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Chemical Engineering

Channel | updated May 09, 2013

Formally established as a separate department in 1920, MIT's Chemical Engineering department (ChemE) has not only set the standard for instruction and research in the field, it continues to redefine the discipline's frontiers. With one of three undergraduate programs focusing on chemical-biological engineering for students interested in the emerging biotech and life sciences industries, and two of three graduate programs providing an experiential course of study in chemical engineering practice in collaboration with MIT's Sloan School of Management, ChemE at MIT is quite unlike chemical engineering anywhere else.

Chemical engineering occupies a unique position at the interface between molecular sciences and engineering. Intimately linked with the fundamental subjects of chemistry, biology, mathematics, and physics — and in close collaboration with fellow engineering disciplines like materials science, computer science, and mechanical, electrical, and civil engineering — chemical engineering offers unparalleled opportunities to do great things.

Traditionally linked to fuel combustion and energy systems, today's chemical engineers are spearheading new developments in medicine, biotechnology, microelectronics, advanced materials, energy, consumer products, manufacturing, and environmental solutions. A new generation of chemical engineering-trained entrepreneurs are forming innovative new businesses, no doubt influenced by the fact that chemical engineers have served as CEOs of such leading global businesses as 3M, DuPont, Intel, General Electric, Union Carbide, Dow Chemical, Exxon, BASF, Gulf, and Texaco.

People with undergraduate and graduate chemical engineering degrees go on to work in industry, academia, consulting, law, medicine, finance, and other fields. For more information, the American Institute of Chemical Engineers (AIChE) offers an online database that lists the companies that are the most prolific hirers of its members. The Chemical Engineers in Action site shows the variety of things that chemical engineers can do.

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Ahmed Ghoniem
  • Chemical Engineering,
  • History
Ahmed Ghoniem

 Ronald C. Crane (1972) Professor of Mechanical Engineering, MIT

Always Young at Heart
  • Chemical Engineering,
  • History
Always Young at Heart

Simon Hanson ’74Chief Engineering Officer, Fuel & Furnace ConsultingFriday, May 11, 2012
10am to 3pm, Gilliland Auditorium (66-110)
MIT Department of Chemical Engineering
25 Ames Street
Cambridge, MAOn December 4, 2011, the Department of Chemical Engineering ...

Closing Remarks
  • Chemical Engineering,
  • History
Closing Remarks

Friday, May 11, 2012
10am to 3pm, Gilliland Auditorium (66-110)
MIT Department of Chemical Engineering
25 Ames Street
Cambridge, MAOn December 4, 2011, the Department of Chemical Engineering and industry lost a dear friend and innovator, Adel F. Sarofim. On Friday, May ...

Humble Giant
  • Chemical Engineering,
  • History
Humble Giant

Roberto Ruiz President and COO, OnQuest, Inc. Friday, May 11, 2012
10am to 3pm, Gilliland Auditorium (66-110)
MIT Department of Chemical Engineering
25 Ames Street
Cambridge, MAOn December 4, 2011, the Department of Chemical Engineering and industry lost a dear friend ...

Mike Modell '60
  • Chemical Engineering,
  • History
Mike Modell '60

Sarofim student and former faculty, MIT Chemical Engineering Friday, May 11, 2012
10am to 3pm, Gilliland Auditorium (66-110)
MIT Department of Chemical Engineering
25 Ames Street
Cambridge, MAOn December 4, 2011, the Department of Chemical Engineering and industry lost ...

Opening remarks
  • Chemical Engineering,
  • History
Opening remarks

Klavs JensenChemical Engineering Department Head, MIT Friday, May 11, 2012
10am to 3pm, Gilliland Auditorium (66-110)
MIT Department of Chemical Engineering
25 Ames Street
Cambridge, MAOn December 4, 2011, the Department of Chemical Engineering and industry lost a dear ...

Remembrance
  • Chemical Engineering,
  • History
Remembrance

János Beér Professor Emeritus of Chemical and Fuels Engineering, MIT Friday, May 11, 2012
10am to 3pm, Gilliland Auditorium (66-110)
MIT Department of Chemical Engineering
25 Ames Street
Cambridge, MAOn December 4, 2011, the Department of Chemical Engineering ...

