The Prime Minister’s Fellowship Scheme is a game-changing initiative for aspiring research scholars in India. It’s a joint venture between the government and industry to promote research, innovation, and leadership.

Prime Minister’s Fellowship for Doctoral Research

• Under the scheme, scholars can receive scholarships of up to Rs 8.7 lakh per annum. This translates to a monthly stipend ranging from Rs 55,000 to Rs 72,800 based on HRA. The financial support makes it an attractive option for doctoral research.

Four Years of Support

• Each scholarship is granted for a maximum of four years, offering long-term support for research. The funding is shared equally between the government and the partner company, ensuring sustainability.

Wide Scope of Research

• The Prime Minister’s Fellowship covers a wide array of fields, including Science, Technology, Engineering, Agriculture, and Medicine. This diverse scope caters to a broad range of research interests.

Key Features of Prime Minister’s Fellowship

• The fellowship offers more than just financial aid; it provides a unique and enriching experience.

• It focuses on offering scholars exposure to the best national and international practices and innovations. Regular mentorship sessions with industry and academic experts, as well as external agencies, enhance the learning experience.

Eligibility and Selection Criteria

• Eligible applicants are full-time PhD scholars in recognized Indian institutions with a registration date of up to 14 months.

• Scholars should be open to collaborating with the supporting company during the project.

How to Apply

• Scholars applying for the fellowship should:
  1. Register on the dedicated portal, either www.serbficci-iirrada.in or www.primeministerfellowshipscheme.in.
  2. Complete the application form according to the provided guidelines.
  3. Submit the application online.
• Establish a partnership with a company, ensuring that: 4. Both the company and the host institute sign the required undertakings.
• Prepare all necessary documents, making sure to: 5. Collect them.
  6. Create digital copies for submission.
• Fill out the online application form. 7. Note that there’s no need to send any physical copies to CII.

Prime Minister’s Fellowship – The Impact So Far

• Since its inception in 2013, the scheme has already awarded 104 fellowships, making a significant impact on research in India.

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Your research is like a treasure waiting to be discovered, but its true value often remains hidden without proper unveiling. In this step-by-step guide, we will explore how to find the significance of your research, making it accessible and impactful. Whether you are a Ph.D. scholar or an aspiring academic, understanding the importance of your work is crucial. Let’s embark on this journey together.

A Step-by-Step Guide to Find the Significance of Your Research

1. Define Your Research’s ‘Why’

• Start by asking yourself: Why did you choose this research topic?
• Explain the specific problem or question your research aims to address.
• Explore the potential benefits your research can bring to society, the field, or industry.

2. Contextualize Your Research

• Provide historical background and context relevant to your topic.
• Discuss any existing research in the area, highlighting gaps your work fills.
• Explain how your research aligns with current trends and challenges.

3. Identify Key Contributions

• Outline the unique contributions your research makes.
• Discuss any novel methodologies, insights, or findings.
• Highlight how your work advances the state of knowledge in your field.

4. Consider Real-World Implications

• Explore how your research can be applied in practical settings.
• Discuss potential policy implications or changes.
• Explain how your findings can address real-world problems.

5. Clarify for a Lay Audience

• Break down complex concepts into simple, understandable language.
• Avoid jargon and technical terms when possible.
• Use analogies and examples to illustrate your points.

6. Leverage Visualization

• Incorporate visuals like graphs, charts, or images to enhance understanding.
• Create clear and concise infographics to convey key information.
• Make your data visually appealing and easy to interpret.

7. Storytelling for Impact

• Craft a compelling narrative around your research.
• Share anecdotes or case studies related to your work.
• Make your research relatable to your audience.

8. Communicate Through Multiple Channels

• Utilize various mediums for dissemination, including blog articles, videos, and social media.
• Collaborate with other researchers or experts to reach a broader audience.
• Attend conferences and engage in discussions to promote your work.

9. Seek Feedback and Refinement

• Share your research with peers and mentors for constructive feedback.
• Be open to suggestions for improvement.
• Continuously refine your communication strategies.

