Rethinking academia for transformative access in Higher Education: Considerations for Neurodiversity

Higher Education (HE) in the UK and internationally has been increasingly accessible which led to larger pool of diverse students from across the world (Higher Education Statistics Agency [HESA] 2022). Similar to this trend, there has been increase in number of neurodiverse students attending universities internationally (Pino & Mortari, 2014). Over the last five years, there has been an increase in the number of students with declared disability by 46% (Disabled Students UK [DSUK] 2023). The term ‘Neurodiversity’ includes both neurotypical and neurodivergent groups of people. Neurodivergence is an umbrella term used for people with variations from ‘normal standard’ of cognition such as autism, dyslexia, attention deficit disorders (ADHD), dyspraxia, dyscalculia, sensory processing disorder (SPD) or developmental learning disorders (DLD). These are naturally occurring variations of human cognition and metaphorically akin to biodiversity in nature (Hamilton and Petty, 2023).

Neurodiversity is a paradigm shift from considering neurocognitive variations as abnormal to adopting and valuing differences in ways our brain works. As editors of NeuroLaunch (2024) describe our brain is as diverse as fingerprints but our society often fails to understand that. Neurodiversity, however, is frequently used synonymously and interchangeably with neurodivergence which is rightly criticised by Hannah Breslin and Neil Currant (2024) (who are autistic academics) as it marginalises people with divergence where diversity is equivalent to minority. It promotes a notion of majority being ‘normal’ and diversity being ‘abnormal.’ Both Hannah and Neil are advocates of using the right language as it impacts the life of people with neurodivergence. Respectful language is the crucial first step towards addressing challenges that neurodivergent people face.

Improving outcomes and experiences of neurodivergent students should be a priority for universities (Hamilton and Petty, 2023). However, it has been seen that along with the challenges that students face in Higher Education (HE) in the current landscape of social, economic and political influences, people with neurodivergence face additional challenges. There is evidence to suggest that poorer employment outcomes and well-being is common in neurodivergent population compared to their peers (Anderson et al., 2017). Therefore, in this post, I will explore challenges that neurodivergent students face in HE, sector wide theories and policies in place to support them and critically discuss potential ways in which those could be incorporated for enhancing engagement, outcomes and well-being of neurodivergent students.

          Judy Singer, an Australian Sociologist who is neurodivergent, initiated the neurodiversity movement during the 1990s. This movement advocated social justice and equality for people with neurodivergence (Botha et al., 2024). Singer argues that neurodivergent groups should not be side-lined, instead they should be seen as potentially valuable variations of human mind. Miller (2024) appraises that this movement brought into light the strengths of neurodiversity such as creativity, novel ideas and hyperfocus. However, the learning disabilities in such individuals emerge due to environment-related factors, for instance, a loud classroom, bright workplace or rigid timetable. The clinical director of Autism Centre at Child Mind Institute reports that more adolescents are comfortable with self-identifying themselves as neurodiverse as it explains the way they process things, validate their experiences and provides sense of community (Miller 2024).

          Transition to HE is a challenging phase of life for all adolescents. It becomes even more challenging for adolescents who identify as neurodivergents. To support neurodiverse students and promote inclusivity, many policies and initiatives are in place for these students in the UK HEIs. According to the Equality Act (2010) all universities should make reasonable adjustments and provide additional support for neurodiverse students to accommodate their needs, so they are not disadvantaged. UK government provides Disabled Students’ Allowance for students with learning needs and other chronic disabilities to support their studies related cost such as specialised equipment, non-medical helpers or travel support to attend course or placement.

          Many universities offer mental health and wellbeing services. Universities also have disability services to provide adjustments for individual needs such as Personal Learning Plan and additional 25% time during examinations. In the post, Karalyte (2024) listed best universities in the UK which are neurodivergent friendly. Some universities offer resources and support such as screening for dyslexia, Early Arrival Programme and internship programme for autistic groups.

          Report by DSUK (2023) recommend that changes made in HE during the Covid-19 pandemic should continue and hence there should be focus on staff training, promoting communication between departments, minimising administrative roadblocks to make HE sector more disabled friendly. In words of Mette Westander (founder DSUK) “If there is one thing the Higher Education sector should learn from the pandemic it’s that it has an enormous untapped potential for accessibility.” One of the key takeaways emphasised in this report is ‘student partnership and empowerment’ to progress as a HE sector. Disabled Students’ Commission (DSC) was funded for three years from 2020-2023 by the Office of Students (Advance HE, 2023). It was a strategic group to support the needs of disabled students and influence HE practices. The DSC further launched Disabled Student Commitment in April 2023 with the aim to enhance university experience of disabled students from entering HE to employment (Advance HE, 2023).

As appraised by Breslin and Currant (2024) there is increasing interest to support for neurodiverse students, but universities still have a long way to go. Despite having current policies and legislations to protect neurodivergent groups, these students have been marginalised historically. An example of this was provision of lecture recording during pandemic when neurotypical students needed it which was long requested by disabled students from before pandemic (Crutcher 2023).

Neurodivergent students are ‘unprepared and underserved’ in HE (Gregg, 2007). Students with learning disabilities report lower satisfaction and encountering various barriers to their success in HE (McGregor et al., 2018). Some of the challenges that neurodivergent groups face is lack of adequate support for students due to lack of training of staff. Moreover, there are inconsistencies in the number of resources and support available for such students both within a university and between universities. Some programmes and modules offer quality resources while others do not. The students have to choose their university depending on the availability of varying level of disability support and accessibility such as sensory sensitivities, mental health and social support, as well as academic accommodations instead of academic interests (Mosse, 2024). Due to stigma and prejudices, there could be social isolation in these students which excludes them from engaging in a normal student life activities. Additionally, due to neurotypical bias in our educational practices, it leads to higher dropout rates of neurodivergent students. Around 40% of autistic students complete their university education. Poor mental health being a major contributor for this attrition (Hamilton and Petty, 2023). This also affects their employability as only 41% of neurodivergent students are employed in their graduate roles according to Association of Graduate Careers Advisory Services (AGCAS) (Tomlinson et al., 2024).

