What should an industrial engineer know

You can also find out more about Emerald Engage. Visit emeraldpublishing. Answers to the most commonly asked questions here. To read the full version of this content please select one of the options below:. Other access options You may be able to access this content by logging in via your Emerald profile. However, the BLS projects that growth in this industry will decline due to outsourcing. Source: BLS. The following sections provide educational and professional resources that can help you jumpstart or advance an industrial engineering career.

These resources include professional organizations, MOOCs, and publications. Institute of Industrial and Systems Engineers : IISE supports industrial engineering professionals working in aerospace, defense, healthcare, finance, and manufacturing. The institute provides scholarships to engineering students, publishes case studies and white papers, and organizes multiple conferences focusing on topics like applied ergonomics and healthcare systems process improvement.

IISE also maintains a jobs board. SME : This organization supports the manufacturing industry through the promotion of new technologies and the development of a highly skilled workforce. In addition to regional and national events, the society offers multiple forms of certification for entry-level and mid-level engineering professionals. Members can also access free training modules and an online resource library.

American Society of Safety Professionals : Founded in , ASSP now represents the interests of more than , occupational safety and health professionals.

The society administers certification programs in safety management and risk assessment, establishes standards for practitioners, and publishes two scholarly journals. ASSP also awards scholarships. The society offers detailed guides on how to apply for and maintain licensure, free and online exam preparation courses, and a listing of state licensing boards. NSPE also provides scholarships, career roadmaps, and a mentoring program. American Society for Engineering Education : ASEE strives to advance innovation, excellence, and access within engineering education, disseminating research through journals, magazines, policy statements, and data reports.

The society also offers free webinars on subjects like building more inclusive engineering classrooms and creating a pipeline of female leaders in engineering. Advanced Manufacturing Process Analysis - University at Buffalo : This beginner course takes about 13 hours to complete and centers on controlling variability to improve product yield and quality.

Students learn how to apply advanced analytical techniques to identify and correct flaws in the manufacturing process. They also examine the best methods and computer programs to collect, assess, and present vast amounts of data over time. Engineering Project Management Specialization - Rice University : By completing this three-course specialization, students gain the skills needed to lead an interdisciplinary team toward successful project completion.

The first two classes cover initiating and planning, project scope, time, and cost management. In the final course, candidates learn how to manage the risks associated with employee performance and external procurement. Supply Chain Management Specialization - Rutgers University : Recent college graduates and career changers should consider earning this specialized certificate to help start their industrial engineering career.

Throughout five classes, students learn about the three building blocks of a logistics network transportation, warehousing, and inventory and essential tools to improve the operations process.

Additional topics include supply chain planning, sourcing, and management strategies. The Science and Business of Biotechnology - Massachusetts Institute of Technology : In this intermediate class, students explore how early-stage biotechnology companies help more patients access life-saving therapies through innovative drug discovery and clinical development strategies.

Covered topics include capital budgeting, healthcare analytics and machine learning, and biomedical megafunds. The course also highlights the emerging science and technologies that lead to new disease-to-target discoveries. ISE Magazine : As the Institute of Industrial and Systems Engineers' member magazine, this publication serves a diverse readership as the leading voice of the profession.

Sections include case studies, research, and tools and technologies. The magazine also publishes opinion pieces called "perspectives" that highlight the voices of professionals in the management, manufacturing, and systems engineering industries. Journal of Applied Research on Industrial Engineering : This open-access journal offers a platform where industrial engineering practitioners and researchers can collaborate.

Readers enjoy peer-reviewed articles on subjects like computational intelligence, manufacturing and logistics, renewable energy, and operations research. Readers learn about pertinent managerial challenges across technology organizations, including problems related to innovation process management, new product development, and technological fusion. Authors who want to submit their work to JET-M undergo a double-blind peer review process.

Journal of Engineering Education : This scholarly journal publishes articles on broad research areas in engineering education, including engineering epistemologies, learning mechanisms, systems, and modes of assessment. Readers can also learn about emerging theories and analyses on how human diversity and inclusiveness impacts products and processes. Journal of Industrial Engineering and Management : Readers of this open-access scientific journal enjoy empirical and theoretical articles that build or challenge existing engineering ideas and develop new theories and practices.

The journal also covers changes in production planning, scheduling, and inventory. Manufacturing Engineering Magazine : Founded in , this magazine is the official publication of the Society of Manufacturing Engineers. Each monthly issue focuses on a specific topic, such as machining centers, additive manufacturing, aerospace and defense, or motorized vehicles.

Employers across multiple industries seek skilled industrial engineers for their ability to improve the efficiency and quality of production processes. Michigan, California, and Texas are the three states that house the most industrial engineers. The manufacturing industry is by far the largest employer in this field. As well, visit our Faculty and Staff Directory to meet the professors teaching our program.

As systems integrators, industrial engineers analyze and design facilities buildings, rooms, equipment, infrastructures, etc. In the operations realm, IEs analyze, design, and manage manufacturing and service processes, production systems planning and control, resource allocation and scheduling, personnel assignment and scheduling, quality assurance, inventory control and system and personnel safety. Support MIME.

Graduate Student Services Phone: mime. Facebook , Instagram , Twitter , Linkedin. Most work full time. Industrial Engineers are also known as: Materials and Process Engineer. What is an Industrial Engineer? What does an Industrial Engineer do? Industrial engineers usually do the following: Review production schedules, engineering specifications, process flows, and other information to understand manufacturing and service methods and activities Figure out how to manufacture parts or products or deliver services with maximum efficiency Develop management control systems to make financial planning and cost analysis more efficient Enact quality control procedures to resolve production problems or minimize costs Work with customers and management to develop standards for design and production Design control systems to coordinate activities and production planning to ensure that products meet quality standards Confer with clients about product specifications, vendors about purchases, management personnel about manufacturing capabilities, and staff about the status of projects Industrial engineers apply their skills to many different situations - from manufacturing to business administration.

For example, they design systems for: Moving heavy parts within manufacturing plants Getting goods from a company to customers, including finding the most profitable places to locate manufacturing or processing plants Evaluating how well people do their jobs Paying workers In all these different projects, industrial engineers focus on how to get the work done most efficiently, balancing many factors such as time, number of workers needed, actions workers need to take, achieving the end with no errors, technology that is available, workers' safety, environmental concerns, and cost.