Posted by Admin on 16-02-2024 in Shiksha hub
Posted by Admin on 16-02-2024 in Shiksha hub
Gandhi Institute of Engineering & Technology University offers a dynamic Ph.D. program, providing a cutting-edge research environment across diverse disciplines. With world-class faculty and advanced infrastructure, the program emphasizes interdisciplinary collaboration and independent inquiry. Scholars benefit from a vibrant academic community, fostering critical thinking and research acumen. The university's commitment to inclusive mentorship ensures candidates receive guidance for impactful contributions to academia and industry. The Ph.D. journey at Gandhi Institute of Engineering & Technology University is a transformative experience, shaping scholars into leaders in their respective fields, dedicated to advancing knowledge and innovation.
Eligibility:
Master's degree in a relevant field from a recognized university with a minimum specific percentage depending on the chosen program:
Engineering streams: 60% aggregate marks.
Science and humanities: 55% aggregate marks.
(Possible) Research proposal submission: Some programs may require you to submit a well-defined research proposal outlining your intended research area, objectives, methodology, and potential contributions.
(Possible) Entrance exam: Certain programs might conduct an entrance exam like Research Admission Test (RAT) to assess your research aptitude and subject knowledge.
Application Process:
Check the official website: Stay updated on the latest admission announcements and deadlines through the university's official website: https://www.giet.edu/.
Fill out the online application form: Submit the application form along with the required documents within the stipulated deadline. Ensure the form is accurate and complete.
(Optional) Prepare your research proposal: If required for your chosen program, prepare a well-structured proposal highlighting your research interests and potential.
Pay the application fee: Make the necessary application fee payment as per the university guidelines.
Selection Process:
Document screening: Your application documents and (if applicable) research proposal will be reviewed for initial shortlisting.
Entrance exam (if applicable): Shortlisted candidates might be required to appear for an entrance exam like RAT.
Interview: Shortlisted candidates may be called for an interview to assess their research aptitude, knowledge in the chosen field, and suitability for the program.
Application Form: Complete the university's Ph.D. application form, providing accurate personal and academic information.
Research Proposal: A detailed research proposal outlining the intended area of study, research questions, methodology, and expected outcomes.
Curriculum Vitae (CV): A comprehensive resume detailing academic qualifications, research experience, publications, and relevant achievements.
Academic Transcripts: Official transcripts of academic records from previous educational institutions, demonstrating the candidate's educational background and achievements.
Letters of Recommendation: Typically, two or more letters of recommendation from academic or professional references who can attest to the candidate's research capabilities and academic potential.
Statement of Purpose (SOP): A written statement explaining the candidate's motivation for pursuing a Ph.D., research interests, and career goals.
Qualifying Exam Scores: Scores from relevant qualifying exams, such as GRE or equivalent, as specified by the university.
Proof of English Proficiency: For non-native English speakers, proof of proficiency in English through standardized tests like TOEFL or IELTS.
Work Experience (if applicable): Documentation of any relevant work experience, particularly if it relates to the intended field of study.
Passport-sized Photographs: Recent passport-sized photographs of the candidate.
Application Fee: Payment of the application fee as per the university's guidelines.
|
PAPER NAME |
MAX. MARKS |
|
Research Methodology |
100 |
|
Computer Applications |
100 |
|
Advanced Computer Application |
100 |
|
Review Writing & Seminar on the Published Research Work in the Relevant Field |
50+50=100 |
|
TOTAL MARKS |
300 |
Research Methodology:
Unit-I Introduction
Meaning, Concept, Nature, Steps, Types and Characteristics of research. Scientific Inquiry, Philosophical and Sociological foundations of research Interdisciplinary approach and its implications in various research area.
Unit-II Methods of Research
Qualitative and quantitative methods of research like Historical, case study, ethnography, exposit facto, documentary and content analysis, survey (Normative, descriptive, evaluative etc.) field and laboratory experimental studies. Characteristics of methods and their implications in research area.
