Do you look around and wonder how to make things better?
Do you want to make everyday processes more efficient, safer, less expensive, and environmentally sustainable?
Are you challenged to solve the problems others can't see?
Rutgers' Industrial Engineering program teaches students how to figure out large problems and optimize systems.
With current advances in data capturing technology, different kinds of information sources and sensor signals are increasingly used to assess the quality of products and processes in many industries, including the automotive industry, electronics and semiconductor manufacturing, and stamping and chemical processing.
Main interests include investigating advanced manufacturing processes to produce discrete products at micro-scales and related production and manufacturing systems for achieving high quality, reliability, efficiency, and better sustainability as related to the interaction of people, machines, materials, products, computers, sensors, energy sources, and environmental factors.
Reliability and quality in industrial engineering ensures a system's proper function over a period of time and various conditions.
Developing value-based metrics and practices within the energy sector that will help measure energy efficiency, not only in terms of savings in costs and reductions in carbon footprints, but also increased productivity and performance.
Advancing the interplay of autonomous systems and control with robotics and AI. This integration includes digital Twins and simulation, system integration, intelligent transportation, and smart cities and buildings.
US News & World Report
Industrial and systems engineering (ISE) major Nathaly Alapucho has gained leadership skills by serving on the Society of Hispanic Professional Engineers’ (SHPE) executive board as community service chair, historian, and as part of a Little Einsteins educational outreach team engaging minority or low-income elementary students in hands-on STEM workshops.
Using machine learning, Rutgers researchers develop a “probability map” from databases that combines whale monitoring and environmental data
Projects include the electrification of transportation vessels for offshore operations and predicting the presence of North Atlantic right whales near offshore wind farms.
Friday, May 16, 2025, 10:00 a.m.-12:30 p.m. | Piscataway