As water is a limited and invaluable resource, it is essential for human health and wealth to manage the available resource and implement effective adaptation strategies in response to climate change that can strengthen resilience and enhance water security. This said, sustainable management of both surface and groundwater resources is so important for addressing water-related challenges.

To achieve lasting water sustainability, it is essential to focus on the restoration and conservation of freshwater ecosystems. This includes strategies such as minimizing pollution, adopting sustainable land use practices, and establishing protected areas for aquatic species. Furthermore, it is a must to address the climate crisis by enhancing water efficiency, investing in infrastructure, and exploring new water sources. This may involve initiatives like water recycling programs, modernizing treatment facilities, and developing desalination technologies.

IEREK invites you to participate in the 3rd International Conference on "Sustainable Water Management and Resource Adaptation" to explore contemporary research on water adaptation, sustainability, and climate change mitigation. This conference aims to promote interdisciplinary dialogue and showcase the latest advancements in the field. It is a great opportunity to gather researchers, scientists, engineers, policymakers, and professionals dedicated to preserving our most precious resource.

The conference is organized in partnership with Sapienza University, Rome, Italy. Attendees will not only deepen their knowledge and expertise but also have the chance to experience the rich cultural heritage and stunning heritage of Rome. Known for its ancient history and vibrant atmosphere. The venue location offers a unique conference backdrop of the Colosseum, which is a three-minute walk away. Between sessions and networking opportunities, participants can wander through its picturesque streets and visit iconic landmarks in addition to the Colosseum, the Vatican, the Pantheon, and other locations that are engaging in meaningful discussions about sustainable water management and resource adaptation.

Conference Scope

This conference serves as a platform for sharing insights, experiences, and best practices related to water sustainability and adaptation. It will include the restoration of freshwater ecosystems, adaptation strategies for a changing climate, water resource policies, the economic advantages of water adaptation, and advancements in meteorology and weather warning systems. The conference aims to support the achievement of the UN’s 6th Sustainable Development Goal, which seeks to ensure access to water and sanitation for all while promoting sustainable water management.

Statement of Purpose

The goal of this conference is to encourage dialogue and the sharing of ideas among participants to uncover innovative solutions and actionable strategies for promoting water sustainability and resource adaptation across various scales. The conference will provide a venue for presenting research and case studies, participating in interactive discussions and workshops, and networking with peers in the field.

• 1. Scope 1: Climate Resilience and Ecosystem Health

  1. Adapting to Climate Change: Resilience in Water Landscapes

  1.1. Climate Change and Its Implications for Water Landscapes

  This section addresses the multi-layered impacts of climate change on ecosystems and sectors, including ocean acidification, climate-resilient agricultural practices, adaptation strategies for coastal communities, and shifts in precipitation patterns. It also covers the effects of heat waves and thermal pollution on water bodies, as well as the need for resilient infrastructure to tackle climate-induced water quality challenges.

   1.2. Ecosystem Resilience for Urban Biodiversity Challenges

  This part focuses on microbial roles in aquatic systems, co-management approaches for ecosystem conservation, and innovative solutions for urban biodiversity challenges. It emphasizes the importance of ecological restoration techniques and the preservation of keystone species to maintain ecological balance.

  1.3. Protecting Water Quality: Nature-based purification solutions

  This area explores diverse aspects of water quality and pollution mitigation, including sources of microplastic pollution, nature-based purification solutions, and remote sensing for water quality monitoring. Community engagement in water protection and economic considerations for these measures are also discussed.

  1.4. Resilient Infrastructure Solutions for Sustainable Communities

  Focusing on infrastructure solutions, this topic covers floating structures for flood-prone areas, blue-green infrastructure, crisis-responsive planning, and floodplain restoration. It also examines the resilience of infrastructure in indigenous and local communities, addressing unique challenges and strategies for enhancing their well-being.

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  2. Protecting Biodiversity: Ecosystem Health in Water Landscapes

  2.1. Biodiversity Conservation in Relation to Water Landscapes

  This section addresses crucial strategies for conserving aquatic biodiversity, including corridor conservation for aquatic and terrestrial linkages, climate change impacts, conservation genetics for endangered species, and the design of nature-based solutions to protect endemic and threatened aquatic species.

