Engineering Tech

As an Engineering Tech at Medline Industries, your key responsibilities will include analyzing workforce and facility layouts, collecting data for engineering studies, and implementing Lean Manufacturing principles to improve efficiency and reduce waste. You will work closely with management and engineering staff to suggest actionable changes to workflows and optimize production processes.

To qualify for the Engineering Tech role at Medline Industries, candidates should have an associate’s degree in engineering or a science-related field, alongside at least 2 years of experience in a manufacturing environment. Familiarity with Lean Manufacturing and Six Sigma tools, as well as solid skills in Microsoft Office applications, is essential.

Medline Industries believes in the continuous development of its employees. As an Engineering Tech, you will have access to training programs, the opportunity to participate in Kaizen events, and support for personal growth through initiatives like the 5S and My Kaizen Idea Programs. These resources ensure you’re always learning and honing your professional skills.

The anticipated salary range for the Engineering Tech position at Medline Industries in Glens Falls is between $24.50 and $34.25 hourly. The actual salary may vary based on your specific qualifications, experience, and location.

Engineering Techs at Medline can expect a competitive benefits package that includes health insurance, life and disability coverage, a 401(k) plan for eligible employees, and paid time off. For those working 30 or more hours per week, additional benefits, including continuous education opportunities and a focus on workplace diversity, are also provided.

When analyzing operational data, I adopt a systematic approach by first gathering relevant data, such as production costs and workforce utilization metrics. Then, I evaluate this information by employing tools like time studies and value stream mapping to pinpoint inefficiencies. Finally, I collaborate with team members to discuss findings and propose actionable changes.

I have hands-on experience in implementing Lean Manufacturing strategies, focusing on waste reduction and value maximization. In my previous roles, I conducted workshops on Lean tools, led Kaizen events, and used techniques like 5S to establish a culture of continuous improvement in the workplace.

In my last position, I conducted a detailed evaluation of our assembly line and identified bottlenecks. By restructuring job duties and optimizing workflows, I managed to reduce cycle time by 20%, which significantly enhanced our productivity and overall output.

I utilize various statistical software tools, particularly Minitab, to analyze operational data. Techniques like control charts and process capability studies are part of my toolbox, enabling me to provide data-driven insights that facilitate informed decision-making processes.

To prioritize my responsibilities effectively, I utilize a combination of urgent vs. important matrix and project management software. This allows me to focus on critical tasks that align with company goals while ensuring that routine maintenance and training responsibilities are also addressed in a timely manner.

Teamwork is crucial in my role as an Engineering Tech. I collaborate closely with cross-functional teams to ensure that everyone is aligned with operational goals. Effective communication and collaboration not only help in successful project outcomes but also foster a culture of continuous improvement.

I handle resistance by involving stakeholders early in the process. Encouraging open dialogues and addressing concerns helps in gaining buy-in from team members. I also provide necessary training and resources to ease the transition, ensuring stakeholders are equipped with the knowledge to adapt.

I have extensive experience in technical writing, which includes creating process documentation, training manuals, and reports summarizing analytical findings. My focus is always on clarity and conciseness, ensuring that complex information is accessible to all stakeholders involved.

In my view, one of the most important qualities for an Engineering Tech is adaptability. The manufacturing landscape is continually evolving, and being open to learning new tools, techniques, and methodologies ensures that we remain effective and relevant in our roles.

My long-term career goal as an Engineering Tech is to grow into a leadership position where I can influence greater operational strategies within the organization. I am committed to continuous learning and professional development and aspire to lead teams that drive innovative solutions for our manufacturing processes.