Crutcher (2023) in the award-winning essay stated, “HE institutions present antiquated pedagogical practices that treat neurodiverse student bodies as neuro-homogenous.” There is a need for student neurodiverse movement in HE. Neurodivergent groups are underrepresented in HE both among students and staff, likely to drop out and socially isolated due to experiencing stigma. HE misinterprets and defines neurodivergence in an incorrect way. Hamilton and Petty (2023) suggest that current HE contexts have conditional view of students where they are  acceptable only when they fit into neurotypical standards. Expanding on neurotypical biases prevalent in our HE practices; we see examination systems and support provision for neurodivergents groups are inherently flawed. The purpose of assessments should be to judge students who achieve or do not achieve learning outcomes at a requisite level. However, the current assessment models marginalise neurodivergent students. Assessment design in HE fails to acknowledge varied strengths, attributes, perspectives and lived experiences of such students (Tai et al., 2023). For instance, the written assessments which form the cornerstone of examination method in most of the degree programmes is specifically challenging for dyslexic students (Jacobs et al., 2022). Nieminen (2022) claims that medical model of assessment that is currently practiced in HE requires disabled students to have a medical diagnosis for individual adjustments. Giving 25% extra time and adequate rest breaks are like sticking plasters while the root cause (fundamental educational practices) remains unaffected (Crutcher, 2023).

Besides, requirement of medical diagnosis for accessing policy documents by neurodivergent students leads to delay and long waiting time before they could obtain support (Crutcher, 2023). Moreover, commonly in HEI the neurodivergents are referred to disability services which introduces bias since all forms of neurodivergence is outlined as disability or disorder that requires treatment or adjustments. Their differences are rarely recognised as novel, original or excellent. Such students take higher responsibilities to make their educational journey successful (Hamilton and Petty, 2023). For which they spend additional time to advocate for their needs for activities outside their curriculum such as being eligible for and obtaining institutional accommodations (Lizotte, 2018). These students may be attending university for the first time and must independently manage their daily needs, academic requirements, and procedures for seeking support that could be extremely overwhelming (Cage & Howes, 2020). With excessive time and energy required to balance their academic responsibilities and other activities, they often have to give up their social and personal engagements which leads to decline in their quality of life (Lierman, 2024).

Another neurotypical educational practice is the delivery and designing of curriculum which might be inaccessible for different forms of neurodivergence. Crutcher (2023) argues that “HE is largely designed by neurotypicals, for neurotypicals.” As Lierman (2024) mentions that even with best intentions of staff, faculties and universities, the bureaucratic system in HE is set up to fail such students disproportionately. Lierman states that the amount of effort needed by neurodivergent students to achieve the same outcome as their peers is different. These students often require more time to process, read, write and concentrate. Sleep disturbances and fatigue is also reported in them which further slows their pace (Hughes et al., 2023). Therefore, completing independent academic assignment gets laborious for them compared to neurotypical students. They use additional learning and coping strategies to navigate their education which is not required by their neurotypical peers; hence HE could be fundamentally hostile to such student groups (Lierman, 2024). Due to the academic demands, neurodivergent students have to reduce their expectations of success to progress in HE. They tend to choose modules which have lesser coursework, require less intensive reading/writing or even opt for lesser demanding programme (Anderson et al., 2017; Pirttimaa et al., 2015).

Co-curricular activities also have a direct impact on academic success of students. Financial burden on students’ with ‘invisible disabilities’ is often not factored in disability allowances and funds (Lierman, 2024). Even if financial aids and institutional scholarships are available, it is application-based in which students must showcase their merits and contributions to receive the fund. This poses additional challenge for neurodivergents who struggle with reading/writing and processing information. Similarly, career services in universities are not optimal for supporting neurodivergent students. The staff in career services are unfamiliar with diverse needs of students and specialised services are often lacking (Boeltzig-Brown, 2017). If we consider the social climate, there is prevailing atmosphere of ableism in HE in regards to faculty, staff or peers alike as identified in many students’ narratives (Lierman, 2024). Therefore, in their book ‘Academic Ableism: Disability and Higher Education’, Dolmage (2017) states that higher education presents itself as a place to demonstrate mental and physical abilities but in many ways has created opposition for disability.

The following section comprises of synthesis of my research for challenges in HE for neurodivergent students and discussion on potential ways in which universities and curriculum can be more inclusive.

Educators have an exceptional role in creating and promoting compassionate learning environment. However, compassion and other ‘intellectual virtues’ are not explicitly acknowledged in HE today (Maxwell, 2017) especially when universities in the UK and abroad are focusing on market-driven targets of ‘value for money’, competition and individual achievement. Compassionate pedagogy (Hao, 2011) is a commitment to criticise and reflect on educational practices and classroom culture that places underserved students at a disadvantage. Firstly, we as educators need to question and critically reflect our assumptions of neurotypical and neurodivergent behaviours. We should attempt to learn and understand the world from their perspective instead of categorising student behaviours into normative or deviate. However, such expectations could be demanding for educators who must balance needs and interests of all students, work within limited time and rigid university structures and processes (Hamilton and Petty, 2023). Nevertheless, if we have the opportunities to rethink our educational practices, we can start by taking smaller steps to promote inclusivity for all students. Simple steps, we as educators can take within our classrooms, that do not require additional processes would be to be aware of feelings of distress among neurodivergent students, actively and empathetically listening to them, and creating a sense of belonging for them. Not only being mindful of their distress, but compassionate educators should also capitalise on their strengths to facilitate learning in them and others (Hamilton and Petty, 2023).      

Ron Mace (1985) defined Universal Design “is the design of products and environments to be usable by all people, to the greatest extent possible, without the need for adaptation or specialized design.” Universal design movement was first advocated for physical disabilities and architectural barriers; however, Dolmage (2017) argues that universities should also consider social and intellectual disabilities into their pedagogy. It is believed that neurodivergent students will fit into the systematic and routine educational system by ‘faking it’ or imitating neurotypical behaviours by suppressing their normal responses. The ‘hidden curriculum’ in universities which is often unintentional and unwritten expects all students to behave, learn and interact in a particular manner which underserves neurodivergent groups (Sulaimani and Gut, 2019). However, it is time to rethinking educational practices for universal accessibility which should not stop at physical access. Ford (2013) in their concept of ‘deep accessibility’ considers five levels of accessibility: movement, sense, architecture, communication and agency. For universal design to be successfully embedded in HE, the neurodivergent groups should be able to access the classroom/content, get a sense of ongoing teaching, communicate effectively and practice autonomy by making their ideas known (Dolmage, 2017). This will then result in a ‘transformative access’ which should be the vision of HEIs.

For transformative access, there should be shift from medical model to neurodiversity approaches for promoting inclusivity (Dwyer et al., 2023). As Dwyer et al., (2023) recommend, neurodiversity training should be provided to everyone on campus and universities to develop Disability Cultural Centres. They recommend having neurodivergent people to be leaders in neurodivergent initiatives and training programme. In my experience, one of neurodivergent students criticised the layout of my lecture slides because it had lot of colours and images. In reflection, one way to address similar concerns could be involving neurodivergent student and staff leaders in content development and structuring of different modules to foster accessibility. Therefore, pedagogical restructuring for contexts which are best suited to neurodivergent students (such as flexible classroom structure, communication preferences, sensory sensitivities) could be initiated in addition to existing support and accommodations.

