Blog Archives


Introduction to Industrial and Systems Engineering

The world needs more Industrial and Systems Engineers who can think analytically and systematically about decision making. I am a big fan of Industrial & Systems Engineering for its versatility and relevance in today’s data-driven world. To get the word out about Industrial and Systems Engineering, check out the following video I create about the major.

Here’s the script:

The role of an Industrial and Systems Engineer is to design, control, and improve systems and processes.

Design, control, and improve are verbs describing how engineers tackle problem solving.

Industrial & systems engineers solve problems related to systems and processes.

We do this by creating and applying analytical approaches to make better decisions.

Systems and processes, and thus Industrial and Systems Engineers, are everywhere.

Our lab is the world, and Rensselaer’s Industrial and Systems Engineering graduates acquire core skills applicable to all sectors of society and enjoy a diverse range of career trajectories.

They are found in supply chains, healthcare, manufacturing, logistics, entertainment, defense, consulting, finance, transportation, and even sports analytics and political analysis.

We are considered “big picture” engineers.  We take a systems’ perspective focusing on the relationship and interaction between people, technologies, and resources.

Industrial and Systems Engineers possess the technical knowledge to understand how systems function, what constraints limit their performance, where uncertainties exist, and how to quantify  decision trade-offs.

We are modelers.  We optimize systems by integrating processes, data, and humans.   We use data science, statistics, operations research, simulation, and computational methods to solve complex problems.

We then use these models as our playground to plan, allocate, and utilize limited resources.

Industrial and Systems engineering is the most people-oriented field of engineering.

We consider humans and human interactions central to the successful design and operation of systems.

Industrial and Systems engineering has a greater business orientation than other engineering disciplines.

The list of CEO’s with industrial & Systems Engineering backgrounds is impressive.   All of these organizations have been led by an industrial and systems engineer, including companies like Apple, Wal-Mart, and Accenture.

These combinations of skills make Industrial & Systems Engineers in high demand.  Graduates of our department enjoy a strong, consistent job market with above average salaries.

Rensselaer’s Industrial and Systems Engineers are able to think about problems analytically; to change complex situations into numbers and equations, into statistics, and into data-driven solutions.  These transferable skills are demanded for our ever connected and analytically driven world.

Intrigued?  Check out these cool operations research applications,  or how students explain ISE using only the most 1000 common words, or resources geared towards getting the word out about ISE or send me an email:


Why UCF?


Check out this video created by a talented group of students in our Project Engineering Course explaining why selecting UCF’s College of Engineering and Computer Science is a great choice.

I got promoted in the video, but in real life I am still an Assistant Professor :-).  Also, I am featured around the 1 minute and 6 minute mark.  Benjamin Schepler, a recent UCF graduate, was the cinematographer and editor and did a great job with the video production.  His contact information is bschepler (at) gmail (dot) com.