10. Reflect and Iterate

• Reflect on the impact of your research communication efforts.
• Analyze the engagement and reception of your work.
• Iterate and adjust your approach based on feedback and results.

Unveiling the significance of your research is a vital aspect of your academic journey. By following this step-by-step guide, you can make your work accessible, relatable, and impactful. Remember that the importance of research lies not only in its content but also in how effectively you communicate it to the world. So, embark on this journey, share your findings, and let your research shine brightly.

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In the scholarly landscape, notable transitions are occurring this September as several journals depart from Scopus, a prominent research database. This article aims to provide a comprehensive analysis of these Discontinued Scopus Indexed Journals – September 2023 and their implications for the academic community. Whether you are an academic, researcher, or an individual with a vested interest in scholarly literature, this exploration offers valuable insights into these transformations.

Discontinued Scopus Indexed Journals – September 2023

1. International Journal of Instruction

Scopus Sourcerecord ID: 21100297818

Journal Source Title: International Journal of Instruction

Print-ISSN: 1694609X

E-ISSN: 13081470

Publisher: Gate Association for Teaching and Education

Reason for discontinuation: Publication Concerns

2. International Journal of Instruction

Scopus Sourcerecord ID: 21101023717

Journal Source Title: International Journal of Membrane Science and Technology 

Print-ISSN: NA

E-ISSN: 24101869

Publisher: Cosmos Scholars Publishing House

Reason for discontinuation: Publication Concerns

3. International Journal of Instruction

Scopus Sourcerecord ID: 21101034437

Journal Source Title: Journal for ReAttach Therapy and Developmental Diversities 

Print-ISSN: NA

E-ISSN: 25897799

Publisher: ReAttach Therapy International Foundation

Reason for discontinuation: Publication Concerns

4. International Journal of Instruction

Scopus Sourcerecord ID: 19926

Journal Source Title: Scientific Programming 

Print-ISSN: 10589244

E-ISSN: 1875919X 

Publisher: Hindawi Publishing Corporation

Reason for discontinuation: Radar

5. International Journal of Instruction

Scopus Sourcerecord ID: 18000156707

Journal Source Title: Security and Communication Networks 

Print-ISSN: 19390114

E-ISSN: 19390122 

Publisher: Hindawi Limited

Reason for discontinuation: Publication Concerns

I hope this article will help you to know about the updated Discontinued Scopus Indexed Journals – September 2023.

Source: Scopus

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The Project-Based Personnel Exchange Programme (PPP) is a bilateral research promotion initiative resulting from a 1998 Memorandum of Understanding (MoU) between the German Academic Exchange Service (DAAD) and the Department of Science and Technology (DST). This program operates with funding from various sources, with DAAD receiving support from the Federal Ministry of Education and Research (BMBF), while the Government of India, through DST-DAAD Call 2023, funds the Indian side.

DST-DAAD Call 2023 – Project-Based Personnel Exchange Programme (PPP): Strengthening Indian-German Research Collaborations

The primary objective of the PPP is to enhance collaboration between Indian and German research teams working on specific scientific projects. This program, ‘Project-Based Personnel Exchange,’ primarily provides financial support for operational mobility. It places significant emphasis on the academic training and specialization of young researchers.

Application Requirements

To be considered for the PPP, applicants must provide a project description outlining concrete objectives, including details about the number and academic qualifications of the researchers seeking support. The program particularly encourages research collaborations intended to initiate major projects, such as the development of joint applications for submission to other funding organizations.