The founding principles of universal design include equitable use (for all), flexible in use, perceptible information, tolerance for error, low physical effort, and size and space for approach and use. Drawing from these principles, even academia should design pedagogies in broadest sense that is universal and does not require accommodations to make it truly inclusive. Dolmage (2017) in the discussion on redundancy provides an analogy to a door handle which could be opened by turning the handle upwards or downwards or by push button, so that there are fewer ways to make a mistake which means that there are more ways to be right. Similarly, in curriculum designing, we could provide redundancy in which information is provided to students so there could be multiple pathways to understand and process the information and lesser chances to be wrong or inaccessible for neurodivergents. Removing ambiguity at all levels can potentially minimise anxiety in them. Use of anonymous note cards, or digital tools such as ‘VEVOX’ or ‘Mentimeter’ could provide safe space for such students to ask doubts or participate in classroom discussions without facing social fear and anxiety. Additionally, we can consider incorporating a ‘thinking time’ in between sessions for students to approach, process, and partake in ongoing discussions that could promote learning and engagement universally. This also aligns with theory of constructivism (Begg, 2015) according to which learning does not happen with passive transfer of information but is co-created.

          Discussions on making assessments in HE more inclusive have been ongoing (Kurth and Mellard, 2006). We need to deeply examine the nature of assessment design for it be genuinely inclusive. According to the social model of disability “disabilities are constructed in their sociocultural and historical contexts” (Gabel and Peters, 2004). Social model of assessment provides diverse assessment options for different learning needs in which students can demonstrate their learning. Diversifying assessment types could provide equitable opportunities for all students. Nieminen (2022) discussed ‘Assessment for Inclusion (AfI)’ as a framework for assessment that places students at the very centre and encourages radical inclusion of marginalised students in assessment. AfI analyses sociocultural, historical and political positioning of neurodiverse students for their roles and responsibilities in HE and assessment. It draws from individual accommodations as well as inclusive design for assessment. The aim of AfI is to ensure that no student is discriminated by the virtue of their diverse abilities (Tai et al., 2023). One way to do this is to assess students authentically and pragmatically, where they are assessed as entire persons by integrating what they know, how they act and who they are in realism context (Tai et al., 2023; Villarroel et al., 2018).

Moving away from requirement of medical diagnosis to access disability services could be another step towards making neurodivergent friendly environment. Potential ways of doing this could be self-identification of neurodivergence (with personal tutors’ endorsements) to avoid long waiting for assessment and medical diagnosis (Crutcher, 2023) or services could be provided based on needs instead of disability (Hamilton and Petty, 2023). If the disability services can accommodate self-identification, it would fast track the process and eliminate undue waiting time in NHS. Furthermore, to support students’ co-curricular activities, it is essential that we circulate information related to financial aid and career services clearly and widely for it to be accessible. Establishing peer support networks, career exploration services and work-based training such as internships, shadowing, volunteering and developing self-advocacy skills could be potential ways to address these concerns (Lierman, 2024).  

In conclusion, as a greater number of neurodiverse students are entering HE, we need to evolve to embrace their differences and unique abilities more responsibly. We need to make individual and systemic changes along with existing policies to support neurodivergent people (Friedman and Nash‑Luckenbach, 2023). Even with the initiatives undertaken in HE today, there is still scope to improve our educational practices and social climate to make them student centric and radically inclusive. We can work towards compassionate pedagogy by creating opportunities for warm, non-judgemental, sensitive and tolerant interactions between educators and neurodiverse group of students (Hamilton and Petty, 2023). This could promote sense of welcoming and belonging for neurodivergent students (Lucre, and Clapton, 2020). Critically evaluating the design of our courses/programme and assessments, having neurodivergent student and staff leaders, providing training for all, using digital tools for anonymous participation during and between sessions, using pragmatic assessment methods and self-identification of disability could be few potential ways to enhance learning, engagement and experience for neurodivergent students.

References

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Anderson, A. H., Stephenson, J., and Carter, M. (2017). ‘A systematic literature review of the experiences and supports of students with autism spectrum disorder in post-secondary education.’ Res. Autism Spectr. Disord. 39, pp. 33–53.

Begg, A. (2015). Constructivism: an overview and some implications. [online] Available at:https://researchspace.auckland.ac.nz [Accessed 6 Jan. 2025].

Boeltzig-Brown, H. (2017). ‘Disability and Career Services Provision for Students with Disabilities at Institutions of Higher Education in Japan: An Overview of Key Legislation, Policies, and Practices.’ Journal of Postsecondary Education and Disability30(1), pp 61-81.

Breslin, H., & Currant, N. (2024). Higher education needs to get to grips with the language of neurodiversity. Wonkhe. Retrieved from [Higher education needs to get to grips with the language of neurodiversity | Wonkhe] [Accessed on 30 Dec 2024].

Botha, M., et al., 2024. ‘The neurodiversity concept was developed collectively: An overdue correction on the origins of neurodiversity theory’. Autism28(6), pp.1591-1594.

Cage, E., & Howes, J. (2020). ‘Dropping out and moving on: A qualitative study of autistic people’s experiences of university.’ Autism, 24(7), pp 1664-1675.

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Dwyer, P., et al. (2022). ‘Building neurodiversity-inclusive postsecondary campuses: recommendations for leaders in higher education.’ Autism Adulthood.  5(1), pp 1–14.

Friedman, Z.L., & Nash-Luckenbach, D. (2023). ‘Has the time come for Heutagogy? Supporting neurodivergent learners in higher education.’ Higher Education, pp 1-16.

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Lierman, A. (2024) The Struggle You Can’t See: Experiences of Neurodivergent and Invisibly Disabled Students in Higher Education. Cambridge, UK: Open Book Publishers.

Lizotte, M. (2018). ‘I Am a College Graduate: Postsecondary Experiences as Described by Adults with Autism Spectrum Disorders.’ International Journal of Education and Practice6(4), pp.179-191.

Maxwell, B. (2017). ‘Pursuing the aim of compassionate empathy in higher education.’ The Pedagogy of Compassion at the Heart of Higher Education. ed. P. Gibbs. New York: Springer, pp 32–48.

