Students

Area of Impact: Robotics and Manufacturing

Are you interested in transforming the way we manufacture, package, and deliver innovative products through process optimization and technology? Want to work with drones and robots? Intrigued by the idea of creating insect-sized robots that can sense and perform tasks without a human operator?

Explore your passions and the academic and career pathways available to you.

Plan your courses   Get involved   Study abroad   Join a capstone   Do research  

Plan your courses

The College of Engineering offers 12 majors; each can offer a unique lens. These sample schedules show how you might prepare to request placement in multiple majors that connect to the robotics and manufacturing area of impact.

Sample 1: Starting with Math 124

----- First-year ------
Autumn Qtr Winter Qtr Spring Qtr
MATH 124 (5 cr)
CHEM 142 (5 cr)
General education (2-5 cr)
MATH 125 (5 cr)
PHYS 121 (5 cr)
English Comp (5 cr)
MATH 126 (5 cr)
PHYS 122 (5 cr)
General education (2-5 cr)

   July 1 P1 deadline
Requirements met for:
A&A, CivE, ECE, EnvE, ISE, ME
 
----- Second-year ------
Autumn Qtr Winter Qtr
MATH 307 or 308 (3 cr)
PHYS 123 (5 cr)
CHEM 152 (5 cr)
CHEM 162 (5 cr) (for ChemE placement)

  January 15 P2 deadline
Requirements met for:
A&A, ChemE, CivE, ECE, EnvE, ISE, ME, MSE

Sample 2: Accelerated, challenging schedule

If you have college credit (AP/IB/Running Start/A-level) for Math 124 and 125, consider an accelerated and challenging course schedule such as shown in Sample 2.

You are strongly encouraged to review the math department's registration and placement information to determine the appropriate place for you to start in math at the UW. Just because you have credit, don’t assume you are ready for the next course at the UW.

----- First-year ------
Autumn Qtr Winter Qtr Spring Qtr
MATH 126 (5 cr)
CHEM 152 (5 cr)
General education
MATH 307 (3 cr)
CHEM 162 (5 cr)
English Comp (5 cr)
STATS or MATH 308 (3-5 cr)
CSE 142 (4 cr)
PHYS 121 (5 cr)

   July 1 P1 deadline
Requirements met for:
BioE, BSE, ChemE, CivE, EnvE, ISE, ME, MSE
 
----- Second-year ------
Autumn Qtr Winter Qtr Spring Qtr
PHYS 122 (5 cr)
CSE 143 (5 cr)
General Education (2-5 cr)
General Education (2-5 cr)
PHYS 123 (5 cr)
AA 210 (4 cr)

   January 15 P2 deadline
Requirements met for:
All UW Engineering majors

Choose meaningful general education courses

You can fulfill your general education requirements while building the context and creativity you'll need to engineer solutions to meaningful problems. Keep in mind that in your first year, you may want to start out in 100 or 200 level classes and build towards upper-division coursework throughout your time at the UW.

For example:

  • HSTEU 251 Events that Shook Modern Europe: From the French Revolution to the EU (I&S)
  • GEOG 435 Industrialization and Urbanization in China (I&S)
  • SOC 466 Economic Sociology (I&S)
  • GEOG 208 Geography of the World Economy: Regional Fortunes and the Rise of Global Markets
  • INFO 402: Gender, Race and Information Technology (I&S, DIV)
  • CHID 370/COM 302 The Cultural Impact of Information Technology (I&S or VLPA)

General education requirements

As a UW student, you are required to take general education courses. As an engineering student, this typically consists of:

  • 10 credits of Visual, Literary, & Performing Arts (VLPA)
  • 10 credits of Individuals & Societies (I&S)
  • 4 credits of VLPA or I&S
  • 3 credits of Diversity (DIV)

Get involved!

Join student organizations working in your area of interest. You’ll make friends who have similar interests while building skills working on your passions!

Study abroad opportunities

Here are some examples of study abroad programs that could deepen your understanding of the way engineering can impact the lives of people around the world.

Many study abroad programs include engineering classes, participation in research or internships. See UW Engineering's Study Abroad page to learn more and start the planning process.

Capstone design projects in robotics and manufacturing

In your final year, you will participate in a capstone design experience that serves as a culmination of your engineering study. Past capstone projects in robotics and manufacturing have included:

  • Materials science and engineering students worked with Boeing to explore and understand the role of composite matrix materials on manufacturing as cost-effective materials for use in the automotive and aerospace industries.
  • Aeronautics & astronautics students worked with French aerospace company, Latecoere, to design, build and test a prototype of a new flight door lock system that uses an electroactive polymer to generate the lock action.
  • Mechatronics students in the Mechanical Engineering department worked with Microsoft to develop an accurate and realistic robotic eye test-rig and associated software, allowing eye tracker testing without the use of a human.
  • Chemical engineering students designed large-scale reactors and processes, as well as developed prototypes of innovative technologies, like the environmentally-friendly Decafino decaffeinating pouch.

Learn more: See Industry Capstone Projects (2018-2019) and a list of department-based capstone projects.

Join a research team

Every UW Engineering department offers undergraduate research opportunities. To get started:

Specifically, the Molecular Engineering Materials Center Summer REU Program is relevant for students interested in robotics and manufacturing.