Program Overview

School of Chemical Engineering

The School of Chemical Engineering offers a comprehensive program in chemical engineering, covering various aspects of the field.

Introduction to the Program

The program aims to introduce students to the fundamental principles, structure, properties, and applications of chemical engineering. The curriculum is designed to provide students with a deep understanding of the subject matter, as well as practical skills and knowledge.

Program Structure

The program is divided into several semesters, each covering a specific range of topics. The semesters are as follows:

• 1° Semester
• 2° Semester
• 3° Semester
• 4° Semester
• 5° Semester
• 6° Semester
• 7° Semester
• 8° Semester
• 9° Semester
• 10° Semester

Courses

The program includes a range of courses, such as:

• (Introduction)
• (History)
• (Organization)

•  (The Science of Chemical Engineering)

• (Elected Administration)
• (Advisory Committee)
• (Departments)
• (Secretariat)
• (Computing Center)
• (Committees)
• (Communication and Location)

• (Evaluation of the School and NTUA)

• (Quality Assurance Policy)
• (School Strategy)

Research

The school is involved in various research areas, including:

• (Laboratories)
• (Other Laboratory Units)

Academic Programs

The school offers several academic programs, including:

• • .... (Postgraduate - Interdisciplinary Postgraduate Program)
• (Doctoral Dissertation)
• (Academic Collaborations)

Course Details

One of the courses offered is " " (Science and Technology of Metallic Materials). The course aims to introduce students to the fundamental principles, structure, properties, and applications of metallic materials. The specific goals of the course are:

• To understand the connection between the structure and properties of metallic materials
• To recognize the recent techniques and methods of material processing and characterization
• To develop skills in selecting suitable metallic materials and processing techniques for various applications

The course is offered in the 9th semester, and the course code is 5174. The instructors are . , . , and others. The course includes lectures, laboratory work, and assignments. The examination material and written examination guidelines are available on the course website.