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Sulaimani, M. F., and Gut, D. M. (2019). ‘Hidden curriculum in a special education context: the case of individuals with autism.’ J. Educ. Res. Pract. 9, pp 30–39.

Tomlinson, M., et al.  (2024). ‘Enhancing neurodivergent graduates’ access to graduate employment (ENGAGE): A report on neurodivergent graduates’ employment transitions and outcomes.’ The Association of Graduate Careers Advisory Services (AGCAS). https://www.agcas.org.uk [Accessed: 3 January 2025].

Villarroel, V., et al. (2018). ‘Authentic assessment: Creating a blueprint for course design.’ Assessment and Evaluation in Higher Education, 43(5),pp 840–854.

How to decide your Research Question?

Hi all,

Welcome to ScienceIQ! This post is for newbies (students) or anybody who is looking for research ideas for their academic assignments. It is quite daunting to prepare a proposal when you have absolutely no idea about what is it that you wish to do or what is expected in such research assignments. I have written a post on How to Prepare a Research Proposal https://scienceiq.blog/2020/11/16/how-to-prepare-research-protocols-for-beginners/ which you can consider reading. In this post I will share some ideas as the first few steps towards your research journey.

I suggest looking for areas which intrigue you and you wish to find a solution for a clinical problem. A good starting point would be your clinical placements where you can reflect on your interests and areas in which you would like to contribute through your research. For example, you may be curious to know which treatment technique might be potentially effective for a clinical problem in a specific condition or patient population or understanding how one clinical parameter is linked to another or monitoring health benefits of an intervention or applying any known treatment technique in another population to understand its effects. Some examples could be:

What can we do to mitigate freezing of gait in Parkinson’s?

Will managing tremors in PD lead to lesser falls?

Does interval training work well in team sports?

How does managing depression improve mobility in elderly?

PS- these are just random thoughts and not intended to direct you in considering these research questions.

Therefore, once you find your topic of interest then you can begin researching it. Read relevant and recent articles on that topic. Read the future research scope sections to see if it matches with your idea or a potential tweak!

Once you have gained some more clarity, the next step would be to have a second opinion on your topic. This is time to have a discussion with your supervisor and consider their expert opinions.  After consolidating your ideas and your supervisors’ feedback, consider the specific details such as:

Study design – Single group interventional study or randomised control trial or feasibility study or observational study

P-          Population of interest

I – Intervention/exposure

C-          Comparison if relevant

O-          Outcome

Some essential points to consider while planning your research are:

Time available to conduct the research – If you are just proposing research idea then you will be unlikely to think about implementation but if you are supposed to complete the research then think about the time available to conduct the research and have a set timeline to achieve goals using Gantt chart.

Ethical issues – Your proposed research should not cause any harm to the patients or participants and in fact it must have potential benefits. Consider mental as well as physical harm because of your intervention before planning your study.

Practicality/Feasibility – This would include time, cost, affordability, equipment available and your expertise in carrying out the proposed research. It should be achievable and within your skillset.

Novelty/significance– A very important point that I always tell my students is to think about the novelty of the study and what impact it might have on patients or population you chose to study. If the topic had been extensively researched, then it would not add any value or contribute to science. So, ensure that your topic bridges the gap in literature and the findings can have potential impact in clinical practice or on overall quality of life of patients.

To summarise, think of a topic that you gravitate towards. Read pertinent articles to identify gaps in literature and fine tune your question. Discuss with your supervisor and plan the specific details. Consider patients’ safety, practicality, and implementation while thinking about your research question.

Hope you find it useful,

Cheers,

Amreen

10-Steps for a Successful Manuscript Writing

Hi all, I wanted to share some thoughts on manuscript writing because it is indeed a daunting task especially if you have never done it before. It is important to remember that manuscript writing is an art, and it comes with practice. Writing a manuscript is a vital step for researchers, academics, and aspiring authors to communicate their findings, ideas, or stories to the world.  So, let us look at 10 essential steps that can guide you through the process and help you in structuring a successful manuscript that doesn’t get desk rejected.

Step 1: Define Your Objective

Begin by clearly defining the purpose of your manuscript. Identify your target audience and the main message you want to convey. This step lays the foundation for the entire writing process and helps you maintain focus throughout. Some authors prefer to write research questions prior to their objectives so that the results could be stated in the same systematic fashion. It is always advisable to frame your objective in PICO/PEO format (i.e., P=population, I=intervention, C=comparison, O=outcome).

Step 2: Conduct Thorough Research

For academic or scientific manuscripts, conduct extensive research to support your arguments or findings. Provide a strong rationale for conducting your study with references to published work and highlighting the gaps in literature. The need of the study should be strong for it to be publishable. Use reputable sources and cite them properly. I have another post on predatory journals that can help you in identifying these [journals https://scienceiq.blog/2020/01/27/how-to-identify-predatory-journals-and-conferences/]

Step 3: Create an Outline

An outline is a roadmap for your manuscript. Organize your ideas, arguments, or story into logical sections or chapters. This framework will help you maintain coherence and flow in your writing. From my experience, I feel writing the methods section first will help you kick start the process and then consider completing results, discussion, introduction and abstract in that order.

Step 4: Craft a Strong Introduction

The introduction is your manuscript’s first impression, and it needs to be captivating. Clearly state the purpose and significance of your work and hook your readers with a compelling opening. Consider novelty and originality of your work and highlight it in your introduction. This logically flows into the need of your study and your research objectives.

Step 5: Develop the Body

In the body of your manuscript, delve into the details of your research, arguments, or storyline. Present your evidence, results, or narrative in a coherent manner, and use subheadings to improve readability. Use of tables or flow diagrams often improve readability. Avoid being repetitive and stating the same findings in the tables, figures, and text.

Step 6: Mind Your Language

Adopt a clear and concise writing style. It is quite common for a beginner to write manuscripts in flowery language like a Jane Austen Novel! However, the scientific manuscripts should be easy to understand and in simple language. Avoid jargon unless writing for a specialized audience. Use active voice, and be mindful of grammar, spelling, and punctuation. Proofread your work thoroughly. I suggest using journal’s guidelines to prepare your manuscript to avoid unnecessary formatting.

Step 7: Include Visuals (If Applicable)

For scientific papers or educational works, consider including relevant visuals such as graphs, charts, or images. Visuals can enhance the understanding of your work and make it more engaging. Infographics are quite trending on ‘x-twitter’ to create an impact of your work. [https://scienceiq.blog/2023/07/13/its-all-about-being-visual-infographic-tools/]

Step 8: Craft a Strong Conclusion

Summarize the key points of your manuscript in the conclusion. For scientific articles, it is recommended to include study limitations. Emphasize the significance of your findings or the message you’re conveying. Avoid introducing new information in this section. Prefer to include future research scope and implications of your research in the real world.