Unit-III Development of research proposal
Research proposal and its elements, Formulation of research problem-criteria of sources and definition Development of objectives and characteristics of objectives. Development hypotheses and applications.
Unit-IV Methods of data collection
Concept of sampling and other concepts related to sampling. Probability and non-probability samples, their characteristics and implications. Tools of data collections, their types, attributes and uses. Redesigning, research tools-like, questionnaire, opinionnaire, observation, interviews, scales and tests etc.
Unit-V Methods of data analysis
Analysis of qualitative data based on various tools. Analysis of quantitative data and it presentation with tables, graphs etc. Statistical tools and techniques of data analysis-measures of central tendency, dispersion.
Decision making with hypothesis testing through parametric and non-parametric tests. Validity and delimitations of research findings.
Unit-VI Report writing and evaluations
Principles of report writing and guide lines according to style manuals. Writing and presentation of preliminary, main body and reference section of report. Picture and Graphs. Introduction to SPSS. Evaluation of research report.
References:
(For Non Computer Background)
Computer Application
Unit 1: Basics of Computer
Characteristics of Computers, Evolution of computers, computer memory, computer generations, Basic computer organization; System software, Application software, introduction to operating system, single user, multi-user, multi-tasking single tasking, application of computer for business and research, MS-windows, Linux.
Unit 2: Data Communication and Networks
Data communication concepts, local area network, wide area network, internet, intranet, extranet, website. E-mail, search engines-enterprise E-communication and E-collaboration
Unit 3: Using Internet for Research
The Internet: quick look, what is internet, Use of Internet, major internet services, electronic mail, www, downloading super tools for better computing Internet and the society, Use of E-Journals, Use of E-library, searching the keyword search engines, News and multimedia, governments, archives and statistics.
Unit 4: Introduction to Research Related Software’s
Introduction to Data analysis software-SPSS: Definition, objectives and features, data analysis using SPSS: Data entry creating variables, switching to data labels, data analysis: Frequencies, recording into different variables, cross tabulations and layers. Core calculation software, developing utility programs for research, Introduction to C programming.
Unit 5: Research Related Tools and Utilities
MS-Office and its application, File handing in window, various versions of MS- Office, Research publishing tool- MS-Word, Adobe acrobat, Graphics tool- MS- Excel, MS-Power Point: Creating presentations and adding effects, Subject/field specific tools.
(For the students in Engineering & Computer background)
Advanced Computer Application
Unit 1: Basics of Computer Organization
System software compilation and interpretation, phases of compilation process, Lexical analysis, Lex packages on Linux system, Parsing Techniques, code generation and optimization. Application software, software development models, requirement analysis and specification for software design, Programming techniques and tools, software validation and quality assurance techniques, software maintenances and advance concepts, software management. Operating system, functions of OS. Multiprogramming, multiprocessing and multitasking, memory management, Concurrent programming. Scheduling, study of Linux operating system.
Unit 2: Data Communication and Networks
Data communication concepts, local area network, wide area network, internet, intranet, extranet, website. E-mail, search engines-enterprise E-communication and E-collaboration
Unit 3: Working with Internet
Introduction to internet, INFLIBNET, sights (DOAJ), searching on the internet, using graphics on internet, E-mail. The use of multimedia on the internet, Security on the internet, exploring e-mail facilities. Web design, creating web pages, themes and graphics, linking web pages, Navigation and testing, Making the website interactive, Internet and the society, study of search engines, Use of EBSCO HOST online database of Academic Libraries.
Unit 4: Programming Fundamentals
Object oriented programming concepts, Classes, Objects, Installations, Inheritance, Polymorphism and Overloading, Elements of C++ tokens, identifiers, variables and constants, Data types, Operators, Control statements, Function parameter passing. Class and objects, Constructors and destructors, overloading inheritance templates, exception handling Relational database design and SQL: E-R diagrams, transformation and normalization, SQL, DDL, DML, DCL command database objects.
