About course - Pharmaceutical Technologists deal with the transformation of raw ingredients into usable products by means of chemical, bio-chemical and physical processes. It is the discipline of the pharmacy which processes a New Chemical Entity into a medication suitable to be prescribed by the medical practitioners for the patients. Students are also trained to conceptualize, design, build up, maintain and operate various industrial processes and machineries involved in the process. The program also involves formulation of a pure drug substance into a dosage form. The other branches of Pharmaceutical Technology include Pharmaceutical formulation, Pharmaceutical manufacturing, dispensing pharmacy, physical pharmacy and pharmaceutical jurisprudence.
Core subjects
Core subjects
The core subjects include the following:
- Pharmaceutics
- Pharmaceutical Jurisprudence
- Pharmaceutical Marketing Management
- Pharmaceutical Chemistry
- Pharmaceutical Analysis
- Pharmacology
- Pharmacognosy
- Biochemistry
- Microbiology
- Computer Applications & Drug Design
- Remedial Biology
- Anatomy, Physiology & Health Education
Further education – After completing B. Tech or BE in Pharmaceutical Technology, you can go for M. Tech or ME followed by research.
Job profiles – Successful graduates in the stream have ample opportunities in drugs, Pharmaceutical, chemical, food and cosmetic industries.
Top recruiters – Some of the top recruiters of this field include the following organizations:
- Glaxo SmithKline Pharmaceuticals Limited
- Ranbxy Labs
- Nestle India Ltd
- Paulson’s Drugs Pvt. Ltd.
- Mendine Pharmaceuticals
- Johnson & Johnson Group
- Burnet Pharmaceuticals Pvt. Ltd.
Plastic Engineering
About Course
Plastic Engineering deals with the process of processing, designing and manufacturing of plastics products. A plastic engineer analyses the nature of plastic materials, their properties and other mechanical properties of plastics. A plastic engineer has to design a product according to the mechanical, electrical, barrier and thermal properties of the material. A plastics engineer also learns the various ways of reducing ecological foot prints of their products.
With light weight, non-corrosive, rust resistant, good insulation properties, plastic has more than one reason to be widely acceptable by people. But, given the ecological disturbances and various environment related issues in the present era, it becomes very important to have skilled and well-trained manpower that can rationalise the cost of production and distribution in the right manner and hence make the product worthy of its cost.
Core Subjects
Core Subjects
- Industrial Sociology
- Industrial Chemistry
- Measurement & Metrology
- Principles of Polymerization
- Science Based Open
- Elective
- Industrial Chemistry Lab
- Manufacturing Technology
- Machine Drawing
- Measurement & Metrology Lab
- Manufacturing Technology Lab
- Plastic Materials
- General Proficiency
- Engineering & Managerial Economics
- Plastic Product & Mould Design
- Analysis & Identification of Polymers Lab
- Heat & Mass Transfer
- Rheology & Testing of polymers
- Synthesis & Polymerization Resins Lab
- Computer aided Product & Mould Design Lab
- Polymer Characterization Lab
Further Education
Those who have obtained a BE or BTech degree in plastic engineering they can also go for ME, MTech or Doctoral level programs.
Job Profiles
Job Profiles
There are lots of job opportunities available in India as well as in foreign countries. Plastic engineer can work in research and development, processing, quality control, technical support and sales, design and manufacture of moulds, training and management activities. Professionals in this career can also opt for teaching jobs in universities and colleges.
Top Recruiters
Top Recruiters
- Ministry of Petroleum
- Natural Gas
- Oil and Natural Gas Commission
- Oil India Laboratories
- Petrochemicals Engineering Plants
- Indian Institute of Petroleum
- Polymers Corporations
Polymer Technology
About Course
BTech in Polymer Technology deals with the study of processing and manufacturing of polymer based substances for various purposes. A student of the course learns to conceptualize, design, process and use polymer based substances for manufacturing need oriented products. With a rise in hype about ill-effects attached to use of polymer materials, there is a need for well informed graduates who can come up with advanced ideas of processing polymers and hence reduce the ill-effect due to the same.
As a part of the curriculum, students get hands-on experience on computer aided plant design, polymerization engineering, fabrication and processing of polymers.
Whereas, on the one hand, use of polymers is indispensable, on the other, there is fight for sustainable development and conservation of environment. It becomes very important here to have skilled people who can rationalize the effects and at the same time help organisations make profit through use of polymers and its products as there is a huge demand for the same too.
Core Subjects
Core Subjects
- Chemical Thermodynamics
- Dynamics of Chemical Processes
- Electrodics
- Polymers
- Water
- Statics of Particles
- Equilibrium of Rigid Bodies
- Properties of Surfaces and Solids
- Dynamics of Particles
- Friction
- Elements of Rigid Body Dynamics
- Matrices
- Functions of Several Variables
- Ordinary Differential Equations
- Acoustics
- Geometrical Applications of Differential Calculus
- Heat and Thermodynamics
- Laser and Fibre Optics
- Three dimensional analytical geometry
Power Electronics
About course
Power Electronics is the application of solid state electronics for the control and conversion of electric power. It is a branch of Electrical Engineering which deals with design, control, computation and integration of nonlinear, time varying energy processing electronic systems with fast dynamics. Power Electronics is an important and rising discipline owing to the fact that power consumption has increased across the world in manifold. In contrast to electronic systems concerned with transmission and processing of signals and data, in power electronics substantial amounts of electrical energy are processed. The program basically deals with generation, transmission and distribution of electric power and electrical devices connected to such systems including generators, motors and transformers. Power Electronics aims to inculcate the efficiency among the students so that there is no wastage in electricity due to the process.
Core subjects – The core subjects of Power Electronics are as follows:
Core subjects – The core subjects of Power Electronics are as follows:
- Electrical Machines
- Network Analysis and Synthesis
- Power Generation, Transmission and Distribution
- Power Electronics
- Switch Gear and Protection
- Energy Management and Power Technology
Further studies – After completing B. Tech in Power Electronics, you can opt for M. Tech and go for further research.
Job profiles – The job profiles for Power Electronics can be as follows:
- Power Electronics Engineer
- Power Engineer
- Test Engineer – Power Electronics
- Engineering Supervisor – Power
- Power Transformer Executives
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