Step 9: Cite Your Sources

For academic or scientific manuscripts, accurate referencing is crucial. Follow the appropriate citation style (e.g., APA, NLM, Chicago) and cite all the sources you have used in your research. You can use citation managers such as Endnote or Mendeley for creating an accurate bibliography.

Step 10: Seek Feedback and Revise

Before submitting your manuscript, seek feedback from supervisors, colleagues, peers, or writing groups. It is a very useful process. I was a part of PhD-writing group for a long time and their inputs always improved my manuscripts. Constructive criticism can help you identify weak points and areas for improvement. Revise your manuscript accordingly and repeat this step if necessary. At times, I had to revise my manuscripts 10 times before submission.

Writing a manuscript can be a challenging yet rewarding experience. Following these ten essential steps will help you stay organized, focused, and improve the quality of your work. Remember, writing requires continuous refinement, and it is an iterative process. By mastering the art of manuscript writing, you increase your chances of effectively sharing your ideas, knowledge, and stories with the world by getting it published in reputed journals. So, pick up that pen or start typing, and let your manuscript take shape!

Cheers,
Amreen

It’s all about being VISUAL – Infographic tools

Hi all, I am writing this post after a long time due to moving to a different country and trying to get my head around everything new. This post is about the trending #INFOGRAPHICS in academia. We are surrounded by pictures, videos, reels, posters, flyers, graphs so on and so forth in our everyday life. Be it an advert for the morning coffee, Instagram posts from friends,  or data visualization on any professional platform. Almost everything around us is now presented in a visual format that is appealing, interesting, and engaging. Therefore, the researchers are also trying to keep up with this trend of visual information and presenting research in an interesting visual method. There has been an upsurge in the use of infographics for research papers and scientific presentations.

Some of the  advantages of using infographics are

  • Visually appealing – we all like it, we are enticed by it
  • Simplifies complicated information
  • Reaching out to right people – It helps us disseminate our work to right people who are  stakeholders or decision makers
  • More views – more downloads – more citations

So, we all know its benefits and find it fascinating but most of us are unsure of how to create such a visually appealing presentation because not all of us are creative graphic designers.

I was inspired by the stunning infographics that other researchers had been posting on twitter, so I started researching about infographics and trying to find techniques to present my research work in a more interesting way. I came across CANVA website which is free and good for personal use. Free Design Tool: Presentations, Video, Social Media | Canva

It has a plethora of options for designing and presenting your work including templates for resume, business report, marketing proposals, timeline report, videos, teaching and education presentations, adverts, flyers and many more. You can use an existing template or customise it for your need. You can also share it with your team members and work on group projects. It has many features worth exploring.

I have used Canva for preparing a summary of my PhD research, which is not the best infographics you would come across, but it was easy to prepare and provided basic information about my research.

Some other software on infographics that might interest you are:

-Piktochart

-Infogram

-Snappa

-Freepik

Find out more information on these software in this post –  https://piktochart.com/blog/best-infographic-makers/

Hope you enjoyed reading this post and excited to make your own infographics!

Cheers,
Amreen

TO DO OR TO NOT DO A PH.D.???

Graduate, Graduation, School, Student, University

This post is dedicated to all those who wish to pursue doctoral studies but are unsure about it or in a dilemma to go for it or not. Many of my students have contacted me to know more about Ph.D. and the challenges that they would encounter during their studies. In this post, I would introduce you to the Ph.D. journey and a few tips to succeed at it.

Undergoing a Ph.D. will enhance your subject knowledge, but it is primarily a research degree. You will learn how to implement research projects and you will be able to contribute to science with the findings/outcomes of your doctoral research. So, you don’t have to do a Ph.D. if you only want to expand your subject knowledge but if you are equally interested in undertaking research in the future.

Doctoral research comes with many challenges such as finding the right supervisor & right University with enough exposure and opportunities to learn, identifying a crucial yet novel perspective in your area, trying to bridge the gap in your specific field, preparing an acceptable research proposal, applying for funds and grants, and effectively communicating your results to your scientific community.

Many students are confused between joining Ph.D. in their native country or going abroad. I feel both are good options as far as you can learn and expand your skills during your doctoral research. Finding the right guide is the first step towards a successful Ph.D. I have come across instances where doctoral students had to quit their Ph.D. because of unsupportive supervisors. A good tip would be to research your potential supervisors’ records, their expertise, their publications, and successful grants. Then connect to their ongoing doctoral students before deciding on a supervisor. The University also plays a significant role in a successful Ph.D. You should check how many Ph.D. candidates are on roll in that University, is there any system for the Ph.D. program, what are the timelines, what are the mandatory outcomes, what are your responsibilities during your study period, and how many international collaborations do your supervisor and University have? These things are important to consider because you will imbibe the research culture prevalent in your university and will grow with each opportunity.

I want to emphasize the fact that Ph.D. is a self-learning process. Your supervisor may give some directions and guidance, but it is ultimately your efforts that will make it successful. If you are determined to learn something new every day, then you will make a great difference in your skills by the end of your doctoral program. I will highlight a few skills that I started learning when I joined Ph.D. I started with learning to write effective emails, writing research proposals, and literature review, then I kept writing and re-writing manuscripts and grants applications. I learned different forms of data analysis and different research methodologies, data management, and organizing data. I also learned to communicate more efficiently and speak in public. I learned the importance of networking and perseverance in a Ph.D.

The skill that you must develop as a researcher is to write! On the first day of my Ph.D., my supervisor advised me that I will be recognized for my writings. I took that advice very seriously and it paid off. Now I enjoy writing, I write manuscripts, letters, emails, blogs, tweets, applications. Never underestimate the effort you must put in to enhance your writing. It is your voice as a researcher. I was also very fortunate to have such supervisors who kept training me to write clearly.

I have also written about other skills that you must develop as a researcher in my other post: https://scienceiq.blog/2021/02/20/ways-to-build-your-research-profile/

So, you should go for Ph.D. if you are interested in research and personal development. Nevertheless, it is mandatory for any academic position so if you want to pursue academics as your career then you will have to do a Ph.D. I hope this post would have helped you identify your passion for research and decide your goals.

Cheers,

Amreen

WAYS TO BUILD YOUR RESEARCH PROFILE

Hi all, welcome to scienceiq. In this post, I will discuss ideas to build your research profile. The most common advice you would have received as a novice researcher is reading lots of articles and practicing writing. Reading and writing papers will help you develop your writing skills, but there is more to it. I will share few ideas to build your research profile in this post.

