Pune, Maharashtra | Approved By : AICTE,UGC | Estd: 2024
Pune, Maharashtra | Approved By : AICTE,UGC | Estd: 2024
G.h Raisoni International Skill Tech University - Ghristu is located in Maharashtra, Pune. G.h Raisoni International Skill Tech University - Ghristu was established in 2024. G.h Raisoni International Skill Tech University - Ghristu is approved by AICTE,UGC. A PhD in Electronics and Communication Engineering is a research-based degree program that deals with the design, manufacture, installation, and operation of electronic devices, systems, machines, and communication equipment. A PhD in Electronics takes approximately 4-5 years depending on the project. Admission to this course will be solely based on the candidates' performance in the entrance exam followed by a personal interview. G.h Raisoni International Skill Tech University - Ghristu provides various job opportunities and assists G.h Raisoni International Skill Tech University - Ghristu graduates in finding employment by building corporate relations and career services for a long-term symbiotic partnership between industry and academia. On successful completion of this course, students can work in a variety of positions including Teacher/Lecturer, Hospitality Coordinator, Hospitality Management Researcher, Hotel Manager etc.
| Name of Institute | G.h Raisoni International Skill Tech University - Ghristu Pune |
| Established | 2024 |
| Approved By | AICTE,UGC |
| Type | Central University |
| Address | Pune, Maharashtra India 412214 |
| E-Mail | info@ghristu.edu.in |
| Official Website | https://ghristu.edu.in/ |
Electronics and communication engineering change people's lives by making them more efficient, and this alone may entice them to pursue this path.
This doctorate program promotes critical thinking and market research, both of which are life-saving skills.
PhD Electronics and Communication Engineering educates students on materials and component technology, electro-optics, circuit and system design, and biomedical engineering.
Electronics courses, which deal with information technology, coding, and design, help students understand current technological trends better than other streams.
For Ph.D. Bachelor's degree in Engineering/Technology from the relevant faculty is required Regular Master's degree from any PhD in Electronics and Communication Engineering with at least 55% marks or a CGPA of 6 out of 10. GATE/NET qualification holders will be preferred.
BE/B Tech (ECE or related field of Electrical Engineering) (at least 60%) and ME/M. Tech /MS (ECE, Instrumentation, Measurement, Signal Processing, Embedded Systems or VLSI) with at least 60% points or grade point average from a recognized PhD in Electronics and Communication Engineering in India or abroad.
Candidates will be selected through an entrance test followed by an interview. The entrance test will be held again in the 1st or 2nd week of July.
Selection Process:
| Course Name | PhD in Electronics and Communication Engineering |
| Examination type | Presentation and Seminar |
| Eligibility | Minimum 55% aggregate in MSc/ MTech |
| Admission Process | Valid score in GATE/UGC NET/CSIR NET |
| Top Recruiting Companies | Top Recruiting Companies |
| Job Positions | Electronics Engineer, Field Test Engineer, Product Line Engineer, Customer Support Engineer. |
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Semester 1: Foundation and Core Courses In the first semester, the focus is on building a strong theoretical foundation in various areas of Electronics and Communication Engineering. Students may be required to take core courses and some advanced topics that will be useful in their research work. Advanced Digital Communication Digital modulation techniques Error control coding Channel coding and decoding Communication systems and networks Advanced Signal Processing Fourier Transform and its applications Time-frequency analysis Digital signal processing Filtering techniques Mathematical Methods in Engineering Linear algebra Complex analysis Optimization techniques Probability theory and stochastic processes Research Methodology Literature survey and research design Methods of data analysis Research ethics and academic writing Intellectual property rights (IPR) | Semester 2: Specialization and Advanced Topics In the second semester, students generally begin to delve deeper into their areas of interest within ECE. This semester usually focuses on more specialized areas of research. Advanced Microelectronics Semiconductor devices VLSI design and fabrication techniques Low-power circuits and systems Wireless Communication Wireless propagation models MIMO systems 5G and beyond Cognitive radio and spectrum management Antennas and Propagation Antenna theory and design Electromagnetic waves and waveguides Antenna arrays and radiation patterns Advanced Control Systems Linear and nonlinear control systems Optimal control theory Adaptive control and system identification |
Semester 3: Elective Courses and Research Preparation By the third semester, the student is expected to have identified a specific research area. The emphasis will be on taking electives and starting work on the dissertation. Electives (Choose one or more, depending on research interest): Digital Signal Processing for Communication Systems Photonic Devices and Circuits RF and Microwave Engineering Optical Communication and Networks Advanced Embedded Systems Research Proposal Formulation of the research problem Writing a research proposal and plan Literature review and gap analysis Research methodology for dissertation work | Semester 4: Comprehensive Exams and Progress Review This semester typically involves a major evaluation of the student's progress. Many universities conduct a Comprehensive Exam to assess whether the student has the depth of knowledge required for conducting independent research. Research work continues in parallel. Comprehensive Examination Covering all core and elective courses Oral examination by a panel of faculty members Progress Review Review of research progress Presentation of work done so far Feedback from supervisors and the research committee |
