Metallurgical engineeringCourse outcomes

CLO 1: Students will master the theory of plastic deformation of metals and the physical-mechanical basis of pressure processing processes (rolling, forging, stamping, pressing). within the framework of the course, specific and advanced technologies, including mechanisms of blasting and welding methods used in the production of plate and cylindrical bimetals, will be analyzed. they will be able to scientifically justify the effect of deformation rate and temperature on the final structure of the metal (hardening and recrystallization). at the end of the subject, students will acquire the ability to design flawless and optimally sized metallic products by selecting the pressure processing mode according to production requirements.

CLO 1: This subject teaches students the production technologies of high-quality steels and ferroalloys (ferrosilicon, ferromanganese, ferrochrome) using electricity. students will be able to analyze the heat exchange processes and the thermodynamics of phase transformations in electric arc and induction furnaces. at the same time, they will develop waste-free and energy-saving smelting routes by controlling specific reduction processes and the melting regime of raw materials (ore, coke, flux). at the end of the course, the habits of adjusting the chemical composition of the alloy and carrying out purposeful alloying in metallurgical enterprises will be fully formed.

CLO 1: Students will master modern instrumental methods for determining the microstructure, phase composition, and crystal lattice parameters of metals and advanced alloys. they will gain an in-depth understanding of the working principles of optical and electron microscopy (sem, tem) as well as x-ray structure analysis (xrd) equipment. accurate diagnosis of intermetallic phases, nanostructures and intermediate layers formed in materials with especially complex composition (for example, 5 or more components with high entropy) will be carried out. finally, students will be able to quantify the relationship between the structure and mechanical properties of the material by deciphering the obtained spectral and visual data.

CLO 2: This subject examines the physico-chemical nature of non-ferrous metals such as aluminum, copper, titanium and magnesium, as well as their multicomponent alloys. students will analyze the specific phase transformations that occur in non-ferrous alloys, including the mechanisms of natural and artificial wear (dispersion hardening) processes. they will learn to design the required homogenizing heating or tempering regimes to optimize the properties of the part according to the industrial application. at the end of the subject, the ability to detect and eliminate thermal processing defects of special-purpose nonferrous materials used in the aerospace and electronics industries will be developed.

CLO 1: The student learns to analyze the physico-chemical properties of non-ferrous metals and their alloys, as well as crystal lattice structures. at the end of the subject, the student acquires the ability to read various phase diagrams and predict the structural changes of alloys. understands the mechanisms of influence of thermal processing processes (hardening, aging, annealing) on ​​the mechanical properties of non-ferrous alloys. the student classifies industrially important alloys (al, cu, ti, mg, ni) and justifies their application in specific fields. in the end, the student is able to determine the defects that occur during the processing of metals and choose the optimal processing modes to eliminate them.

CLO 1: Students will master the processes of pouring various metallic materials in a liquid state into molds and turning them into details with complex shapes and whole macrostructures. in addition to traditional sand-clay moulds, hydro-dynamic properties of advanced technologies such as precision casting, centrifugal casting and pressure casting will be explored within the course. they will design optimal feeder systems by calculating crystallization zones, draw gaps and internal stresses in the casting during cooling. in conclusion, students will be able to establish cost-effective production routes considering the casting properties of different alloys (cast iron, steel, non-ferrous metals).

CLO 1: Students will master the processes of pouring various metallic materials in a liquid state into molds and turning them into details with complex shapes and whole macrostructures. in addition to traditional sand-clay moulds, hydro-dynamic properties of advanced technologies such as precision casting, centrifugal casting and pressure casting will be explored within the course. they will design optimal feeder systems by calculating crystallization zones, draw gaps and internal stresses in the casting during cooling. in conclusion, students will be able to establish cost-effective production routes considering the casting properties of different alloys (cast iron, steel, non-ferrous metals).

CLO 1: This subject teaches students standardized control mechanisms for the quality of raw materials, intermediate products and finished alloys at all stages of metallurgical production. students will master the high precision measurement of major components and trace impurities in metals using spectroscopic (eg oes), chromatographic and chemical analysis techniques. also, the processes of calculating measurement errors, calibrating metric systems, and verifying the compliance of test results with international standards will be analyzed. at the end of the course, students will acquire the ability to freely apply quality management systems and perform metrological procedures in production enterprises.