TIPS for building your research profile

#1 Collaborate – It is the key aspect to grow as a researcher. Collaboration teaches mutual respect, teamwork, commitment, and shared-knowledge. It helps you understand a topic from a broader perspective. Collaborating with people outside your geographical area will also help you understand different cultures and practices. Collaborating with varying disciplines will help you get a better understanding of a topic. And in the end, you make good friends after a successful collaboration.

#2 Keep your social media accounts active and interact with your scientific community – I am not talking about Snapchat and Instagram, but social media accounts related to research such as LinkedIn, Twitter, Research Gate, and Facebook are helpful to build your research profile. You get updates on the latest articles, research projects, and opportunities by being active on these accounts. Plus, you will showcase your research work and get more reads and citations for your published articles.

#3 Make a timeline and stick with it – I have strictly followed setting up a timeline for my projects and adhering to it, and it has paid off every time. Building your research career requires dedication and constant effort. You can’t make it by doing something once. You have to put in continuous and regular efforts. Even though it is a standard tip applicable to all areas of life, it is still reliable.

#4 Keep learning a new research skill – There is no end to learning, especially in research. So keep updating and learning new research skills from time to time. It can be learning new software for data analysis or learning a new research design. It will always give you an edge if you keep updating your research skills.  

#5 Learn to write grants – This might look like a distant dream for people learning to conduct research, but it is essential to survive in the research field and academia. Start helping in writing grants with your seniors to get some idea about the structure of the proposal. Also, keep an eye on the “call for grant proposals” in your respective areas.

#6 Set aside time every day for personal development – You may be super busy with your work duties, parenting, and family. Still, you need to set aside some dedicated time every day or every week for your personal growth. It is not possible to grow in academia without persistence. It only requires some time management and discipline. My blogging has come down drastically after joining full-time work, but I still try to devote few hours a week to this blog.

I have incorporated all these tips in my research career, and it has proved helpful for me. I hope you can also use a few of these tips to grow and achieve your dreams. Wishing you great luck!

Cheers,

Amreen

How to prepare research protocol for beginners

Hi all, welcome back to ScienceIQ. Today we will discuss how to prepare your research protocol when you have no idea about it. Protocol writing can be intimidating especially for beginners who have no experience in research. I have been in the same shoes during my first year of graduate research. In the beginning, running a simple search looked like a daunting task.

              You can begin by learning how to search for relevant articles. I have written a post on the search strategy. You can read it here (https://scienceiq.blog/2019/01/21/how-to-develop-the-search-strategy-for-a-systematic-review/ )

I will discuss other tips to make the process easier and simplify steps for writing a research protocol.

  • Know your interest – Take up a research topic that you are curious and excited about. If you are not interested in your research topic then you will not enjoy conducting that research and will end up feeling distracted and lost. So, always go with an idea that excites you and discuss it with your supervisors.
  • Be thorough with the existing literature – I have prepared a post on how to do a literature search. (https://scienceiq.blog/2019/10/28/literature-review-a-guide-for-beginners/ ) It is one of the key aspects of the research protocol. Know when, what, and how was research done in your area. Having a thorough in-depth knowledge about your topic will give you confidence and rigor in your methodology.
  • Begin by writing your research question – The first step is to clearly articulate your research question. Write down the research question in PICO format.

Eg. Does XYZ therapy (intervention) given for XYZ dosage improves UL function (Outcome) when compared to standard UL exercises (comparison) in chronic stroke survivors (Population)?

  • Think about the methodology – Think of ways in which you can research to get answers to your research problem. It will require understanding the different study designs, sample size calculation, access and availability of your research population, and ethical clearance.
  • Dig in further – Once you have a basic idea about your intervention or research problem then develop a detailed plan for executing the research. What will you do, how will you do, equipment required, where will you collect data, for how long, what all outcomes will be measured, time points of outcome assessment and follow up. Be very clear and specific about the selection criteria of your research participants. Write down the inclusion and exclusion criteria.
  • What is the impact of your research – Think critically about the implications of your research? What will you achieve if you address the research question and how will it add to future research. Your research may not be outstanding or path-breaking but it should have some value clinically.
  • Write the protocol – when writing the protocol, first complete the methods section that should include the following sub-headings
    • Study design
    • Participants
    • Setting
    • Sampling
    • Sample size
    • Instruments
    • Selection criteria
    • Procedure
    • Outcome measures
    • Data analysis
  • Write an excellent introduction – Once you have completed the methods and literature review, you should write an appealing introduction. The introduction should include the background of your research question, what is done to date, what has not been done, the gaps in the literature and how will you bridge the gap in the literature. Emphasize the need and novelty of the study. 

That’s it. If you follow these simple steps, preparing the research protocol will be a fun and interesting process. Give your best.

Cheers,

Amreen

How to correct common pitfalls in methods and statistical reporting

Hi all, here is a new post on methods and statistical reporting in a manuscript. One of my mentors, Dr. Sundar Kumar, inspired me to write this post. For beginners like us, it isn’t very easy to understand and interpret our data analyses, which affect the way we report it in our manuscripts. Today, we will look at some of the common pitfalls while reporting methods and statistical analyses and ways to overcome them. There are multiple articles on this topic, and after going through some of them, I have tried to simplify it for you.

            Main reasons for the rejection of a manuscript are methodological flaws, including statistical reporting. So here are some of the common errors in METHODS & RESULTS sections and ways to rectify them:

  • Start with clearly reporting the aim and research questions in the introduction—state aim in the PICO (Population, Intervention, Comparators, and Outcome) format. We already know it but forget to implement it.
  • Then specify the study design. Always make use of the available guidelines for study designs and try to include all items given in it. You can easily find a guideline that is relevant for your study design on the EQUATOR network (http://www.equator-network.org/). Additionally, you can use a guide for statistical analysis known as SAMPL (Statistical Analyses and Methods in the Published Literature.) I came across this one recently, and it is quite handy.
  • Report if you have registered your trials or reviews previously in PROSPERO and Clinical trials registry.  If there are any deviations from the original protocol and then report it in the manuscript.
  • Write complete details for sample size calculation, including type I error, type II error, confidence interval, and minimum clinically relevant difference. In case of a pilot study where you have not computed a sample size, then explain it in the article. 
  • In case you have dropouts or missing data, then report the missing data, and justify if you have used any techniques to handle the missing data, especially in an RCT.
  • Initially, I did not understand the importance of this, but, always provide a detailed description of the statistical analyses and a rationale for using a particular analysis. We usually report the test used but completely forget about the rationale for using it, such as assumptions or study hypotheses. Specify which variables were analyzed with each different statistical analysis. Statements such as ‘data were analyzed using chi-square test’ is considered vague.
  • Also, provide details of statistical analysis such as specific analysis for a particular outcome and how the results are reported. E.g., distance walked is summarized using mean and SD. The results of logistic regression are summarized using the Odds ratio and confidence interval. These are a few details which we often omit.
  • Again, I learned this hack recently to make sure that all the analyses mentioned in the methods section correspond with the set of results and vice versa. We unknowingly add a ‘new’ result that we forget to describe previously in the methods or objectives of the study.
  • In the abstract, make sure that you have reported the same results as that given in the main text. Do not write additional/modified/different results that you have not mentioned in the main manuscript.
  •  While writing the methods section, write a separate detailed paragraph on outcomes. Provide details on measurement of the outcome, who measured it, when it was measured, and it was a primary or secondary outcome, units of measurement, tools for measurement, and its psychometric properties. A reviewer may ask you to remove these details during revision, but it is better to provide more information while submitting a manuscript for the first time. 
  •  There are no studies without a limitation. Be very clear about your study limitations or biases or confounders. It pisses off the editors if you try to downplay your study limitations.

So, these were some of the common reporting problems that can be easily fixed in your manuscripts. A transparent and thorough reporting of methodology will always give you an edge for getting your paper accepted. I will write another post on choosing appropriate statistical analyses. You can use this post as a checklist before submitting your manuscripts. I hope it helps.

Useful links:

  1. Harhay MO, Donaldson GC. Guidance on Statistical Reporting to Help Improve Your Chances of a Favorable Statistical Review. Am J Respir Crit Care Med. 2020;201(9):1035-1038. doi:10.1164/rccm.202003-0477ED
  2. Swiss Med Wkly. 2015;145:w14076
  3. Lang T, Altman D. Statistical Analyses and Methods in the Published Literature: the SAMPL Guidelines

Cheers,

Amreen

How to excel in PhD: EXPERT ADVICE

Hi all, welcome back to scienceIQ! This is the first guest blog post of scienceIQ. We have Dr. Saurab Sharma as our guest, and today we will be discussing – how to get through the #Phdlife effectively. Here are some handy and inspiring tips from Dr. Saurab Sharma.

Dr. Saurab Sharma is a pain scientist and an Assistant Professor at Kathmandu University School of Medical Sciences, Nepal. He completed his PhD, which aimed to improve pain assessment, management, and research in Nepal from the University of Otago, New Zealand. His PhD was considered a thesis of exceptional quality unanimously by all examiners. During his PhD, he published 26 peer-reviewed papers in international journals. He also presented his research in 10 countries and received nine research and travel grants during his PhD. He speaks internationally on pain-related topics, evidence-based practice and research methods, and outcome assessment, among others. You may follow Saurab on Twitter (link_physio) and Facebook (linkphysio.com), and LinkedIn (Saurab Sharma).

Question 1. What was the motivation behind getting a PhD?

The primary motivation behind this PhD was to improve the way we manage pain in a way that is clinically effective but not expensive for my people with low-socioeconomic status in Nepal. As a musculoskeletal physiotherapist and an evidence-based practice preacher, I noticed how clinical care of people with musculoskeletal conditions do not align with contemporary practice guidelines. I thought we could do better.

Every clinical encounter with my patients taught me many things, the most important of these knowledge/research gaps informed my research questions. I developed a program of research that would address the existing gaps in knowledge, with an overarching aim of improving pain research and management in Nepal.  

Question 2. How did you cope up with the stressful Ph.D. journey?

I did not take PhD as a stressor. I loved every bit of it because I was passionate about what I was doing. I enjoyed the overall process thoroughly.

This does not mean that it as stress-free. I can hardly remember stresses during the Ph.D. Some that I remember were self-imposed pressure to perform well in international conferences. Other challenges that many people in developed countries do not face are struggles related to visa applications and collecting necessary documents while continuing to do research.

If you think of your PhD research a  way of contributing to science and improving patient care and think of broader perspective of why you are doing your PhD, you will love it. If the research topic is aligned with your interest, is meaningful to a broader audience, and you work in a pleasant research environment (university, supervisors, research team), PhD is not as bad as many tell us. Unfortunately, such an optimal PhD environment is rare. When you don’t have ideal circumstances, accepting what you have, taking the situation, and focusing on the broader objective of contributing to mankind will keep you going. Smaller day-to-day challenges will be meaningless. In fact, they teach you to be stronger. I took all of these challenges as opportunities to bounce-back and grow.   

Question 3. What is the secret behind your exceptional numbers of publications?

The first and most important key to this “planning.” As I planned my research project before my PhD enrolment, I knew what projects I will do, when I will do, and how I will do. I knew the submission date of my thesis before I started, meaning I did not give myself an unlimited time to complete it. I started with the deadline in mind and worked during my three years sensibly. On day 1 of my PhD, I created a three-year work plan and scheduled each project in the time table. The time table was so detailed that I knew what exactly I would do on a weekly basis. This was the foundation of my success.

Second, sticking to the plan! As simple as that. I worked sincerely “for” myself. I wrote to train myself to be better writing, not to complete the PhD. I gave myself deadlines, which I respected (if I don’t, no one else will). I revised my weekly schedule with some objectives of the week. Some examples of the objectives are completing data analysis, completing the first draft of the paper for supervisors’ review, or submitting the paper for publication.

Once you do things, you get better at it. If you see the list of papers I published during my PhD, it took me 1 year to publish the first one (although I wrote 4 during year 1), and I had 9 or more in the second and third year. I led about half of these papers (as the first author), and later I was invited to co-author papers, which is an important opportunity to collaborate and learn from outside the core PhD supervisory team. The point I am going to say next could be controversial, not many people will take this as a good idea, but I always considered others’ work more important than mine. This helped me clear my desk from coauthored work and allowed time to focus on my own work. This reciprocates, and others’ will start taking your work as their priority.  

My advice would be to do things right away. If you keep holding things and procrastinating, it increases stress and anxiety, which is detrimental to learning. Clear your “to do list” as early as you can. Focus on things that are important but not urgent before they become urgent. This helps improve the quality of your work.

Question 4. Do you have any tips (do’s and don’ts) for PhD students and those undertaking research in times of COVID-19?

Some tips and advice for PhD students which will also apply outside of the COVID-19 crisis. Some relates to my previous points.