Semester 5 and Beyond: Research Phase From the fifth semester onwards, students are primarily focused on their research work. This phase can last several semesters, depending on the progress and completion of the thesis. Thesis Work Experimentation, simulations, and model development Data analysis and result interpretation Writing of research papers for conferences and journals Research Seminars Regular presentations on research progress Discussions with faculty and research peers Refining and revising research work Dissertation Writing Preparation of the PhD thesis Thesis submission for evaluation Defense of the thesis before an expert panel | Final Semester: Thesis Submission and Defense
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| Job Position | Job Description |
| Professor | They Develop and deliver course material, curricula, and syllabi and assist with the training and recruitment of new lecturers, teaching assistants, and fellow professors. |
| Electronics and Communications Consultant | They set up, monitor, maintain, and troubleshoot a wide range of Internet, phone, and television equipment and systems. They are most commonly used by wired and wireless carriers, construction companies, cable television companies, and other telecommunications services. |
| Network Planning Engineer | Evaluate and recommend changes to current and future network requirements to meet the needs of the organization. Familiar with a wide range of concepts, practices, and procedures in the field. |
| Instrumentation Engineer | Control and instrumentation engineers (C&I engineers) are in charge of the design, development, installation, management, and maintenance of equipment used to monitor and control engineering systems, machinery, and processes. |
| Technical Director | A technical director is a professional who oversees the entire department of a theatrical company or television studio. The responsibility is to ensure that the technical equipment is safe and clean. |
| Field Test Engineer | A field test engineer is responsible for thoroughly testing a product before it is released to the public. Using this testing, he eliminates all issues to reduce market complaints. |
| Senior Sales Manager | A Senior Sales Executive is in charge of growing a company's success by identifying, qualifying, and selling prospects. Throughout the sales process, they will have superior analytical skills and a firm grasp of their customers. |
| Database Administrator | They will be involved in the database's planning and development, as well as troubleshooting any issues on behalf of the users. |
Question: What are the most common employment areas for PhD candidates in Electronics and Communication?
Ans Atomic Energy Commission, Civil Aviation Authority, All India Radio, Manufacturing sector, and IT sector are the most common employment areas for PhD candidates.
Question: What makes the Electronics and Communications course so popular?
Answers PhD students can work in many different areas of the telecommunications and software industries. The growing demand for competent and qualified engineers who can support companies in the development of equipment based on the latest technologies makes the course worthwhile.
Questions. How long does the course last?
Answer: A PhD in Electronics and Communication Engineering usually takes 4-5 years.
Question: What topics are covered in an Electronics and Communication Engineering PhD program?
Answer Below are some of the most popular topics covered in Electronics and Communication Engineering PhD programs:
Digital communication technology, Adaptive signal processing is a type of signal processing, Design of antenna systems, Networks that operate over wireless, Statistical signal processing is the study of statistical signals, Radar and navigation systems, Networks and optical communications, Signal processing in VLSI.
Question: What are the requirements for a PhD in Electronics and Communication Engineering?
Answer To be considered, candidates must have achieved at least 50%-60% in their postgraduate studies.
Question: Can a general science student also do a PhD in Electronics and Electrical Communication?
Answer: Yes, a general science student can also do a PhD in Electronics and Electrical Communication. However, you will need to meet the institute's admission requirements.
Q: Is it difficult to get a job after a PhD?
A: This is determined by the country. For example, in the US, some fields may have more than 100 applicants for one professorship, while others may have only 5-10 applicants.
Question: Should I do my PhD in India or abroad?
Answer: There is no doubt that PhD foreign G.h Raisoni International Skill Tech University - Ghristu is more valuable than Indian G.h Raisoni International Skill Tech University - Ghristu. There are more career opportunities in other countries than in India where research funding is scarce.
Question: What things should I consider before doing a PhD?
Answer: According to several PhD graduates on Quora, some of the things students should keep in mind are:
Students are constantly learning new things and no matter how much they think they know, they are reminded of how little they know.
You will be faced with things you could never have imagined before starting your PhD.
Question: Do employers believe that engineers with PhDs are overqualified?
Answer: Companies that don't have positions that require research don't need a PhD. On the other hand, if an organization needs people who can carry out extensive research, a PhD can be a big advantage.