Ian T. McCrum

Assistant Professor of Chemical Engineering at The City College of New York. Experiment and Theory for Surface Science, Catalysis, and Electrochemistry.

[Fanglin Che @FanglinGroup]

Wow! @tejchoksi shared this photo with me. We were both recipients of @aiche_cre travel award in 2016, when @TheGrabowGroup and Dr. Bob McCabe were serving as vice chairs. I also spotted @McCrum_Group , @JWHarrisCatal and other outstanding scientists in the photo. Great memory!

[Ian T. McCrum @McCrum_Group]

I am very grateful for all of the support we recieved and the connections we made at Clarkson University - happy to continue to grow our research group and teach great students chemical engineering!

[Ian T. McCrum @McCrum_Group]

Excited to share that my research group and I have moved to the Department of Chemical Engineering at The City College of New York! @CCNYChemicalEng @CCNYGroveSchool

[Ian T. McCrum @McCrum_Group]

Very excited to share our recent work on alloy catalysts -- we find that 1-d step defects behave very differently in response to strain + ligand effects than flat surfaces! This means defect sites cannot be ignored.
Check it out in NPJ Comp. Mat. : https://t.co/nO0mVfuCPV

[Tibor Szilvási @SzilvasiGroup]

If you are interested in catalysis and machine learning, we wrote a comprehensive review on the application of machine learning potentials in heterogeneous catalysis.
https://t.co/hPcOw3jeOx

[Hongliang Xin @XinGroup_VT]

Kickstart 2025 with the AIMEDx Webinar Series—a platform for AI in chemistry, materials science, and beyond!

Speaker: Prof. Gábor Csányi (Cambridge)
Title: Force-Fields for the Periodic Table
📅 Feb 3, 2025 | 11:00 AM EST
Register now: https://t.co/FKh6eCH8Zo

#AI4Science

[Ian T. McCrum @McCrum_Group]

@djtrivedi @JPhysChem Congrats!

[AIChE_CRE @aiche_cre]

It's that time of year, we're ready to kick off the annual AIChE Fall meeting @ChEnected, so help us start off on a high note and meet our 2024 CRE student travel awardees!

Check out their talks (https://t.co/XAhjjXzMdu), drop by to see what they're up to all week!

[Mohammad Hasibul Hasan @mhhasan_]

I will be at #AIChE2024 San Diego, CA and present our latest research from @McCrum_Group :
"Understanding Bifunctional Bimetallic Catalysts By Selective Step-Decoration"

Oct 31, 5pm
Room 28E (Upper Level, San Diego Convention Center)
https://t.co/NYOspoy3un

[Ian T. McCrum @McCrum_Group]

@aiche_cre Thanks for the highlight!

[AIChE_CRE @aiche_cre]

Today, we highlight Prof. Ian McCrum, an Assistant Professor of Chemical and Biomolecular Engineering at Clarkson University. (https://t.co/lqiEOLFMZa)

[Ian T. McCrum @McCrum_Group]

@marcporosoff Congratulations!

[Ian T. McCrum @McCrum_Group]

@Jiao_Lab Beautiful spot!

[Ian T. McCrum @McCrum_Group]

@marcporosoff @EzraLClark @SenftleLab Thanks for having me on!

[Ian T. McCrum @McCrum_Group]

If you are attending #ACSSpring2024, please consider attending our talks!
Special thanks to the organizers of the "Crossroads of Thermo-, Electro- and Photochemical Catalysis" and "The Role of Fundamental Interfacial Processes in Electrocatalysis" sessions! @ACSCATLDivision

[Ian T. McCrum @McCrum_Group]

Congrats to the authors, and thanks to Zhenhua for leading this effort!

[Ian T. McCrum @McCrum_Group]

Check out our collaborative work on surface structure effects in catalysis, just published in Nature!
Zhenhua summarized best - this work shows that "local" structure/activity descriptors might not be enough - need to consider long-range stress/strain

https://t.co/MxRppSZccp

[Mohammad Hasibul Hasan @mhhasan_]

Excited have my 2nd paper from our lab, titled, "pKa as a Predictive Descriptor for Electrochemical Anion Adsorption" published in @angew_chem Angewandte Chemie (IF: 16.6).

Thanks to my advisor, Dr. Ian McCrum for the support @McCrum_Group @ClarksonUniv
https://t.co/Y07uVfFC11

[Ian T. McCrum @McCrum_Group]

@GuoxiangH @NSF Thanks!

[Ian T. McCrum @McCrum_Group]

Very excited and grateful to have received an NSF CAREER award! This grant will fund a unique combination of experiments and DFT modeling in our group to better understand cation and pH effects in electrocatalysis. Thanks to all of our students and mentors, and thanks @NSF!