A career as a chemical engineering can be very gratifying. Read on to learn more on courses in chemical engineering here.

Chemical Engineering Courses

Would you ace your chemistry tests in school? Would you anxiously look forward to enter the chemistry laboratory, perhaps more than a student would wait for the recess bell to ring? Chemistry is indeed a permanent fixture in the wide ocean of science. Chemistry is the essential binding force that is consistently applied to the processes of technology development. Thanks to chemical engineering, conversion of raw materials and chemicals into valuable products has been made easy. Soon enough, chemical engineering evolved as an indispensable field of study and profession. It entails the design and maintenance of chemical plants and the development of relevant chemical processes. Ever wondered how chemicals are extracted from waste materials in order to kick-start large-scale manufacturing? Records and methods stemming from chemical engineering shall provide you with accurate answers.  In this arena, one merges his or her knowledge of chemistry and engineering to produce optimal chemicals and related by-products. Remember how fascinated you were with mixing chemicals in test tubes and to keeping an eye on the tantalizing reactions that manifested? If you follow this article, you may discover a career that deals with exactly that, and more.

Courses In Chemical Engineering

Eligibility And Skills Required
A candidate wishing to embark upon the ship of chemical engineering must first ensure the attainment of a 10 +2 pass certificate or an equivalent. Physics, chemistry, Mathematics and preferably, biology must be central subjects. This candidate should thereafter appear for a central entrance examination specifically designed to test a student’s scientific aptitude and competence. After successfully having completed a BE or B.Tech degree in chemical engineering, one can immediately graduate to a post graduate program or diploma in chemical engineering. An aspiring chemical engineer must possess natural qualities of alertness, intuitive, dedication and overall, must be gifted with a strong presence of mind. He or she must have a good memory, exceptional grasping abilities and a knack for spotting the tiniest of transformations.   

Details Of The Course
Courses in chemical engineering comprise a wide and interesting array of topics that promise to nurture a radiant new generation of excellent chemical engineers. The important topics included in the curriculum are listed below.

  • Evolution Of Chemical Engineering
  • Chemical Technology
  • Engineering Mechanics
  • Engineering Graphics
  • Engineering Physics & Chemistry
  • Humanities
  • Advanced Mathematics and Computer Programming
  • Engineering Physics Laboratory
  • Chemical Process Principles
  • Electrical And Mechanical Technology
  • Organic , Inorganic And Physical Chemistry
  • Transport Phenomena And Electronics
  • Fluid And Particle Mechanics
  • Material Science & Engineering
  • Electrical & Electronics Laboratory
  • Chemical Engineering Thermodynamics
  • High Polymer Engineering
  • Particle Technology, Heat Transfer And Evaporation
  • Materials Technology & Engineering Laboratory
  • Chemical Reaction Engineering
  • Process Dynamics and Control
  • Mass Transfer Operations and Process Instrumentation
  • Process Control and Reaction Engineering Laboratory
  • Petroleum Refinery Engineering
  • Fluidisation Engineering & Plant Utilities
  • Technology Of Synthetic And Pharmaceutical Chemicals
  • Economics and Management Of Chemical Industries
  • Environmental & Biochemical Engineering
  • Optimization Techniques &Computer Aided Design
  • New Separation Techniques
  • Petrochemical Plants & Synthetic Fibers

Graduates of chemical engineering have innumerable options for further specialization. This branch of engineering covers areas that range from biotechnology to nanotechnology and mineral processing. A chemical engineer can focus on the intricacies within the mineral based industries, petrochemical plants, pharmaceuticals, synthetic fibres as well as petroleum refining plants. Fertilizer technology, processing of food & agricultural products, synthetic food, synthetic fibers, coal & mineral based industries & prevention & control of environmental pollution & the development & improvement of processes, design, construction, operation & management of the plants for these process & research in these areas. 

Career Prospects
Career opportunities for chemical engineers both in public & private sectors are abundant! They can choose from the design, development, fabrication, production & control of chemical & processing plants. Chemical-processing industries require the technical and managerial control of the chemical engineer. Society is bestowed with a vast array of products, including chemicals, plastics, pharmaceuticals, foods, textiles, fuels, and industrial gases by these industries. By applying the biosciences in biochemical and biomedical engineering, chemical engineers contribute to the environment by attempting its best to eliminate pollution. Chemical engineers tend to grow with industrial expansion and the related scarcity of resources needed. Without them, materials essential for running the industrial economy would be unavailable. Professors in chemical engineering can also make a prosperous living out of his or her knowledge of the field.

Some Of The Best Institutes Offering Courses In Chemical Engineering
  • Indian Institute Of Technology (IIT), Guwahati, India
  • Massachusetts Institute of Technology, Massachusetts, United States
  • Birla Institute Of Technology, Pilani, Rajasthan, India
  • University of California–Berkeley, United States
  • Indian Institute Of Technology (IIT), Mumbai, India
  • Stanford University, California, United States
  • Indian Institute Of Information Technology & Management, Gwalior, India
  • Loughborough University, Leicestershire, United Kingdom
  • Anna University, Chennai, India

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