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The four semester M.Tech. program attracts approximately 40 students each year. The students are required to take a minimum of six courses, including two from mandatory streams- catalysis and reaction engineering, transport phenomena, thermodynamics, and mathematics or numerical methods. This is followed by six course units and a summer term of research. Mechanism exists for a student in master's program to transition to doctoral study in the department.
Admissions to the M.Tech program happens every summer, usually in the month of April-May. The notification for the same, for all departments, is posted on the institute webpage. Currently, the admissions are done solely on the basis of GATE scores. The eligibility for the MTech program are given in details in the PG manual of IITK.
| Department of chemical engineering offers several core and elective courses for the students enrolled in Ph.D., M.Tech. and M.S.(Research) programmes, below given minimum course requirements for M.Tech Programme in Chemical Engineering. | |||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
| Programme | Minimum course requirement | ||||||||||
| M.Tech. | Minimum course requirement is six. Two must be taken from the compulsory courses (ChE611, ChE621, ChE631), one from (ChE641/ChE642), and the rest three can be taken from the list of electives. Student may take another course from the compulsory basket as an elective. |
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| • All PG students should register for a zero-credit PG Seminar Course: ChE802 (at least for one semester for M.Tech./M.S.R and two semesters for Ph.D. students) in which they attend seminars given by students by turn under the mentorship of a faculty. | |||||||||||
| Course No: | Course Title |
|---|---|
| ChE611 | Transport Phenomena |
| ChE621 | Thermodynamics |
| ChE631 | Reaction Engineering |
| ChE641 | Mathematical Methods |
| ChE642 | Numerical Methods |
| ChE802 | PG Seminar Course |
| Course No: | Course Title |
|---|---|
| ChE652A | Optimization |
| ChE643A | Mesoscale And Continuum Simulations In Chemical Engineering |
| ChE663A | Convective Heat and Mass transport |
| ChE633A | Heterogeneous Catalysis |
| ChE613A | Rheology of Complex Fluids |
| ChE659A | Process Engineering Principles in Microfabrication |
| ChE677A | Introduction to Polymer Physics |
| ChE632A | Multiphase Reactor Design |
| ChE636A | Numerical simulation of fluid flow through porous media |
| ChE672A | Polymer Processing |
| ChE623A | Thermodynamics of fluids and fluid mixtures |
| ChE687A | Quantum Chemical Design of Electrochemical, Catalytic and Separation Engineering Materials |
| ChE616A | Granular Flow |
| ChE668A (or) ChE614A | Principles of non-Newtonian fluid mechanics (or) Introduction to hydrodynamic stability |
| ChE678A | Mechanics of soft materials |
| ChE622A | Introduction to molecular simulations |
| ChE664A | Electrochemical Energy Conversion and Storage |
| ChE684A | Introduction to Systems Biology |
| ChE665A | Statistical Mechanics and Kinetics for Engineers |