CLO 1: Students will master both pyrometallurgical and hydrometallurgical technologies of obtaining heavy, light, noble and rare non-ferrous metals from ores and concentrates. kinetics and thermodynamics of physicochemical reactions in roasting, smelting, leaching and electrolytic refining processes will be studied in detail during the course. at the same time, they will learn ways to separate additional metals from complex ores and apply environmentally friendly waste-free technologies. at the end of the subject, the ability to calculate the technological regulation and material balance of high-purity non-ferrous metal production units will be formed.

CLO 1: Students will master both pyrometallurgical and hydrometallurgical technologies of obtaining heavy, light, noble and rare non-ferrous metals from ores and concentrates. kinetics and thermodynamics of physicochemical reactions in roasting, smelting, leaching and electrolytic refining processes will be studied in detail during the course. at the same time, they will learn ways to separate additional metals from complex ores and apply environmentally friendly waste-free technologies. at the end of the subject, the ability to calculate the technological regulation and material balance of high-purity non-ferrous metal production units will be formed.

CLO 1: The course introduces students to the physical and engineering foundations of casting technology and teaches the laws of behavior of liquid metal in molds. students will master the properties of mold materials, the design of molds and fillings, and the calculation methodology of optimal track systems. the direct effect of technological properties such as fluidity, shrinkage and gas absorption capacity of liquid metal on casting quality will be analyzed by laboratory tests. upon completion of the subject, future engineers will acquire the skills to design the casting technology route according to the drawing of the given part and prevent the defects that will arise.

CLO 1: Students will learn the construction and operation rules of molding, cleaning and conveying units that provide mechanization and automation in foundries. within the framework of the course, the kinematic schemes of sand mixing mixers, shaker-press molding machines, crushers and induction furnaces will be thoroughly studied. they will learn how to calculate the power of the equipment, how to choose the device according to the production capacity of the workshop. finally, the ability to design and optimize maintenance schedules for foundry equipment will be developed to ensure continuous and safe production.

CLO 1: This subject introduces modern and traditional methods of shaping engineering materials through mechanical and thermal processing. students will learn the principles of creating commercially significant parts using the integrative use of cutting, welding, die-casting, and casting processes. the technological limitations and ways to solve them will be analyzed during the industrial scale processing of different types of materials, including composites and special steels. at the end of the course, students will be able to plan the most competitive and energy-saving production technology according to the characteristics of the part based on the given drawing.

CLO 1: Students will learn the thermal technical basics of heating units and melting furnaces used in ferrous and non-ferrous metallurgy, gas and mixture dynamics. they will be able to mathematically calculate the heat and material balance of blast furnace, marten, arc and induction furnaces, as well as understand the properties of refractory linings. regulation of combustion processes, heat regeneration and methods of efficient use of waste gas energy (environmental engineering) will be among the main research objects. at the end of the course, students will have the ability to increase the efficiency of metallurgical furnaces and adapt their construction to the requirements of the current technological process.

CLO 1: "metallurgy of non-ferrous metals" subject teaches students the internal structure, phase transformations and properties of metals such as aluminum, copper, titanium and their alloys. students master the alloying and heat treatment technologies applied to improve the properties of these materials, such as lightness and corrosion resistance. ultimately, they gain the ability to freely select and manufacture optimal non-ferrous metals for aerospace, electronics, and automotive projects.

CLO 1: Students will systematically master the tripartite relationship between the atomic-crystal structure, phase diagrams, and thermal processing regimes of metals. structural modifications (martensite, bainite, pearlite transformations) during heating and cooling in iron-carbon and other industrial alloys will be analyzed precisely. they will learn to design surface and bulk thermal treatment schemes for materials to meet specific engineering requirements. by the end of the subject, students will acquire the skills to significantly increase the mechanical endurance and operational resource of the material by controlling the microstructural changes.

