Chemical Engineering

---

 

Technology has opened new directions in education. Increasingly, chemical engineers are employed in increasingly diverse fields, ranging from waste minimization, process optimization, and environmental clean-up in the environmental industry to new material development in the aerospace, microelectronics, construction, and biomedical industries to the pharmaceutical and biotechnology industries. Therefore, to meet these demands, our faculty is actively engaged in research at the forefront of technology, seeking to push the boundaries ever further forward. Our faculty are exploring these current areas of research.

Chemical Reaction Dynamics and Catalysis

Polymers

Rheology

Statistical and Molecular Thermodynamics

Molecular Transport Processes 
  

Material Science

---

Batteries and Fuel Cells Cellular Materials Ceramics Composites for High-Temperature Applications Compound Semiconductor Growth and in-situ Characterization and Processing Compound Semiconductor Processing Technology Electrical and Optical Studies of Quantum Well Structures Electrodeposition Corrosion Science and Technology Heterostructure Materials and Device Science & Technology Mechanical Properties of Polycrystalline Materials Microchemical Analysis Microstructure and Crystal Defects Nanostructure Science & Technology Optical Multilayer Thin Films Photorefractive Materials Polymers Surface Phenomena Sandwich Structures

 

Petroleum Engineering

---

    Dynamics of Fluids in Permeable Media

    Improved Oil Recovery

    Data Mining 

    Integrated Asset Modeling

    Optimal Development Work Processes

    Advanced Well Test Modeling 
 
    Well Productivity Improvement

    Performance Based Reservoir Characterization