  2.2. Interdisciplinary Approaches for Sustainable Water Ecosystems and Health

  This section discusses the integration of various disciplines related to sustainable water ecosystems, including environmental biology, green chemistry, and environmental engineering. It explores the interactions between organisms and their environments, as well as the implications for water-related health issues.

  2.3. The Impact of Microplastics on Marine Ecosystems and Human Health

  This topic can explore how microplastics enter water bodies, their effects on marine life, and the potential health risks they pose to humans through the food chain. You can discuss sources of microplastics, methods of detection, and possible solutions to mitigate their impact.

• 2. Scope 2: Water Conservation and Management

  3. Innovative Approaches to Water Conservation and Management

  3.1. Water Conservation Techniques in Landscapes and Agriculture

  This topic covers essential water management principles and strategies for sustainable resource management. It highlights the integration of soil moisture sensors in precision agriculture, economic benefits of sensor-based irrigation, polyculture, crop rotation techniques, agroforestry practices, and the potential of genetic engineering in developing drought-tolerant crops.

  3.2. Technological Innovations for Sustainable Water Resource Management

  Discussing cutting-edge technologies, this section explores freshwater production from seawater, environmental impact assessments, blockchain technology for water quality monitoring, and robotic systems for efficient pipeline inspections. It also addresses the growing reliance on AI in water infrastructure and the associated cybersecurity challenges.

  3.3. Water Security and Management

  This section emphasizes critical aspects of water governance and management, including drought mitigation strategies, the impacts of climate change on water availability, and the importance of water demand forecasting. It also covers transboundary water management, institutional frameworks, allocation systems, and integrated water resources management, ensuring sustainable practices in watershed management and quality monitoring.

  3.4. Sustainable Water Remediation

  This section covers natural and nature-based solutions for water treatment, including constructed wetlands and phytoremediation. It discusses groundwater pollution prevention, water reuse, and direct potable reuse technologies, emphasizing safe and sustainable practices.

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  4. Evaluating Sustainability: Strategies and Innovations for Water Management

  4.1. Techno-Economic Analysis and Sustainability Assessment

  Focusing on the operational and capital costs associated with water splitting technologies, this section evaluates the levelized cost of hydrogen and conducts life cycle assessments to analyze environmental impacts. It considers sustainability metrics, including water and energy footprints, renewability, and greenhouse gas emissions.

  4.2. Reviews, Important Strategies, and Technologies

  This part provides a historical overview of water-splitting technologies, examining their significance, current trends, challenges, and potential advancements in the energy landscape.

  4.3. Technology and Innovation Adoption

  This part examines barriers to adopting new technologies in water management, focusing on financial challenges, business models, and public-private collaborations. It also discusses capacity-building programs and innovations in monitoring and decision-making.

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  5. Water in Urban Sustainable Landscapes: Characteristics and Functions

  5.1. Water as a landscape feature and a design element

  This topic emphasizes that water can serve as a central design element in architecture, creating focal points that enhance visual interest. Reflective surfaces, such as ponds or pools, can amplify light and offer dynamic interactions with surrounding structures.

  5.2. Water Features and Aesthetics

  Incorporating water features such as ponds and fountains adds aesthetic value to urban landscapes. These elements not only enhance visual appeal but also contribute to microclimate regulation, improving overall urban livability and comfort.

  5.3. Microclimate Regulation: Water Integration with Natural Ecosystems

  Incorporating water features in architectural design can help integrate buildings with their natural surroundings. This approach promotes biodiversity and creates habitats for various species, enriching the urban ecosystem. Water bodies can influence local microclimates by moderating temperatures and enhancing humidity levels.

  5.4. Rainwater Harvesting and Re-use

  Rainwater harvesting involves collecting and storing rainwater for reuse, reducing dependence on municipal water systems. This practice can mitigate flooding, enhance groundwater recharge, and provide a sustainable water source for irrigation and non-potable uses.