10 Hints to Help You Successfully Craft a DST-DAAD Proposal

1. Understand the Program: Thoroughly grasp the Project-Based Personnel Exchange Programme (PPP) and its specific objectives.
2. Research Collaboration: Highlight your potential for productive research collaboration with German counterparts.
3. Clearly Defined Objectives: Ensure your proposal defines the project’s objectives and expected outcomes.
4. Relevance: Demonstrate how your project aligns with the program’s goals and priorities.
5. Strong Team: Assemble a competent team with relevant academic credentials.
6. Budget Clarity: Provide a clear and well-justified budget, showing how funds will be allocated.
7. Specialization: Emphasize how the program will contribute to the academic training and specialization of young researchers.
8. Concrete Plans: Describe the practical steps you will take to achieve the proposed research objectives.
9. Partnerships: If applicable, emphasize any initiatives aimed at initiating significant projects in collaboration with German partners.
10. Review and Refine: Review and refine your proposal for clarity, coherence, and adherence to program guidelines.

For more information, please visit the DST

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Research methodology is the backbone of any scientific investigation. It provides a systematic framework for gathering, organizing, and analyzing data to draw meaningful conclusions. Among the many crucial steps in the research process, data coding stands out as a fundamental technique that helps researchers make sense of the information they collect. In this article, iLovePhD explores the concept of data coding, explores its significance, and provides suitable examples to illustrate its application in research.

The Power of Data Coding: A Vital Step in Academic and Scientific Research Methodology

Understanding Data Coding

Data coding is the process of transforming raw data into a more structured and manageable format, enabling researchers to identify patterns, themes, and relationships within their data.

It involves assigning labels or numerical codes to different pieces of information based on predefined criteria or categories. These codes act as a bridge between the raw data and the analytical phase of research, facilitating the organization and interpretation of data.

Why is Data Coding Important?

Data coding plays a pivotal role in the research process for several reasons:

1. Data Reduction: When researchers collect vast amounts of data, coding helps condense and summarize it. This reduction makes it feasible to analyze large datasets effectively.
2. Data Organization: Coding provides a systematic way to categorize and group similar pieces of information together, making it easier to manage and analyze the data.
3. Pattern Recognition: Coding allows researchers to identify patterns, trends, and relationships within the data that might not be immediately apparent when working with raw data.
4. Interpretation and Analysis: Coded data serves as the foundation for statistical analysis and hypothesis testing. Researchers can run statistical tests on coded data to draw meaningful conclusions.
5. Comparative Analysis: By coding data consistently, researchers can compare and contrast information across different cases or groups, aiding in the generation of insights and theories.

Now, let’s look at some examples to illustrate how data coding is applied in different research scenarios:

Examples of Data Coding in Research

1. Qualitative Research

In qualitative research, data coding is often used to categorize and analyze textual or narrative data. For instance, imagine a study on customer feedback about a new product.

Researchers could code customer comments into categories such as “product quality,” “customer service,” “pricing,” and “delivery.” Each comment would be assigned one or more of these codes based on the main topic it addresses.

2. Survey Research

In survey research, coding can involve assigning numerical values to responses on a Likert scale. For example, in a survey about job satisfaction, the responses “strongly agree” might be coded as 5, “agree” as 4, “neutral” as 3, “disagree” as 2, and “strongly disagree” as 1. These codes enable quantitative analysis of survey data.

3. Content Analysis

Content analysis often involves coding textual or visual content, such as news articles or social media posts, into predefined categories.

For instance, in a content analysis of news articles about climate change, researchers could code articles as “supportive of climate action,” “neutral,” or “skeptical of climate change.” This coding allows researchers to assess the prevalence of different perspectives in the media.

4. Medical Research

In medical research, coding may involve categorizing patient data into different diagnostic groups based on symptoms, test results, or medical histories. This allows researchers to analyze the effectiveness of different treatments for specific conditions.

5. Historical Research

Even in historical research, data coding can be useful. Historians might code historical documents based on themes, time periods, or key events. This enables them to identify patterns and trends across historical records and gain new insights into the past.

Conclusion

Data coding is a powerful tool that enhances the rigor and reliability of research methodology across various disciplines.

Whether you’re conducting qualitative or quantitative research, coding helps transform raw data into meaningful insights. By systematically categorizing and organizing data, researchers can uncover hidden patterns, draw evidence-based conclusions, and contribute to the advancement of knowledge in their respective fields. So, the next time you embark on a research journey, remember the significance of data coding in unlocking the secrets within your data.

