocks together.

In a recent team project for my engineering class, we designed a production line model. My role involved researching best practices and presenting ideas for workflow optimization. I actively listened to team input and integrated various perspectives into our final design, which taught me the importance of collaboration and adaptability.

In troubleshooting engineering issues, I utilize a systematic approach. First, I identify the problem by observing the process and gathering input from team members. I then analyze the data and potential causes, testing solutions in a methodical manner. Communication is key to ensure all team members are informed and engaged in resolving the issue efficiently.

ISO 9001 is a standard that establishes criteria for a quality management system. It emphasizes customer satisfaction and continuous improvement, making it critical for manufacturing operations. Understanding this standard helps ensure that all processes are documented and optimized for quality, which is foundational to delivering reliable products consistently.

To analyze workflows and propose lean improvements, I would observe the existing processes to identify waste and bottlenecks. Techniques like value stream mapping would be useful in visualizing areas of improvement. After collecting data, I would suggest specific changes aimed at enhancing efficiency and reducing waste, while collaborating with team members for buy-in and effective implementation.

I am excited about the prospect of interning at Union Technologies because of its commitment to innovation and excellence in defense manufacturing. I hope to learn practical skills in manufacturing processes and gain insights into the valuable role that engineering plays in enhancing national security. This opportunity aligns perfectly with my career goals in engineering.

I stay updated on the latest trends in manufacturing and engineering through academic journals, industry publications, and attending relevant workshops and networking events. I also follow influential figures in the field on social media and participate in online forums, which help deepen my understanding and keep me engaged with current topics.

My biggest strength as a future manufacturing engineer is my analytical mindset combined with a strong desire to learn. I enjoy problem-solving and thrive in team environments where I can apply my skills to improve processes. This willingness to adapt and grow allows me to contribute effectively, making me an ideal fit for roles that require continuous improvement.