Teaching with Adel
  • Chemical Engineering,
  • History
Teaching with Adel

Leon GlicksmanProfessor of Building Technology and Mechanical Engineering, MIT Friday, May 11, 2012
10am to 3pm, Gilliland Auditorium (66-110)
MIT Department of Chemical Engineering
25 Ames Street
Cambridge, MAOn December 4, 2011, the Department of Chemical Engineering ...

The Hottel - Sarofim Legacy: [From Mono-Zone to Megazone]
  • Chemical Engineering,
  • History
The Hottel - Sarofim Legacy: [From Mono-Zone to Megazone]

Jim Noble ’68 Sarofim student, consultant and former faculty, MIT Chemical Engineering Friday, May 11, 2012
10am to 3pm, Gilliland Auditorium (66-110)
MIT Department of Chemical Engineering
25 Ames Street
Cambridge, MAOn December 4, 2011, ...

The Utah Years
  • Chemical Engineering,
  • History
The Utah Years

JoAnn Lighty Professor and Chair of Chemical Engineering, University of Utah Friday, May 11, 2012
10am to 3pm, Gilliland Auditorium (66-110)
MIT Department of Chemical Engineering
25 Ames Street
Cambridge, MAOn December 4, 2011, the Department of Chemical Engineering ...

2012 Warren K. Lewis Lecture
  • Guest speakers and special events,
  • Event
2012 Warren K. Lewis Lecture: George M. Whitesides

The Warren K. Lewis Lectureship in Chemical Engineering: "Simplicity" as a Component of Invention

The Science and Business of RNAi Therapeutics
  • Chemical Engineering,
  • Event
Lessons from Alnylam: The Science and Business of RNAi Therapeutics

Important lessons in the story of RNAi and Alnylam and their broader implications will be shared.

EBICS - Dr. Robert Langer Distinguished Lecture
  • Biological engineering,
  • Event
EBICS - Dr. Robert Langer Distinguished Lecture

Dr. Robert Langer of the MIT Department of Chemical EngineeringEngineering of Integrated Materials and Cell Based SystemsI will start by discussing how I - as a chemical engineer - initially got involved in the interface between biology and engineering, which would ...

Hottel Lecture - Sunlight-driven hydrogen formation by ...
  • Chemical Engineering,
  • Event
Hottel Lecture - Sunlight-driven hydrogen formation by membrane-supported ...

"Sunlight-driven hydrogen formation by membrane-supported photoelectrochemical water splitting" Nathan S. LewisDivision of Chemistry and Chemical EngineeringCalifornia Institute of Technology andBeckman Institute and Kavli Nanoscience Institute Friday, April 13, 2012 ...

Energy 101: Biofuels
  • Energy,
  • Feature
Energy 101: Biofuels

In this short video, Dr. Mark Mba Wright gives a broad overview of biofuels: from what they are to their technological requirements and challenges.

Profile: Richard Braatz
  • MIT News,
  • Profile
Richard Braatz: Moving past trial-and-error

Richard Braatz believes mathematics can help streamline the road to discovery in pharmaceutical manufacturing as well as nanotechnology.

Slow discharge of a LiFePO4 nanoparticle
  • Chemical Engineering,
  • Demonstration
Slow discharge of a LiFePO4 nanoparticle

At small currents, ordered stripes appear in a 100x100nm particle due to coherency strain.

Moderate discharge of a LiFePO4 nanoparticle
  • Chemical Engineering,
  • Demonstration
Moderate discharge of a LiFePO4 nanoparticle

At moderate current (I/I0=.01), phase separation is observed but with less ordering than at slow current.

Quasi-solid solution behavior in LiFePO4
  • Chemical Engineering,
  • Demonstration
Quasi-solid solution behavior in LiFePO4

Phase separation is suppressed as discharge rate is increased (I/I0=.03) and the critical current is approached. There is not enough time for complete phase-separation, and a quasi-solid solution forms.

Formation of {101} phase boundaries in a LiFePO4 ...
  • Chemical Engineering,
  • Demonstration
Formation of {101} phase boundaries in a LiFePO4 nanoparticle

When a LiFePO4 nanoparticle is held at 50% state of charge, coherency strain leads to the formation of {101} phase boundaries. Phase-field simulation of a 500x500nm particle.

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