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In academia, finding a postdoctoral position is vital for your career growth. The right postdoc role shapes your research path, broadens your network, and opens doors to future academic pursuits. To aid your search, we’ve listed 20 academic job websites for postdoctoral positions. Whether you’re a recent Ph.D. graduate or an experienced researcher looking for new opportunities, these resources are invaluable for your job search.

Exploring Postdoctoral Opportunities: 20 Academic Job Websites

1. AcademicJobsOnline

www.academicjobsonline.org primarily caters to academic job seekers across diverse fields. The platform features both postdoc positions and faculty job openings, making it a comprehensive destination for academic career opportunities.

2. PhDs.org

www.phds.org offers an array of resources for Ph.D. holders, including job listings. While its collection may not be as extensive as some others, it’s still worth perusing for postdoc opportunities.

3. ChronicleVitae

www.chroniclevitae.com specializes in academic job listings, making it an excellent resource for those in pursuit of postdoctoral positions. The platform also provides tools for career advancement and networking.

4. Cell Career Network

www.jobs.cell.com is specifically tailored for professionals in cellular and molecular biology. It features postdoc positions and other job prospects in this specialized field.

5. FindAPostDoc

www.findapostdoc.com is dedicated solely to aiding researchers in locating postdoc opportunities. It offers an easy-to-navigate interface for searching and applying for positions.

6. National Postdoctoral Association (NPA)

www.nationalpostdoc.org extends resources and support to postdocs in the United States. While it doesn’t directly host job listings, it connects you to valuable career development resources.

7. Nature Jobs

www.nature.com/naturejobs stands as a reputable platform that presents a wide array of academic job listings, encompassing postdoctoral positions across various scientific domains. The website’s affiliation with the prestigious Nature journal ensures the quality of the listed opportunities.

8. Inside Higher Ed

www.careers.insidehighered.com encompasses a wide spectrum of academic careers, encompassing postdoctoral positions, faculty roles, and administrative opportunities.

9. EuroScienceJobs

www.eurosciencejobs.com is tailored to the European academic job market, offering a diverse selection of postdoc opportunities for those interested in Europe.

10. New Scientist Jobs

jobs.newscientist.com is affiliated with the renowned science magazine and presents job listings in science and technology, including postdoctoral positions.

11. Academic Keys

www.academickeys.com focuses on academic job listings within higher education, providing a valuable resource for postdoc seekers.

12. ScholarshipDB

www.scholarshipdb.net provides information on scholarships and grants, but it also showcases academic job listings, including postdoctoral positions.

13. HigherEdJobs

www.higheredjobs.com is a well-established platform for academic job seekers, featuring a dedicated section for postdoc positions along with faculty and administrative openings at universities and colleges.

14. PostdocJobs

www.postdocjobs.com is a straightforward website dedicated exclusively to postdoctoral job listings, allowing you to search by keyword, location, or field of study.

15. The Academic Transfer

www.academictransfer.com This platform specializes in academic job listings within the Netherlands, making it a valuable resource for those considering postdoc positions at Dutch universities or institutions.

16. Science Careers

www.sciencecareers.org hosted by the American Association for the Advancement of Science (AAAS), offers a comprehensive database of job listings in the scientific community, including postdoc positions.

17. iLovePhD

www.ilovephd.com/category/jobs/): iLovePhD caters to the needs of Ph.D. candidates and postdocs, providing job listings, resources, and articles relevant to academic careers, making it a valuable resource for those in academia.

18. Postdoc Positions

www.postdocpositions.com Postdoc Positions is a straightforward website dedicated solely to postdoctoral job listings, facilitating your job search by allowing you to search by field and location.

19. BioSpace

www.biospace.com focuses on the life sciences sector, serving as an ideal resource for researchers in this field searching for postdoc opportunities.

20. ResearchGate

www.researchgate.net a well-known academic networking site, also features job listings, including postdoc opportunities. It’s a platform where you can connect with researchers and find career-related content.

