Industrial Engineering
Industrial engineers optimize systems, processes, and organizations to improve efficiency, quality, and safety. They address challenges in manufacturing, logistics, healthcare, and service industries by reducing waste and improving workflows. Work is commonly office-based, with regular visits to production lines, warehouses, or service environments.
Common Job Titles: Industrial Engineer Manufacturing Engineer Operations Analyst Process Improvement Specialist Quality Engineer
Related Alumni
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Related Academic Programs
The Crime, Law, and Psychology minor explores both sociological and psychological causes of criminal behavior, the legal process, and the political process dealing with the creation of policies promoting prevention and controlling crime.
With this minor program, you’ll learn about criminal behavior, reasons for crime, how crime is investigated, and the legal system charged with processing offenders. The skills and knowledge gained from this minor will benefit students entering into careers in police, security, the correctional system, social work, law, psychology, and government or politics. This 18-credit minor integrates well with a political science or psychology major.
Penn State Behrend offers the innovative interdisciplinary-based Entrepreneurship and Innovation (ENTI) minor to students in any major.
The minor equips students to develop an entrepreneurial mindset; think critically and “outside the box” to sense opportunities; develop value propositions; and create sustainable value in fast-paced socio-technological environments. The minor at Penn State Behrend currently offers the New Ventures Cluster, although additional clusters will be made available.
How does the environment affect humans—and how do we affect our environment? With Penn State Behrend’s B.S. in Environmental Science, you’ll apply interdisciplinary knowledge to research those questions and prepare to join an in-demand field.
Our world runs on data, and the people who best understand it—and who can explain it—are essential to any organization. With the B.S. in Functional Data Analytics, you’ll learn to analyze and interpret the numbers, but also discover how to clearly convey that information to others.
This 15-credit interdisciplinary certificate program is designed to prepare students with in-depth knowledge of the capabilities and limitations of people and the application of psychological concepts to the design and safety of products and services; including consumer goods, military products, interactive websites and games, and assistive technologies. This certificate requires that students take introductory psychology as well as the two human factors courses (9 credits). Students will also need to take 1 additional psychology course (3 credits), and one course (3 credits) outside of their major of study in order to foster the interdisciplinary nature of this certificate.
Like all engineers, industrial engineers are problem-solvers. Their specific task? They bring people, resources, and technology together to find ways to improve processes and increase efficiency. Every industry wants to save time and money, so the opportunities for industrial engineers are wide-ranging. Maybe your career will lead you to health care or information systems. Or maybe utilities, transportation, or the financial world appeal to you. You are limited only by your interests and goals.
Mathematics is one of the oldest and most basic sciences, the foundation on which many other disciplines rely. Mathematical knowledge increases problem-solving skills in many fields.
Mechanical Engineering is the most diverse engineering degree program offered by the college. The problem-solving versatility of mechanical engineers means you’ll enjoy tremendous career flexibility. With a foundation in physics, chemistry, and mathematics and a mastery of mechanical and fluid/thermal systems, you can find a future in research, manufacturing, health care, energy, systems design, the military, and more. A mechanical engineering degree is also an advantage for some careers in business, law, or technical sales!
Plastics devices and materials play a critical role in the growing healthcare industry. A great number of prosthetics, implants, tools, devices, and packaging could not exist without advanced plastics and materials. Furthermore, the use of plastics in medical applications is growing rapidly and the medical plastics market is expected to increase. We offer a Medical Plastics Certificate, taken in conjunction with the Plastics Engineering Technology baccalaureate degree, for students who are interested in careers in medical product development. Topics include advanced materials, new product design, manufacturing, and FDA regulatory issues. All are necessary to have an understanding of how to design and bring new medical products to the market.
Every organization needs a strong leader—maybe that leader is you. With the graduate certificate in Organizational Leadership from Penn State Behrend, you can build a foundation in the essential skills needed to navigate challenges, adapt to change, and lead a team to success.
In this 12-credit program, you’ll study the fundamentals of management theory, learning to make effective decisions and improve your critical thinking skills. You’ll also develop technical skills to analyze problems through hands-on coursework and real-world case studies.
Physics is the fundamental science from which many fields of science and engineering developed. Understanding it gives you insights into your field at broad and fundamental levels. This strengthens your abilities to innovate and to see basic connections in your specialization or across disciplines.
A physics minor can provide you with a cross-disciplinary background that is highly valued by industry and academics.
Plastics are everywhere. That means a B.S. in Plastics Engineering Technology will put you in demand in nearly any industry sector that interests you: automotive, aerospace, electronics, medical, consumer products, computers—even toys!
This 16-17 credit program is designed to provide students with an understanding of the basics of the materials and processes used to produce plastic parts. Students learn modern processing techniques and testing methods for plastics.
Our unique B.S. in Polymer Engineering and Science prepares you to analyze and design polymers—the fascinating materials that make up our world. You’ll learn to analyze the character and structure of materials, and then use that knowledge to design innovative new products for a variety of fields, including medicine, manufacturing, and sustainability.
Well over half of all activities in modern corporations are project-based—from developing the smallest products to constructing skyscrapers. On top of that, globalization is creating a growing need for professionals who can effectively manage complex supply chains as well as complicated projects.
That’s where Penn State Behrend’s B.S. in Project and Supply Chain Management comes in. You’ll learn how to plan, manage, and deliver projects while navigating the complex supply chains that can make or break an organization’s success.
An 18-credit Sociology minor is available to students in any major, and it is a valuable addition to one’s personal ability to communicate in and outside of the workplace.
This minor is designed to allow undergraduate students to explore the wide range of topics, social groups, and social interactions studied by sociologists. From social inequities and social problems to the familiar institutions of family, school, religion, and government, the diversity of courses available allows sociology minors to explore courses relevant to their interests.
The Intercollege Minor in Sustainability Leadership allows students in any major to incorporate sustainability as a significant theme in their undergraduate degree program. Through a combination of coursework and immersive experiences in sustainability, students develop the knowledge, skills, and attitudes required to become sustainability leaders in their respective fields.