• 3. Scope 3: Technological Innovations in Water Treatment and Resource Management

  6. Nanotechnology in Water Resource Management: Innovations and Applications

  6.1. Nanomaterials for Water Resource Management, Conservation, and Challenges

  This topic explores the potential of nanotechnology in addressing water-related challenges, such as rainwater harvesting, greywater treatment, and mitigation of urban water pollution. It highlights innovative solutions for water scarcity and environmental concerns.

  6.2. Nanomaterial Innovations for Sustainable Water Treatment and Conservation

  This section presents sustainable water materials, including smart irrigation technologies and various purification methods. It discusses advanced membrane technologies, the role of carbon-based and metal-based nanomaterials in contaminant removal, and bio-inspired materials for water harvesting.

  6.3. Nanomaterials in Water: Types, Compositions, Characteristics, Interactions, and Functions

  This part explores the interactions of nanomaterials with water, covering their diverse applications in water treatment, biomedical devices, and the functionalization of nanoparticles for improved stability and effectiveness.

  6.4. Applications of Water-Nanomaterials Interface in Various Sectors

  This section highlights numerous applications of nanomaterials, including biosensors for water analysis, their use in agriculture and industry, and efficiency improvements in water quality monitoring. It showcases the broad potential of nanomaterials in addressing various water-related challenges.

  6.5. Water – Nanomaterials Related Energy Storage Conversion and Commercialization Perspectives

  This part discusses nanomaterial solutions for the water-energy nexus, including water splitting for hydrogen production and energy storage in water-based systems. It covers regulatory considerations and the challenges of scaling nanomaterial-based solutions.

  6.6. Fundamentals of Water-Material and Nanomaterials Interface, Fabrication, and Applications

  Offering a comprehensive overview, this section delves into the properties and interactions at the water-nanomaterials interface, including applications in catalysis, energy conversion, and water treatment technologies.

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  7. Energy Nexus: Innovations in Water Splitting Technologies

  7.1. Fundamentals of Water Splitting

  This section explores the principles and components of water splitting, examining thermodynamics, energy efficiency, voltage over potential, and factors influencing reaction kinetics. It also covers activation energy reactions and rate equations associated with electrolysis processes.

  7.2. Water Splitting Technologies

  This topic discusses various water electrolysis methods, such as alkaline electrolysis, proton exchange membrane (PEM) electrolysis, and solid oxide electrolysis cells (SOEC). It highlights the importance of electrode materials, catalyst optimization, cell design challenges, and advancements in photoelectrochemical water splitting.

  7.3. Catalysts and Materials for Water Splitting

  This part explores catalysts for the hydrogen evolution reaction (HER) and the oxygen evolution reaction (OER), covering synthesis, characterization, and performance. It discusses both heterogeneous and homogeneous catalysts, as well as advanced materials designed to enhance electrode and membrane performance.

  7.4. Industrial Water Splitting Systems and Applications

  This section focuses on large-scale water electrolysis plants, examining industrial electrolyzer technologies, grid integration, and the utilization of renewable energy sources. It also investigates applications such as power-to-gas and power-to-liquid systems, including hydrogen generation and its industrial uses.

  7.5. Water and Bio-energy Production

  This topic explores the interrelationship between water and energy, particularly in agriculture. It discusses energy-efficient irrigation techniques, renewable energy applications in water treatment, and the potential for bioenergy production from water-intensive crops, alongside smart water distribution systems.

  7.6. Water-Energy-Efficient Technology

  This part discusses innovative water-energy systems, including capacitive deionization, energy recovery from wastewater treatment, and smart water management systems utilizing IoT applications for optimization.

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  8. Water as Innovative Materials in Industrial Processes: Chemical Properties and Applications

  8.1. Chemical Properties of Water

  This topic explores the multifaceted role of water as a chemical substance and its critical applications across various industries, emphasizing its importance in sustaining operations, enhancing processes, and supporting economic growth.

  8.2. Water in Chemical Reactions

  This part examines processes such as Hydrolysis and Condensation: The role of water in breaking down and synthesizing compounds, for example, Petrochemical Refining: Water used in separation processes and cooling; Wastewater Treatment: Chemical processes that rely on water to treat and recycle waste.