Exploring these 20 prominent academic job websites and websites will undoubtedly enhance your chances of finding the ideal postdoctoral position. Remember to customize your application materials for each opportunity and leverage the networking and career development resources available on these platforms. With these valuable tools at your disposal, your academic journey is a step closer to success.

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In the fast-paced world of academic and scientific research, time is of the essence. Researchers often find themselves on tight schedules, with deadlines looming for research proposals. But just how long does it typically take to receive a response to this proposal? In this article, iLovePhD explains the average research proposal response time.

Average Response Time for Research Proposal

The Average Response Time

The average response time for a research proposal is less than two days. This may come as a pleasant surprise to many researchers who expect lengthy waiting periods.

However, it’s important to note that this figure can vary significantly based on the nature of the project.

Project Complexity Matters

The time it takes to write a research proposal depends largely on the complexity and scale of the project at hand. For instance, a proposal for a small grant, typically involving a straightforward research plan and budget, may only take a couple of days to complete. In such cases, researchers can expect relatively quick responses.

On the other hand, proposals for highly technical projects with intricate methodologies and substantial funding requirements may take considerably longer to craft. It’s not uncommon for such proposals to demand months of meticulous preparation before submission.

Response to Request for Proposal (RFP)

In addition to traditional research proposals, researchers may also need to respond to Requests for Proposals (RFPs) from various funding organizations. These RFPs often come with a set of questions and requirements that must be addressed comprehensively.

The average time to write a response to an RFP is approximately 32 hours. This figure takes into account the need to answer an average of 77 questions, with each question requiring about 25 minutes of thoughtful consideration. It’s worth noting that this is a substantial time investment.

Customized Responses and Win Rates

One interesting finding in the world of research proposal responses is that teams that invest more time in crafting customized answers tend to have higher win rates.

While this may seem counterintuitive to some, it highlights the importance of tailoring proposals to the specific needs and expectations of funding organizations.

Customized responses not only demonstrate a deep understanding of the project but also make a positive impression on reviewers.

It shows that the researchers are dedicated and willing to go the extra mile to secure the necessary resources for their work.

Summary

The average response time for a research proposal is generally less than two days, but it can vary significantly based on project complexity. Responding to RFPs is a time-intensive process, but the effort put into crafting customized responses often pays off with higher win rates.

In the world of academic and scientific research, where time is precious, understanding these dynamics can make a significant difference in the success of your proposals. All the Best!

Indexed Journal – Your Journal Search Ends Here

Check Journals List -> Indexed Journal

Search Scopus Journals-> Scopus Finder

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In the ever-evolving world of academic research, staying up-to-date with the latest findings and studies is crucial for scholars and students alike. Scopus-indexed journals play a pivotal role in disseminating cutting-edge research in various fields, and economics is no exception. In this article, we’ll take you on a journey through the top 20 Scopus-indexed journals in economics, complete with website URLs and impact factor scores.

