Job Description
PepsiCo is one of the world’s largest food and beverage companies, with 2008 annual revenues of more than $43 billion. The company employs approximately 198,000 people worldwide, and its products are sold in approximately 200 countries. Its principal businesses include: Frito-Lay snacks, Pepsi-Cola beverages, Gatorade sports drinks, Tropicana juices and Quaker foods. The PepsiCo portfolio includes 18 brands that generate $1 billion or more each in annual retail sales. PepsiCo’s commitment to sustainable growth, defined as Performance with Purpose, is focused on generating healthy financial returns while giving back to communities the company serves. This includes meeting consumer needs for a spectrum of convenient foods and beverages, reducing the company’s impact on the environment through water, energy and packaging initiatives, and supporting its employees through a diverse and inclusive culture that recruits and retains world-class talent. PepsiCo is listed on the Dow Jones Sustainability North America Index and the Dow Jones Sustainability World Index. The Asset Research Organization is supporting PepsiCos commitment to meet consumer needs for a spectrum of convenient foods and beverages while reducing the companys impact on the environment through water, energy and packaging initiatives. This team of innovative and technically advanced Engineers and Scientist are leading the way with breakthrough research on new processing and packaging technologies for both food and beverage. If you have what it takes and are enthusiastic about challenging work, this is the opportunity of a lifetime to join a world class organization. This position will employ leading edge technology to explore and define novel engineering processes that will provide PepsiCo with both technical and business competitive advantages. The incumbent will lead key corporate Food Processing Research projects and collaborate with R&D colleagues from PepsiCos regional R&D centers across the globe.
Job Requirements
10 plus years experience in Industrial and/or academic experience in fluid mechanics, interface and colloid science, and nanotechnology is highly desirable. Strong analytical or experimental skills a plus. A Masters/Ph.D. degree in Chemical Engineering, Mechanical Engineering, Physics, Chemistry, Material Science or related fields is highly desired.
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