C O U R S E S

In Good Spirits: The Process of Fermentation and DistillationCHE 399 Dr. Steven Wrenn and Dr. Giuseppe PalmeseThis course will describe fermentation and distillation in easy-to-understand language and will explain where and how fermentation and distillation are used to create and purify common products, including beverages (e.g., fermentation to produce beer and wine; distillation to make whiskey and brandy) and fuels (e.g., fermentation of corn to produce ethanol; distillation of crude oil to produce gasoline). The course is non-mathematical and has no prerequisites other than being a student in good standing at Drexel.

Hardhat Required: How Things Get BuiltCMGT 380 Dr. Robert MuirCatch a glimpse of how buildings, bridges, residential properties and the rest of our built environment are constructed. Topics include physical systems such as structural, architectural, electrical and mechanical as well as a practical approach to framing components, wall and roof installation, flooring, finishes, HVAC, electrical distribution, and lighting. The course will briefly touch on legal and regulatory requirements and introduce basic construction management practices.

Here We Are Now. Entertain Us! An Introduction to Entertainment Engineering ECE 121 Dr. Youngmoo KimThis introductory survey course focuses on four prevailing entertainment media: music, images, video, and interfaces. We explore how each medium is represented digitally and reveal the technologies used to capture, manipulate and display such content. Technical standards used in everyday entertainment devices (mp3, H.264, JPEG, 1080p, HDMI) will be explained in layman’s terms. The goal is to provide all students with the technical literacy to be informed consumers and creators of digital media.

Do It YourCell PhoneECE 290 Dr. Bruce EisensteinThis course will survey the field of communications from the early telegraph and telephone through radio, television, modern telephones, walkie-talkies, CB radio, Internet, WiFi, Bluetooth, and of course, cell phones. In addition to learning how all of these systems work, students will gain an appreciation for the commonality that is inherent in all human communication.

Be informed in the Technologies

of the 21st Century

The College of Engineering is

pleased to announce courses

designed to enhance the

understanding of the technologies

that are driving and shaping

economic and cultural change in

the 21st century.

All courses are open to all students.

No prerequisite requirements.

Most carry 3 undergraduate credits.

E X P L O R EE X P L A I NE X P E R I E N C E

Please see reverse side for more courses.

For more information, visit Drexel.edu/engineering/ex3

Bioinspiration and Biomimetics: From the Gecko’s Foot to the Bat’s EarECE 190 Dr. Yon VissellAlthough engineering has advanced immensely in the recent past, driven by human ingenuity, nature has a head start of millions of years and billions of organisms, all finely honed through natural selection. This course will explore marvels of engineering in the natural world, and how they are inspiring the design of new technologies ranging from biomedical sensors to robotic skin.

Change Your World with 3D PrintingINDE 364 Dr. Yalcin Ertekin / Dr. Michael MaukUncover the mystery of 3D printing in this course designed for non-engineering majors. 3D printing, also known as rapid-prototyping, has revolutionized everything from toy design to high tech products. Supported by computer-aided design (CAD) software, this is a hands-on course during which you will develop a design model and fabricate parts using the most current tools including 3D printers, laser cutters and desktop engravers. If you have an idea for a new invention or simply want to replace the cover of your iPhone, this course will show you how to design and develop a working product prototype.

Stuff Matters: Exploring the Marvelous Materials that Shape Our World MATE 120 Dr. Chris WeyantWhy is glass see-through? Why does a paperclip bend? What makes a rubber band stretchy? Have you ever wondered why the products around us are made from certain materials? Who chose those materials and why? This introductory course will explore the common materials in the products all around us.

Bio-Inspired Intelligent RobotsMEM 380 Dr. M. Ani HsiehSurvey the latest technology that make engineering robots look and behave like insects, animals, and even humans. The course will investigate how the role of engineering design and engineered systems can help to better understand biology. Students will learn how biologically-inspired engineered systems are making an impact in the fields of medicine, manufacturing, environmental sciences, and disaster mitigation. The course is non-mathematical and has no prerequisites other than being a student in good standing at Drexel.

Two (Robot) Heads Are Better Than OneMEM 380 Dr. M. Ani HsiehTiny robots working together can communicate and collaborate in “swarms” and use their collective intelligence….well, intelligently. Learn the latest developments in this exciting area with examples drawn from biology, economics and robotics. One of the goals of this course is to provide students with an understanding of the technological and scientific challenges of modeling, analyzing, and building complex systems. In addition students will learn how modern scientific research is leveraging the power of collective intelligence to solve some of the most challenging problems in environmental sciences, medicine, and astrophysics, to name a few. The course is non-mathematical and has no prerequisites other than being a student in good standing at Drexel.

Bio-Inspired Design MEM 380 Dr. Hisham A. Abdel-AalWhat are the non-conventional mechanical approaches found in nature and how can this knowledge lead to more creativity and better (simpler, smaller, more robust) solutions in conventional technology. The course discusses a large number of biological organisms with smart constructions, unusual mechanisms or clever processing methods and gives a number of technical examples of bio-inspired instruments and machines. Topics will include: energy, reproduction, maintenance, motion, propulsion, processing, sensing, and behavior of biological systems.

Racing Against Machines MEM 380 Dr. M. Ani HsiehIn the 21st century, robotics and automation technology will begin to permeate all aspects of digital life. Today, we live in a world with robotics vacuums, intelligent transportation systems, and real-time automated translation of human languages. We are facing the rise of self-driving cars, package delivering drones, and tele-medicine where doctors can perform complex medical procedures remotely. While much of this technology is having a positive impact on our everyday lives, it is has profound economic, social, and ethical implications. This course will investigate the impact of automation and robotics technology on society and the economy. The course is non-mathematical and has no prerequisites other than being a student in good standing at Drexel.

Green Energy: The Answer, My Friend, is Blowin’ in the Wind… And a Few Other PlacesMEM 380 Dr. Hisham A. Abdel-AalThe course aims to introduce and explain the concepts, methods, tools and technologies related to sustainable energy. Topics will include wind energy and the physical principles of wind power generation; environmental and political impacts of choosing green solutions; design for energy savings; and optimizing the effects of sunlight, wind, terrain features, and hydrology. Solar photovoltaic systems will be explained and related issues of economic viability will be explored.

Lean, Mean and Green: Sustainable Manufacturing MEM 380 Dr. Hisham A. Abdel-AalThe course aims to introduce and explain the design concepts, methods, tools and some technologies, and operations of sustainable lean and green manufacturing systems and processes. It also covers the assessment, audit, design and maintenance of sustainable green manufacturing products, processes, service systems, and leads towards the entire greening process of multi-lifecycle manufacturing operations, factories and their supply chains.

Work Smarter Not Harder: Project Management That WorksPROJ 380 Dr. Frank T. AnbariProject management is a discipline that can be applied to gain efficiency and effectiveness in many areas of your life, and particularly, your work. Learn the essentials of managing projects. Enhance your project performance. Impress your next co-op employer or your current boss. Learn the hands-on fundamentals of project management that will ultimately impact your performance throughout your life, no matter what your chosen field.

For more information, visit Drexel.edu/engineering/ex3