About
Chemical engineering involves the production and manufacturing of products through chemical processes. This includes designing equipment, systems, and processes for refining raw materials and for mixing, compounding, and processing chemicals.
Chemical engineers translate processes developed in the lab into practical applications for the commercial production of products, and then work to maintain and improve those processes. They rely on the main foundations of engineering: math, physics, and chemistry. Biology also plays an increasingly important role.
Course Overview
With a legacy of four decades, the MIT-WPU School of Chemical Engineering is one of the foremost centers of Chemical Engineering in India. Founded to meet the rising demand of skillful Chemical Engineers in the country and abroad, it has been producing a competent and talented workforce for all the walks of Chemical Industries over forty years. Well-equipped laboratories along with a highly qualified and expert academic staff ensure that the MIT WPU School of Engineering excels at research, that the burgeoning Chemical Industry sorely needs. There are presently more than seven titles being currently researched at the school with grants from various National funding agencies. Our contemporary as well as future technology-oriented syllabus empowered by numerous industry and alumni interactions ensure that we remain abreast with the latest developments in the field of Chemical Engineering ensuring the quality of our graduates. With an emphasis of the holistic development of our students exercised through excellent infrastructure and learned faculty members, we continue to produce the finest Chemical Engineers and engage in innovative research upskilling the learners for the future. The Masters Program in Chemical Engineering aims to upskill and reskill the graduate students from Chemical, Petrochemical, Petroleum, Polymer, Oil and Paints and allied branches into technology practitioners. With Electric vehicles disrupting IC Engines on fossil fuels and emergence of Fuel Cell Vehicles, Energy is the vital field of research for us. We have expert faculty members who have successfully executed research in 2G Ethanol, Bio Methane, Green hydrogen production. With Decarbonization garnering interest and more efforts from Governments and private organizations towards Green Energy, we commit to empower our Masters learners to delve into innovation and encourage to become entrepreneurs earning business acumen.
Program Highlights
- School of Chemical Engineering is equipped with latest software as Aspen Plus, HYSYS along with mathematical solvers as COMSOL, MATLAB and others.
- Open ware as DWSIM, ChemSep are widely used to design processes and plants. HPLC, GC, BOD and COD meters and other analytical instruments are available for synthesis and analysis of newer materials as well as waste analysis.
- Hydrodynamic Cavitation, Industrial scale Membrane Separation unit, Integrated Multiphase horizontal and vertical flow regime loop and many more experimental set-ups help cater the advanced knowledge and research in the field of Chemical Engineering.
- Strong industry and research organization support
- AIChE Global Outstanding Student Chapter Award 2019 and 2020
- Experiential learning
- Guest Faculty of National and International Repute
- Dedicated training and placement support
- Exposure to Problem based Learning
For More Details To Click Here https://chemical-engineering.mitwpu.edu.in/images/School-of-Chemical-Engineering/Brochure/MTech_Brochure_2022.pdf