Unit 5: Research Related Tools and Utilities
MS-Office and its application, File handing in window, various versions of MS- Office, Research publishing tool- MS-word, Adobe acrobat, Graphics tool- MS- excel. MS-Power Point: Creating presentations and adding effects. Subject/Field specific tools.
REVIEW WRITING & SEMINAR ON THE PUBLISHED RESEARCH WORK IN THE RELEVANT FIELD
Each student will submit a review report on any general topic of subject or area of interest in subject which will carry 50 marks and student will also give a presentation/seminar of the same which will also carry 50 marks.
Master's Degree: Candidates are generally required to have a postgraduate (Master's) degree in a relevant field from a recognized university or institution.
Minimum Percentage/CGPA: Many universities set a minimum percentage or Cumulative Grade Point Average (CGPA) in the master's program as an eligibility criterion. This requirement varies, but it is commonly around 55% or equivalent.
Entrance Exam: Some departments may require candidates to clear a national or university-specific entrance examination, such as GATE (Graduate Aptitude Test in Engineering) or NET (National Eligibility Test), depending on the field of study.
Interview/Selection Process: Successful completion of an interview or a selection process may be part of the eligibility criteria, where candidates discuss their research interests, background, and suitability for the Ph.D. program.
Research Proposal: Submission of a well-defined research proposal that aligns with the department's research priorities and demonstrates the candidate's understanding of the chosen research area.
Work Experience (if applicable): Some departments may consider relevant work experience as an additional criterion for eligibility, particularly for candidates applying from industry.
|
Category |
Information |
|
Chancellor |
Prof. (Dr.) Saroj Panda |
|
Vice-Chancellor |
Prof. (Dr.) P. K. Jena |
|
Academic Staff |
185+ (as of 2022) |
|
Establishment |
1997 |
|
Type |
Private University |
|
Motto |
"Knowledge, Skill, Character" |
|
Affiliation |
University Grants Commission (UGC) |
|
Official Website |
https://www.giet.edu/ |
|
Address |
Gunupur, Rayagada District, Odisha, India - 765004 |
Check Eligibility: Ensure that you meet the eligibility criteria specified by the university for the Ph.D. program in your chosen field of study.
Research Areas: Explore the research areas and faculty expertise within the university to align your interests with potential advisors and ongoing research projects.
Prepare Documents:
Complete the university's Ph.D. application form accurately.
Develop a detailed research proposal outlining your intended research, methodology, and expected outcomes.
Prepare a comprehensive Curriculum Vitae (CV) highlighting your academic and research achievements.
Obtain official transcripts of academic records from previous institutions.
Secure two or more letters of recommendation from academic or professional references.
Write a Statement of Purpose (SOP) explaining your motivation, research interests, and career goals.
Provide scores from qualifying exams such as GRE or equivalent (if required).
Submit proof of English proficiency (if applicable).
Application Fee: Pay the application fee as per the university's guidelines.
Submit Application: Submit your completed application along with all required documents through the university's online application portal or as instructed in the application guidelines.
Entrance Exam (if required): If applicable, prepare for and take any required entrance exams, such as GATE or NET.
Interview/Selection Process: Participate in any interviews or selection processes as scheduled by the university. Be prepared to discuss your research interests and demonstrate your suitability for the Ph.D. program.
Follow Up: Monitor the application status and promptly respond to any additional requests or inquiries from the university.
Admission Notification: Await the university's decision on your application. Once admitted, follow the specified procedures for enrollment.
Postdoctoral Research: Engage in postdoctoral research positions to further deepen expertise, expand networks, and contribute to ongoing research projects.
Academic Careers: Pursue a career in academia as a professor, lecturer, or researcher at universities and educational institutions.
Industry Research and Development: Join research and development teams in industries related to your field of study, contributing to innovation and technological advancements.