Top 20 Scopus-Indexed Journals in Economics and Finance

Top 20 High Impact Factor Scopus-Indexed Economics Journals URL

1. American Economic Review
   • Website: American Economic Review
   • Impact Factor: 7.419
2. The Review of Financial Studies
   • Website: Review of Financial Studies
   • Impact Factor: 4.572
3. Journal of Political Economy
   • Website: Journal of Political Economy
   • Impact Factor: 6.289
4. The Quarterly Journal of Economics
   • Website: Quarterly Journal of Economics
   • Impact Factor: 8.163
5. The Journal of Finance
   • Website: Journal of Finance
   • Impact Factor: 7.295
6. The Review of Economic Studies
   • Website: Review of Economic Studies
   • Impact Factor: 5.597
7. Econometrica
   • Website: Econometrica
   • Impact Factor: 4.488
8. Journal of Economic Perspectives
   • Website: Journal of Economic Perspectives
   • Impact Factor: 6.256
9. Journal of Public Economics
   • Website: Journal of Public Economics
   • Impact Factor: 1.959
10. Review of Economics and Statistics
    • Website: Review of Economics and Statistics
    • Impact Factor: 3.794
11. Journal of Development Economics
    • Website: Journal of Development Economics
    • Impact Factor: 3.048
12. The Economic Journal
    • Website: The Economic Journal
    • Impact Factor: 3.486
13. Journal of Monetary Economics
    • Website: Journal of Monetary Economics
    • Impact Factor: 2.919
14. Economic Modelling
    • Website: Economic Modelling
    • Impact Factor: 2.334
15. Journal of the European Economic Association
    • Website: Journal of the European Economic Association
    • Impact Factor: 5.968
16. Journal of International Economics
    • Website: Journal of International Economics
    • Impact Factor: 2.916
17. American Economic Association Papers and Proceedings
    • Website: AEA Papers and Proceedings
    • Impact Factor: Not Applicable (Proceedings)
18. Economics Letters
    • Website: Economics Letters
    • Impact Factor: 0.624
19. European Economic Review
    • Website: European Economic Review
    • Impact Factor: 2.241
20. Journal of Economic Literature
    • Website: Journal of Economic Literature
    • Impact Factor: 6.019

These journals encompass a wide range of economic topics, making them valuable resources for researchers, students, and anyone interested in the field. Remember to explore their websites for the most current research and insights. Happy reading and researching!

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Are you ready to embark on an exciting journey into the world of academic and scientific research? Whether you’re a seasoned researcher or just starting, a well-crafted research proposal is your passport to a successful study. In this comprehensive guide, iLovePhD walks you through the key elements of top-notch research proposal writing.

Writing an Exceptional Research Proposal: A Step-by-Step Guide

Creating a research proposal doesn’t have to be an overwhelming task. Let’s break it down into simple steps that ensure your proposal shines:

1. Crafting a Strong Research Question: Foundation of a Successful Proposal

Your research question is the heart of your proposal. Craft one that’s focused, relevant, and researchable. Address the “what,” “why,” and “how” of your study to give reviewers a clear understanding of your intentions.

2. Tailoring Your Proposal to Different Disciplines: Key Considerations

Different fields may have varying expectations for research proposals. Adapting your proposal to suit the conventions of your chosen discipline is crucial for making a positive impression.

3. Elements of an Effective Research Proposal: An In-Depth Analysis

Explore the essential components of a research proposal, from the introduction to the methodology and expected outcomes. Learn how each section contributes to the overall strength of your proposal.

4. Choosing the Right Research Methodology: A Critical Decision

Delve into the world of research methodologies – qualitative, quantitative, mixed methods, and more. Discover how to choose the methodology that best aligns with your research objectives.

5. Balancing Ambition and Feasibility in Your Proposal

Striking the right balance between ambition and feasibility is an art. Learn how to outline an impactful study without compromising on available resources and timelines.

6. The Art of Persuasion: Convincing Reviewers with Your Proposal

Persuasion is key when it comes to research proposals. Uncover techniques for presenting a compelling argument, backed by a solid rationale and credible evidence.

7. Navigating Ethical Considerations in Your Research Proposal

Ethics are a cornerstone of research. Understand the ethical considerations surrounding human subjects, data privacy, and potential conflicts of interest. Learn how to address these concerns in your proposal.

8. Common Pitfalls to Avoid in Research Proposals

Mistakes can mar even the most brilliant proposal. Identify common pitfalls and learn how to sidestep them, ensuring your proposal stays on the path to success.

9. Real-Life Examples: Successful Research Proposals That Made an Impact

Drawing inspiration from real-life success stories, we showcase research proposals that paved the way for significant academic and scientific contributions. Gain insights into what made these proposals exceptional.

In conclusion, your research proposal is more than just a document – it’s your entry ticket to conducting meaningful research.

By mastering the art of crafting a compelling proposal, you’ll set the stage for a successful study that resonates with the academic and scientific community. Remember, simplicity in language and clear structuring are essential for creating a proposal that engages and informs your audience.

Also Read: Research Proposal with Example | How to Write a Good Research Proposal?

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