Students accelerate on road to success
A new summer enrichment program at The Ohio State University College of Engineering is empowering second-year students to succeed in their academic and professional careers. ACCELERATE—which stands for Academic Enrichment and Career Development for Undergraduates—is an 8-week summer bridge program...
Faculty Hiring
Faculty Positions: The Department of Mechanical and Aerospace engineering is seeking ten mechanical and aerospace engineers to join the department. Current openings for faculty in the Department of Mechanical and Aerospace Engineering are listed below. Open searches 1) Department Chair to provide...
Student Success: Honda Dreams Scholar Belquis Mbayu builds a new path
Belquis Mbayu had always been a logically-minded kid. In school she was part of a science and technology program and participated in STEM clubs and competitions like Final Frontiers. Creating and tinkering were her passion. Mbayu always imagined herself becoming an orthodontist and helping others...
The Department of Mechanical and Aerospace Engineering Seeks Department Chair
The Department of Mechanical and Aerospace Engineering (MAE) is seeking a new chair to provide leadership and vision in the department's research and education. MAE activity ranges from sustainable energy, nanotechnology, networking and nuclear engineering, along with their applications in myriad...
Olivia Langenderfer selected for the 2022 Matthew Isakowitz Fellowship Program
For the second time ever, an Ohio State University engineering student has been selected to be part of the Matthew Isakowitz Fellowship Program. Olivia Langenderfer, a third-year in mechanical engineering, was one of 30 individuals selected out of over 200 applicants from 90 different colleges for...
Students accelerate on road to success
A new summer enrichment program at The Ohio State University College of Engineering is empowering second-year students to succeed in their academic and professional careers. ACCELERATE—which stands for Academic Enrichment and Career Development for Undergraduates—is an 8-week summer bridge program...
Faculty Hiring
Faculty Positions: The Department of Mechanical and Aerospace engineering is seeking ten mechanical and aerospace engineers to join the department. Current openings for faculty in the Department of Mechanical and Aerospace Engineering are listed below. Open searches 1) Department Chair to provide...
Step 2: Acquiring the Microsoft Remote Desktop app
Next, you will need the Microsoft Remote Desktop app from the Mac App Store installed to be able to establish a direct remote connection to a office or research lab Windows computer on campus (as identified above in Step #1), or to the CoE student lab computers (via the “.rdp” files that can be opened by the Remote Desktop app).
Step 3: Starting the Microsoft Remote Desktop app
You will be prompted for access to your Mac’s microphone and camera, click on “Continue”. You DO NOT need to grant the app access. Simply click on “Deny” in the prompts (these settings can be changed later, if needed):
Step 4: Find a College of Engineering Lab Computer to connect to
Students have been given the ability to remotely access College of Engineering instructional lab machines, which have necessary software packages for courses. A web page has been created to assist students find a machine that is available.
Step 5: Starting your Remote Desktop connection to student lab PC
If the connection to the lab PC does not immediately start, manually start the connection by double-clicking on the new connection profile's button.
Step 6: Authenticating to establish Remote Desktop Connection to campus PC
You should be then prompted to log into your remote Windows computer, please make sure you include the COEIT domain postfix after your username, i.e. lastname.#@coeit.osu.edu, and enter your OSU account password in the appropriate fields. Then click on “Continue” to proceed.
Step 7: Difference between "Disconnecting" v.s. "Logging off" a Remote Desktop session
When you are done with your work on the remote campus Windows PC, you can either:
Remote Access
Central to the mission of CEMAS is to educate the next generation of electron microscopy users and experts.
How It Works
The key to delivering the speed and reliability needed for remote microscopy is a high-quality connection, with low latency and minimal jitter and packet loss. If the latency is consistently low enough, then the user can sit in a remote site anywhere in the world and feel a suitable response to operator commands.
First Remote Access Partners
Having identified an appropriate network solution, the next step in developing a remote microscopy capability was to prove the concept through a practical demonstration with a remote partner willing to work through the development process.
Ready to get started?
We're looking forward to learning more about your needs and exploring collaborative opportunities. To learn more, please email cemas@osu.edu.