Metallurgical Engineering Career Scope in Pakistan

Metallurgical Engineering Career Scope in Pakistan Jobs Opportunities Salary Requirements for admissions, courses, special subjects to complete educational level and start bright future through Metallurgical Engineering. Metallurgy is a domain of materials science and engineering that studies the physical and chemical behavior of metallic elements, their inter-metallic compounds, and their mixtures, which are called alloys. Metallurgy is used to separate metals from their ore.

Metallurgical Engineering is the study of metals, mining and extraction of metals and, as well as how metals react to environmental changes or stress.

Metallurgical Engineers investigate and examine the properties of metals such as iron, aluminium, nickel, steel, and copper and use them to produce a range of useful products and materials with required properties.

What do Metallurgical Engineers do?

  • Design and improve the processes used to extract the metal from ore
  • Find out ways to improve the characteristics of metals i.e. strength, malleability etc…
  • Use different metals to produce innovative and required material
  • Perform experiments to determine strengths and weaknesses of metals
  • Oversee mineral extraction processes
  • Develops new alloys (mixtures of metals)
  • Test Metals and materials for ensuring quality
  • Examine the physical structure and behavior of metals;
  • Cast the metals into desired shapes through casting, rolling,
  • Design metal components and prototypes.

Metallurgical Engineering Career Scope in Pakistan Jobs Opportunities Salary Requirements

Metallurgical Engineering Career Scope in Pakistan Jobs Opportunities Salary Requirements

Scope of Metallurgical Engineering in Pakistan

Metallurgical Engineering has a good scope in Pakistan. It is a vast field that deals with all types of manufacturing industries and also where metals or their alloys are used. Metallurgy and material engineering has the great scope in the country. Students should be encouraged to explore opprotunities in this innovative and basic field of  engineering to make their future bright. Graduates find job in different industries and factories. List of Job sectors of Metallurgical engineering is given below.

Job Market

  • steel and stainless steel manufacturers
  • miners and refiners of metals such as aluminium and copper;
  • copper manufacturers who produce semi-finished products such as wire and sheet, as well as finished products
  • Defense industries (Ammunition/Weaponry)
  • Public and private laboratories
  • Manufacturing industries
  • Automobile industry
  • Mining sector
  • Atomic plants (Uranium extraction & Enrichment)
  • Alloys making industries.
  • Mechanical industries.
  • Heavy construction firms (Dams, bridges and skyscrapers)
  • Surgical instruments manufacturing factories.
  • specialist producers of precious metals like gold and silver; foundries producing iron and steel castings.

Related Fields of Metallurgical Engineering

Many fields are related to Metallurgical Engineering. If you cannot find a university near you offering metallurgical engineering you can seek admission in the following fields:

  • Chemical Engineering
  • Materials Engineering
  • Mining Engineering
  • Mineral Process Engineering

How to become Metallurgical Engineer?

There are three routes to become a Metallurgical Engineer

  • Complete BSc Engg degree in Metallurgical Engineering
  • Complete BSc Engg degree in one of the related fields i.e. Chemical, Mining, Mineral Process engineering …
  • DAE/B.Tech in chemical or mining Technology or related fields.

Admission criteria for Metallurgical Engineering in Pakistan

  • Minimum 60% Marks in FSc Pre-Engineering.
  • Passing Entry Test.
  • Merit ranges from 75-79% in Government Universities.
  • DAE Or B.Tech degree holders can also apply.

Metallurgical engineering is the study of metals. Combining theory and practice, degree programs cover the mining, extraction, design and processing of metals, as well as how metals react to environmental changes or stress. Students also learn fundamental engineering principles.

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