Process Development Interactive Videos

Examine the concluding phases of developing new products, concentrating on prototyping, the creation of a Minimum Viable Product (MVP), and conducting market tests. Develop an understanding of refining product features, collecting and analyzing feedback, and evaluating customer reactions to successfully introduce new products. Focus on identifying key learning outcomes and acquiring the skills necessary for a successful product launch.

Explore the intricate shoe manufacturing process, emphasizing key techniques and innovations in sneaker production. Gain an understanding of modern tools and materials, enhancing design and industrial knowledge.

Explore the intricate process of toilet production, focusing on the sourcing of raw materials, the manufacturing stages, and the technical specifications involved. Gain insights into the complexities of ceramic techniques and the role of precise processes in effectively producing sanitary ware.

Examine the intricate process of crafting high-quality Nokona baseball gloves with a focus on material selection and expert craftsmanship. Gain insights into each production stage, from choosing the right materials to the assembly techniques that emphasize the importance of preserving traditional manufacturing methods in the U.S.

Explore the intricate steps and techniques in paperboard manufacturing, including fiber preparation, board formation, and surface treatment. Gain insights into material handling, process optimization, and achieving specific product attributes effectively.

Learners will explore the critical roles and challenges encountered by smaller manufacturing companies, with a focus on productivity and the adoption of best practices. Insights will be provided on overcoming obstacles through problem-solving and process optimization, equipping participants with strategies to enhance efficiency and innovation within their operations.

Explore the principles of reverse engineering and CAD design, highlighting their roles in product development and industry applications. Gain an understanding of processes involved in converting physical objects into digital models, and discover how these techniques can expedite product development cycles and enhance design accuracy.

Examine the extrusion process in plastics manufacturing, concentrating on elements such as feed stock introduction, drag flow, and the challenges of profile extrusion. Differentiate between film extrusion and the formation of solid shapes from molten plastic. Understand the critical aspects of cooling and tension mechanisms essential in this manufacturing process.

Examine the key stages and inspections in car manufacturing, focusing on automotive engineering principles that ensure quality and efficiency. Gain insights into the significance of each production step, highlighting the role of precision and inspection in delivering a high-quality final product. Understand the importance of engineering practices in maintaining standards throughout the manufacturing process.

Examine the transformative role of innovative technologies in education, focusing on constructionist learning and emerging display technologies. Gain insight into how these advancements shape learning environments, while identifying the challenges and advantages associated with technology integration.

Examine technological advancements in the semiconductor industry with an emphasis on integrated circuit development. Gain insight into key steps in the manufacturing process and historical shifts in the sector. Understand the impact of integrated circuits on reducing device costs and appreciate the global leadership and innovation driving the industry.

Investigate the process and technology behind vaccine development with a focus on understanding the immune response and rapid production techniques used during pandemics. Develop insights into modern vaccine strategies and the effective role of RNA-based vaccines in combating viral infections, while gaining knowledge on the mechanisms and methodologies that drive successful vaccine innovation.

Examine how India's burgeoning software development and offshoring sectors are altering global employment trends and driving innovation. Gain insights into the concepts of invisible innovation and the global delivery model, enhancing understanding of India's pivotal role in transforming white-collar employment landscapes and innovation hubs.

Explore the complex manufacturing processes of the Airbus A350, highlighting the design, materials, and assembly stages. Understand aviation engineering principles, focusing on materials selection and the expertise required in aircraft production. Gain insights into the roles of professionals involved in the creation of modern aircraft.

Explore fuel cell technology's innovation with a focus on its role in power generation and understanding its essential components. Gain insights into energy systems, learn about their practical applications, and trace their historical evolution.

Examine the transformative impact of consumer involvement on traditional marketing strategies by incorporating public feedback into creative processes. Gain an understanding of how leveraging consumer insights fosters innovative product design and enhances marketing effectiveness.

Explore the Single-Minute Exchange of Die (SMED) methodology, focusing on strategies to reduce changeover times in manufacturing. Gain insights into optimizing operational efficiency, understanding different setup types, and applying SMED principles practically.

Examine the intricate processes involved in developing Covid-19 vaccines, with a focus on the phases of clinical trials and the ethical considerations involved. Gain a comprehensive understanding of trial methodologies, the challenges faced, and how global health policies impact vaccine development.

Examine the evolution and foundational principles of 3D printing, focusing on technological advancements and influential figures in the field. Gain insights into the contrasts between different manufacturing techniques and explore innovative applications of 3D printing in various industries. Develop a comprehensive understanding of how 3D printing is transforming production processes and contributing to technological development.

Explore the environmental and social impacts of electric vehicles and geothermal energy. Understand the benefits of these technologies, such as zero emissions, alongside challenges like initial investment. Gain insights into the environmental issues caused by nickel mining and examine geothermal energy's role in sustainable energy solutions.