PGDC T&D stands for Post Graduate Diploma in Transmission and Distribution. It is a one-year postgraduate diploma course offered in the field of electrical engineering.
Course name: Post Graduate Diploma in Transmission and Distribution (PGDC T&D)
Duration: 1 year
Eligibility: Bachelor's degree in Electrical Engineering or equivalent
Entrance exam: Some institutes may conduct entrance exams for admission
Selection criteria: Merit-based or entrance exam scores
Application process: Online or offline application form submission
Application fee: Varies for different institutes
Syllabus: Power System Analysis, Protection and Switchgear, High Voltage Engineering, Power Electronics, etc.
Career opportunities: Power Transmission and Distribution companies, Electrical equipment manufacturers, Research and development organizations, etc.
The eligibility criteria for PGDC T&D may vary for different institutes, but the general requirements are as follows:
Bachelor's degree in Electrical Engineering or equivalent
A minimum of 60% aggregate marks in the qualifying exam
Some institutes may also consider candidates with a diploma in electrical engineering with relevant work experience.
Some institutes may conduct entrance exams for admission to PGDC T&D. The exam may test the candidate's knowledge of electrical engineering and related subjects. The exam pattern may vary for different institutes.
Admission to PGDC T&D is usually based on merit, which is calculated based on the candidate's performance in the qualifying exam. Some institutes may also consider entrance exam scores for admission. Candidates must submit their application forms along with the required documents before the deadline.
The selection criteria for PGDC T&D may vary for different institutes. Some institutes may consider the candidate's performance in the qualifying exam, while others may also conduct an entrance exam. Candidates who meet the eligibility criteria and score well in the selection process are usually offered admission.
Candidates can apply for PGDC T&D online or offline, depending on the institute's application process. To apply online, candidates must visit the institute's website and fill in the application form with the required details. To apply offline, candidates must obtain the application form from the institute's admission office, fill it in, and submit it along with the required documents.
The application form for PGDC T&D may be available online or offline, depending on the institute's application process. Candidates must fill in the form with the required details and attach the necessary documents. They must also pay the application fee as specified by the institute.
The application process for PGDC T&D usually involves the following steps:
Obtain the application form
Fill in the form with the required details
Attach the necessary documents
Pay the application fee
Submit the form before the deadline
The fee for PGDC T&D may vary for different institutes. It may range from INR 50,000 to INR 2,00,000, depending on the institute and the facilities provided.
The syllabus for PGDC T&D may vary for different institutes, but some common topics are as follows:
Power System Analysis
Protection and Switchgear
High Voltage Engineering
Power Electronics
Electrical Machines
Control Systems
Renewable Energy Systems
Transmission and Distribution Systems
Power System Operation and Control
Advanced Power Electronics
PGDC T&D graduates can find job opportunities in various industries, such as power transmission and distribution companies, electrical equipment manufacturers, research and development organizations, etc. Some common job profiles are as follows:
Electrical Engineer
Power System Engineer
Control and Instrumentation Engineer
Design Engineer
Project Engineer
Research and Development Engineer
The average salary for PG
PGDC T&D graduates can find various job opportunities in the electrical engineering field. Some of the popular job roles are:
Electrical Engineer: Electrical engineers design, develop, test, and supervise the manufacturing of electrical equipment and systems. They work with a variety of technologies, including power generation, transmission, and distribution systems.
Power System Engineer: Power system engineers are responsible for designing, testing, and maintaining the power generation, transmission, and distribution systems. They work to ensure that the electrical power system is reliable, efficient, and safe.
Control and Instrumentation Engineer: Control and instrumentation engineers design and maintain the control systems and instrumentation for power plants, factories, and other industrial facilities. They use various technologies, such as sensors, programmable logic controllers, and control software to ensure that the systems work efficiently.
Design Engineer: Design engineers are responsible for creating and testing designs for electrical equipment and systems. They use computer-aided design (CAD) software to develop models and prototypes, and they work with other engineers to ensure that the designs meet the required specifications.
Project Engineer: Project engineers oversee the design, implementation, and completion of electrical engineering projects. They coordinate with other engineers, contractors, and stakeholders to ensure that the project is completed on time, within budget, and meets the required specifications.
Research and Development Engineer: Research and development engineers work to develop new technologies, products, and processes in the electrical engineering field. They conduct research, test prototypes, and work with other engineers to develop new products and systems.
Overall, PGDC T&D graduates have good career opportunities in the electrical engineering field. They can work in various industries, such as power transmission and distribution companies, electrical equipment manufacturers, research and development organizations, etc.
The fundamental goal of the course is to make actually prepared labor promptly accessible for enlistment to the power organizations in the territory of Transmission and Distribution of electrical power.
A few new Ultra Mega Thermal power Projects are currently establishment both in Public and private areas where trend setting innovation with too basic parameters bolstered by the cutting edge Control and Instrumentation framework are being received. At the same time to empty the power, a few EHV substations and long Transmission lines would be raised with related circulation framework.
By and by India has the biggest Electricity Grid in the World and the world's third-biggest Transmission and Distribution arrange. The yearning plan of Govt. of India for including extra 151069 MW of Generation Capacity during the eleventh and twelfth arrangement period will be enhanced by relating fortifying of framework expansion in the T&D area. To accomplish this goal, an extra 163000 CtKms and 30 crores customers would be added to the present T&D arrange. Different new advances like Ultra High Voltage (AC/DC) transmission framework, Facts,SCADA application, remote activity of Substation and so forth. The administration of this tremendous system will be a difficult undertaking. To man this gigantic Transmission System and Distribution arrange, enormous labor sufficiently prepared will be required which will be of the request for 10 lakhs. Keeping every one of these angles in see, CBIP has showed this drive to dispatch the 26 weeks Post Graduate Diploma in Transmission and Distribution System following the schedule according to the necessity of Indian Electricity rules for the crisp alumni engineers who might be prepped according to the prerequisite of Indian Power Industry. The length of the course would be 26 weeks which will incorporate the study hall sessions just as hands on preparing. The understudies need to go to the on-work practice sessions in different Substations. Visit to some presumed assembling plants will likewise be organized. To improve the individual abilities, a few contributions of Management are likewise to be given to the understudies.