Japan: Manufacturing Engineering

We’ve wrapped up our general information sessions, but will be holding a session for Engineers shortly. In the meantime, please reach out to goglobal.okanagan@ubc.ca if you have any questions. Deadline to apply is Dec 13, 2022.

 

Apply for this Program

 

To apply for this program:

  1. Click the below link
  2. Search for “UBCO Japan GSP”
  3. Complete your application

 

APPLY FOR Global Seminar

About the program

In this seminar course students will experience firsthand the impact that robotics and automation have had on the modern world. Students will embark on an eye-opening trip to Tokyo, Japan where they will be immersed in a city that has been and continues to be at the forefront of technology research, development, and adoption.

Industry site and museum visits such as the Toyota production plants, FANUC industrial robotics headquarters, and the National Museum of Emerging Science and Technology will give students insight into both the history and the state-of-the-art in robotics and automation technology.  Guest lectures at universities in and around Tokyo will also expose students to emerging robotic technologies and let them imagine what the future of automation could look like.

Within a framework of sustainability and ethics students will reflect on how robotics and automation have had both positive and negative impacts on society and reflect on their role as future engineers in making positive societal changes.

 

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General Timeline

Teaching Dates: May 1 – 19, 2023

Arrival: April 30, 2023

Week 1:

In the first week, learning activities will focus on the history of robotics and automation in Japan. Students will visit a number of museums and tour parts of the city to see firsthand how automation technology has been integrated into Japanese society. Daily debrief sessions will be held where students can share their observations.

Week 2:

In this week, students will make a number of site visits to companies at the cutting edge of robotics and automation integration. At the conclusion of this week, students will have a solid understanding of the current state-of-the-art in robotics technology.

Week 3:

Final lectures and workshops on emerging technologies at universities in the Tokyo area will prepare the students for a final report on the future of robotics and automation, focusing on their potential positive and negative societal impacts.

 

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Eligibility and Prerequisite

This course is restricted to students in the B.A.Sc. program with 2nd year standing or higher.

 

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Program Fees

Program fees TBD.

*The final program fee depends on the number of students in the program.

Note: The program fee will be offset by $1,000 for UBC students

Included in program fee Not included in program fee
  • Accommodations
  • On-site group transportation
  • Breakfast
  • Entrance fees
  • Guest lectures
  • Go Global fees
  • Flight
  • UBC tuition
  • Remainder of meals
  • Health or travel insurance
  • Immunizations (if necessary)
  • Visas (if necessary)
  • Personal spending money

 

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Coursework

ENGR 498 (3) Special Topics in Engineering: Robotics, Automation, and Society

 

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Program Director Bio

Dr. Richert joined the School of Engineering in August 2018 as a lecturer and is now an Assistant Professor of Teaching in Manufacturing Engineering. He teaches courses related to Automation, Controls, and Mechatronics.

He earned a PhD in mechanical engineering from the University of California San Diego with a focus on distributed control algorithms for networked systems.  After completing his PhD, Dr. Richert joined Cymer Inc. (an ASML company) as a Senior Algorithms Engineer where he designed and validated embedded control systems for extreme ultraviolet (EUV) light sources used in semiconductor manufacturing.

Returning to Canada in 2017, Dr. Richert began post-doctoral research at the University of Calgary where he designed a real-time noise monitoring sensor network for the City of Calgary. He also taught a course in Computer Architecture and guest lectured in topics such as Signals and Systems, and Artificial Intelligence.

 

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