Suggestions
Steve Lange
Managing Member at ProcessDev, LLC
Professional Background
Steve Lange is an accomplished professional with over 35 years of extensive experience in manufacturing process development, specializing in web handling and converting technologies. Throughout his career, Steve has honed his technical expertise in data analytics and modeling/simulation, applying his skill set to optimize the manufacturing processes for various flexible materials such as plastic films, textiles, nonwovens, paper, and metal foils. He has worked with some of the most recognized brands across the globe, including Pampers, Luvs, Always, Charmin, Puffs, Bounty, Swiffer, Bounce, Vick's, and Tide. As a former research fellow and principal engineer at Procter & Gamble, Steve has significantly contributed to both internal and supplier manufacturing processes, demonstrating his commitment to excellence and innovation in the field.
In addition to his work at Procter & Gamble, Steve's role as the Managing Member at ProcessDev, LLC, showcases his entrepreneurial spirit and dedication to advancing process development methodologies within the industry. He embraces a holistic approach to process development and is known for nurturing talent through mentoring, recruiting, and interviewing emerging technologists, further extending his influence in the field of engineering and manufacturing process improvement.
Education and Achievements
Steve Lange holds a Bachelor's Degree in Chemical Engineering, graduating Cum Laude from the University of Missouri-Columbia. His academic achievements laid a strong foundation for his career in engineering, allowing him to leverage his chemical engineering background in manufacturing processes and product development. His commitment to education and knowledge transfer has seen him take on roles that require technical training and mentorship, which he enjoys passionately.
An esteemed leader in his field, Steve has served as the Chair of the Industry Advisory Board of Oklahoma State University's Web Handling Research Center. His involvement in academia bridges the gap between theoretical knowledge and practical application, thereby enriching the curriculum and research output at the institution.
Key Skills and Areas of Expertise
Steve Lange's multifaceted skill set includes:
- Process Development: Steve is an expert in the tools and methodologies necessary for new product development from invention through to start-up in manufacturing. His extensive experience allows him to lead efforts in refinement and innovation.
- Material Development: He possesses a comprehensive understanding of web handling and converting, applying his technical skills to enhance the manufacturing processes for various materials.
- Web Handling and Converting: With a focus on converting flexible materials, Steve employs his knowledge in roll-to-roll processes, printing, coating, slitting, die cutting, folding, and lamination.
- Modeling and Simulation: Steve is highly proficient in experimental design and analysis, first principles modeling, and process sensor data analytics, vital for optimizing manufacturing efficiencies.
- Mentorship and Leadership: He actively participates in mentoring emerging technologists and plays a significant role in recruiting efforts, emphasizing his dedication to fostering professional growth in others.
Achievements
Among his many noteworthy contributions, Steve has played a pivotal role in developing process capabilities in manufacturing environments, leading to enhanced product quality and operational efficiencies. His collaboration with major brands has allowed him to shape and refine manufacturing processes, demonstrating his ability to deliver results that align with organizational goals. With a keen eye for detail and a commitment to excellence, Steve's innovative mindset drives continuous improvement and positions him as a thought leader in the manufacturing community. His passion for technical training and personal growth makes him a valuable asset to any organization, and he remains dedicated to pushing the boundaries of what's possible in the field of engineering.