Consultancy: Offer specialized consultancy services in your area of expertise to businesses, government agencies, or non-profit organizations.
Entrepreneurship: Start your own venture based on your research findings, innovations, or expertise, contributing to the commercialization of research outcomes.
Government and Policy Roles: Work in government agencies, think tanks, or policy organizations, providing expertise and contributing to the development of policies and regulations.
Publication and Authorship: Continue to publish research findings and contribute to academic journals, books, and conferences to stay active in the scholarly community.
Lectureships and Workshops: Conduct lectures, workshops, and training sessions in academic and professional settings, sharing your knowledge and expertise.
International Collaborations: Explore opportunities for international collaborations, joint research projects, and participation in conferences to expand your global network.
Continuous Learning: Stay updated with the latest advancements in your field by attending workshops, conferences, and pursuing additional certifications or short courses.
University Professor: Teach and conduct research at universities or educational institutions, guiding students and contributing to academic advancements.
Research Scientist: Engage in research and development activities, either in academia or industry, contributing to technological innovation and scientific discoveries.
Postdoctoral Researcher: Work as a postdoctoral researcher to further expand expertise, collaborate on cutting-edge projects, and prepare for future academic or industry roles.
Industry Researcher: Join research and development teams in industries relevant to your field, contributing to product innovation, process improvement, and technological advancements.
Consultant: Provide specialized consultancy services to businesses, government agencies, or non-profit organizations based on your research expertise.
Entrepreneur: Start your own venture or contribute to technology startups, leveraging your research outcomes for commercial applications.
Policy Analyst: Work in government agencies or policy think tanks, providing expertise to shape policies, regulations, and guidelines.
Technical Lead or Manager: Take on leadership roles in industry, overseeing research and development teams, projects, or technological initiatives.
Publication and Authorship: Continue publishing research findings in academic journals, books, and conferences, establishing yourself as an expert in your field.
International Collaboration Coordinator: Facilitate and manage international research collaborations, fostering partnerships between institutions and researchers.
Lecturer or Workshop Facilitator: Conduct lectures, workshops, and training sessions in academic and professional settings, sharing your knowledge and expertise.
Technology Transfer Specialist: Facilitate the transfer of research outcomes from academia to industry, ensuring the practical application of innovations.
Merit-Based Scholarships:
Academic Excellence Scholarship: Awarded to students with exceptionally high scores in their qualifying exams (10+2 or graduation).
GATE/GPAT Scholarship: Offered to students who have secured good scores in GATE (Graduate Aptitude Test in Engineering) or GPAT (Graduate Pharmacy Aptitude Test) for admission to M.Tech or M.Pharm programs, respectively.
GATE Scholarship
Sports Scholarship: Provided to students with outstanding achievements in sports at national or international levels.
Cultural Scholarship: Awarded to students who have excelled in cultural activities at national or international levels.
Need-Based Scholarships:
E-Kalyan Scholarship: Offered to students from economically weaker sections (EWS) belonging to the states of Bihar and Jharkhand.
Gandhi Seva Samiti Scholarship: Provided to students whose parents or grandparents are associated with the Gandhi Seva Samiti.
Fee Concession for Wards of Defence Personnel: Offered to wards of military personnel who have been martyred or disabled in service.
Other Scholarships:
Teaching Assistantships: Available to meritorious M.Tech students, subject to availability and need.
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In conclusion, pursuing a Ph.D. at Gandhi Institute of Engineering & Technology University offers a transformative academic journey. With a commitment to excellence, state-of-the-art facilities, and a collaborative research environment, the university provides a platform for scholars to explore innovative frontiers. The interdisciplinary approach, experienced faculty, and vibrant academic community foster critical thinking and independent research. Completing a Ph.D. here not only signifies academic achievement but equips graduates for impactful contributions in academia, industry, or entrepreneurship. Gandhi Institute of Engineering & Technology University stands as a beacon for those seeking to advance knowledge and make significant strides in their chosen fields.