CLO 1: This subject examines the mechanism of the dissolution (corrosion) processes of metals as a result of chemical and electrochemical interaction with the environment. students will be able to analyze polarization curves and calculate corrosion rates in different environments (acidic, atmospheric, seawater) based on thermodynamic and kinetic laws. they will master passivation, anodic/cathodic protection, inhibitor application and protective coating technologies to extend the service life of materials. as a result, the ability to justify the choice of corrosion-resistant materials and design complex anti-corrosion protection systems for industrial-scale structures will be formed.

CLO 1: Students will learn the technological and economic basis of collecting, sorting and recycling ferrous and non-ferrous metal scrap. they will analyze the processing of raw materials from end-of-life structures, machinery and e-waste for smelting and their comparative smelting regimes with the original ore feedstock. the course also covers the application of refining additives to prevent harmful element poisoning that may occur during recycling. at the end of the subject, they will acquire the skills to implement a cyclical (green) model of metallurgical production, applying resource-saving processing schemes in accordance with environmental norms.

CLO 1: This subject acts as a basic course that fully covers the fundamental principles of ferrous and non-ferrous metallurgy. students will understand the global technological chain, from the preparation of raw ore to the complex oxidation-reduction reactions that occur in oxygen-converter, blast furnaces and arc furnaces. they will analyze how to control the interaction of liquid metals with resin and minimize harmful impurities during melting. in conclusion, students will be able to systematically appreciate the working mechanism of modern integrated metallurgical plants and the material flow from raw material to finished product.

CLO 1: • ftn1: azərbaycan tarixinin dövrlərinin əsas mahiyyəti izah edilir.

CLO 2: • ftn2: azərbaycan tarixi üzrə bəzi mübahisəli məsələlərə aydınlıq gətirilir.

CLO 3: • ftn3: tələbələrin bu və ya digər məsələlərlə bağlı obyektiv mövqeyini formalaşmasına nail olunur.

CLO 4: • ftn4: tələbələrin ən azından minimum məlumat əldə etməsi, mövzular ətrafında öz fikrinin formalaşmasının səviyyəsi yoxlanılır.

CLO 5: • ftn5: tələbələrə qədim tariximizin müasir dövrlə uzlaşdırılması vərdişləri aşılanır.

CLO 1: .ftn1: fəlsəfənin əsas anlayışlarını , kateqoriyalarını və tarixi inkişaf mərhələlərini izah edir.

CLO 2: .ftn2: əsas fəlsəfi cərəyan və konsepsiyaları müqayisə və təhlil edir.

CLO 3: .ftn3: fəlsəfi problemlərin həllində tənqidi və analtik düşünmə bacarıqlarından istifadə edir.

CLO 4: .ftn4: müxtəlif fəlsəfi mövqeləri arqumentlər əsasında qiymətləndirir.

CLO 5: .ftn5: fəlsəfi və elmi mətnləri təhlil edir və əsas ideyaları ümumiləşdirir.

CLO 6: .ftn6: müasir ictimai, etik, sosial və elmi texnoloji problemləri fəlsəfi baxımdan dəyərləndirir.

CLO 7: .ftn7: öz mövqeyini məntiqi, əsaslandırılmış və ardıcıl şəkildə ifadə edir

CLO 8: .ftn8: fəlsəfi bilikləri peşəkar fəaliyyətində və gündəlik həyatda tətbiq edir.

CLO 1: • ftn1: i̇şgüzar və akademik kommunikasiyanın mahiyyəti, məqsəd və funksiyaları mənimsənilir və ixtisas üzrə müxtəlif kommunikativ situasiyalarda effektiv nitq fəaliyyəti həyata keçirilir.

CLO 2: • ftn2: i̇xtisas üzrə işgüzar üslubun leksik, qrammatik və sintaktik xüsusiyyətləri müəyyənləşdirilir və müxtəlif kommunikativ situasiyalarda düzgün tətbiq edilir. peşəkar fəaliyyətə uyğun şifahi və yazılı kommunikasiya vasitələrindən, peşə etikası və etiket normalarından səmərəli istifadə bacarığı formalaşdırılır.

CLO 3: • ftn3: i̇xtisas üzrə işgüzar ünsiyyətin informasiya mübadiləsi funksiyası və əsas kommunikativ prinsipləri mənimsənilir və praktik kommunikasiya prosesində tətbiq edilir.