  1. Don’t rush to do a PhD (it may be too late for some of the readers). It is better to do a PhD late than doing it with a wrong team, on an unimportant question (or sometimes wrong question).
  2. Don’t do PhD just because everyone is doing it. An analogy is “marriage.” If you marry a random person just because all of your friends are marrying, married life can be disastrous. So can PhD.
  3. Don’t procrastinate. Do it now.
  4. Plan you PhD, if you don’t know how, start by learning how to plan. There are plenty of online resources. Read books on how to do PhD. Read that is available online or in your library or you can purchase.
  5. Plan your weeks and days and hours. Have a weekly schedule.
  6. Take the lead in your PhD. It’s your PhD, no one else’s.
  7. Have your PhD learning objectives. Learn what you think you should learn. This may evolve overtime.
  8. Be a proactive learner. Don’t wait for others to teach you what/how you should do (or learn).
  9. Connect with “good” people in your area of research. It can be by following them on social media. I learned so much from Twitter, just by following researchers whose work I admire. Learning should not be limited geographically (or within a team). Embrace the technology we have sensibly.
  10. Establish good relationships with your supervisors and research group/team.
  11. Have timely meetings with supervisors to discuss your problems.
  12. Have clear expectations from each member of the team. Example, when will the supervisors provide comments or feedback for your work, or the role of each authors in the paper before you start writing them.
  13. When there is a problem, discuss and solve it before it gets complicated.  
  14. Invest in good books, including books on writing. Before starting to write, learn key principles of writing. Which you can then use when writing your manuscripts/thesis. If you start writing without knowing how best to write, you will only get better at writing poorly.
  15. Don’t start too many things at one time. Two or three is fine. Invest your time on the ones that are closer to completion. 
  16. Learn how to read. Reading differs for different purposes. Identify differences.
  17. Read critically! Learn critical appraisal skills. Read “good work” based on critical appraisal of the papers, discard poor ones. Read papers from good writers. You should know who good writers and researchers are in your area of research.  Reviewing papers for reputed pain, rehabilitation, and physiotherapy journals helped me with the critical appraisal skills during the later stages of my PhD. I was able to critique my own paper after I did it on others.
  18. Speak about your research passionately with others. Both who understand or don’t understand research. Speaking to lay audience teaches you so much more about your research.
  19. Learn when to stop reading and start writing. To me, the best form of reading was writing. It is quite philosophical, but try it, you will know what I mean. The gist is that, when you write (following the principles of writing), you will learn what lacks in your understanding in the topic, give them a place-holder (e.g., xxxxxxxxxxxxxxxxxxxxxx), then go back and read what key information you require to fill that gap.
  20. Give back twice as much as you take from others.
  21. Lastly, even if your PhD was arranged (like an arranged marriage), try loving what you are doing. Focus on positive aspects. Follow the above advice. Despite all your effort, if it does not work; maybe it is better to find another one!

That was it. I thank Dr. Saurab for taking out time to write this wonderful post. Hope you all enjoyed reading it. Good luck with your PhDs.

Amreen

An (emotional) journey of publication

Hi all, today we will talk about an interesting topic that is not very prevalent among research students. You would have read materials on the publication process, how to publish, writing to impressing editors, etc. But, we will discuss the psychology and the emotions that are associated with publications, especially for beginners.

In this post, I have shared my personal experiences and learning in the process of publications. It might not be the same for you, but you can relate to a few instances and get some ideas. I have spoken more about failures/rejections in this post, not to demotivate you, but because failures teach us more than success.

The first publication is the most difficult

My supervisors used to tell me that getting the first article published is always tricky, and I have also experienced it. When you first submit a paper, you are thrilled and expect a positive reply, but most of the time, the first paper gets rejected. The main reason is that initially, our writing style is not well developed; hence, more chances of rejection. Once you have published a few papers, then you get the hang of writing scientific articles, and the publishing process becomes smoother.

Disappointment, frustration, and desperation

No one can deny that every time you get a rejection mail from editors, you tend to get disappointed. I used to be so sad with each rejection. With each rejection, my desperation to publish used to rise exponentially. There was a time when I was unhappy all the time, impatient, frustrated, and just wanted an article to get published. But let me assure you that it is a phase, and it will pass once you have published a few articles. You won’t feel that frustration for long.

Find the right journal

My first paper got rejected seven times! Yes, SEVEN. We had almost given up trying to publish that data, thinking it will never get accepted because even lower impact journals started rejecting it. But I tried again, and it got accepted in quartile one journal. The reason for the seven rejections was that the journals were out of scope. I was so focused on submitting the manuscript that I never really thought about the right journal. That time, I used to believe that sending it multiple times will get the article accepted. A better idea would have been spending more time in identifying the right journal and understanding the aims and scope of the journals before trying to submit a manuscript.   

Don’t quit

I had prepared a manuscript, and it was well written, so I submitted it in one of the best journals in my field with high expectations and enthusiasm. To add to my expectations, it went for a peer review. Every day, I used to check the status of that article. I was very anxious and wanted it to get accepted somehow. Then after three months of peer review, it got rejected. When I emailed the editor asking if I could revise and resubmit the paper, the answer was a definite NO. It was embarrassing, and I lost confidence in that manuscript. It took me three more months to resubmit that article to the next journal.

Develop resilience

This advice is often understated in academic publishing. If you have to survive this long, frustrating process, then you have to develop resilience. No matter how many times your paper gets rejected or revised – you should be ready to resubmit it with the same rigor and enthusiasm. Many times you will not find a logical reason for the rejection, but there is nothing you could do about it. So learn to let it go. Now, I don’t feel that disappointed after rejections. I think it is a part of the process. Remember that every paper has a home.

No quick fixes

This is one point that you must remember from this post. Publishing in scientific journals is not a joke. Considering the emotional and physical effort required – I felt it was one of the hardest things I have done to date. It really is a difficult thing to achieve, and there are no shortcuts. Patience and perseverance is the key. You will learn the art of writing – very slowly with practice and with multiple rejections and revisions. Trust me; there are no easy solutions for it. Consistently reading and writing will make you better. My supervisors used to make me write one manuscript at least 15-20 times before sending it to any journal, and that improved my writing skills. 

Being on cloud 9

Finally when your paper gets accepted after all the madness and rejections, then you will be on cloud 9. It is such an amazing and gratifying feeling. I used to jump in excitement whenever I got a manuscript accepted.

So, in a nutshell, scientific publishing is indeed a complicated process, and it involves not only your intellectual effort but also your emotional strength. It has highs and lows and very lows. But in the end, you will be proud of your accomplishments. Don’t give up!

Hope you enjoyed reading it,

Amreen