  8.3. Water in Manufacturing Processes

  This part discusses the utilization of water cooling and heating and depicts water's role in temperature regulation in various industrial processes, such as power generation and metalworking. It also discusses the importance of equipment sanitation in manufacturing settings to ensure product quality and safety and other usage in irrigation, supporting food production and supply chains.

General Instructions

1. Expenses:

   The registration fee does not cover accommodation or travel expenses. A list of accommodation options can be suggested by our team if available. Please contact [email protected] for inquiries.

2. Benefits:

   We recommend that all authors take advantage of the benefits that IEREK offers, including various attendance types, publishing opportunities, and opportunities for discounts and waivers.

    
3. Membership:

   We are pleased to inform all applicants that they can use their previous publications to register for an IEREK membership, which offers a special discount.

4. Collaborative Discounts:

   IEREK offers a special discount to applicants from collaborative universities that have signed an MoU with IEREK to host or co-host one of its conferences.

5. Income-Based Discounts:

   IEREK also provides special discounts to authors from low and medium-income countries.

6. Publication Accessibility:
   
   The disclosed fees are for the conference participation (Publication is free of charge, but only the conference participants can be considered for publishing in the conference proceedings).

7. Book Series/ Journal(s) Discounts:
   
   Some of the disclosed conference fees may vary depending on the book series and/or journal(s) presented as a publication outlet, as we encourage submission to newly founded book series and/or journal(s) by presenting a discounted rate for the conference's fees.

    

Publication Opportunities

IEREK offers many alternative venues for publication. All accepted submissions to the conference, after a rigorous double-blinded peer-review process by the respective and highly distinguished Editorial Board, will be published through one of the following venues:

1. Springer Series/IEREK Journals:

   Accepted papers (according to the preference of the author) will be published through the Springer book series or a special issue in one of the IEREK press open-access Journals.

Types of Applications, Attendance, and Registration

IEREK offers many types of registrations that are diverse in registration fees; applicants can choose the type they are familiar with as follows:

1. Academic:

   Participants who are PhD holders, post-doctoral researchers, and universities’ affiliated professors and experts in the field.

2. Students:

   Must provide proof of enrollment in a university by providing an enrollment certificate and/or a valid university ID (with issue/expiry date) etc.

3. Professionals:

   Participants who are not affiliated with universities such as practitioners, policymakers, entrepreneurs, etc.

4. Companions/Co-authors:

   Have access to the event to enjoy the discussions, coffee breaks, and lunch as a co-author or audience.

5. Presentation Only:

   An author may need to attend the conference for presentation only to present a research idea without publication or full paper submission; the fee in this case will be decreased.

A. Physical Attendance

B. Online Attendance

IEREK offers virtual attendance, providing authors with a unique link to join the conference sessions and present their papers as per the announced program.

IEREK is dedicated to optimizing the benefits for each delegate so, similar to physical attendance, when it comes to virtual attendance IEREK also provides two venues for publication, which are:

Type 3:

• (Online attendance + Publication through Scopus)

  Online attendance + Publication through Scopus Through IEREK – Springer Nature Interdisciplinary book series “Advances in Science, Technology, and Innovation” ASTI, see previous publications here.

Type 4:

• (Online attendance + IEREK press Open-Access Journals)

The online fee covers:

• IEREK Participation/Contribution soft copy Certificate.
• Preliminary Acceptance Letter.
• Consideration for publication in the IEREK-Springer interdisciplinary series (ASTI series by Springer) or IEREK Press, or any special issues available according to the type of registration in the table above.
• Access to conference recordings.

* Each research paper should have one main author who should pay the full fee (Author fees) regardless of attendance.

* Co-authors, each, have their fees to pay to attend the event. This applies to online attendance as well as physical attendance.

Discounts and Waiving Opportunities

1. 15%: Participants who come from co-partner universities who have already signed an MOU with IEREK can receive a 20% discount. Authors should mention the key person who signed the agreement with IEREK. You are welcome to inquire if your university has an agreement with IEREK or not yet.
2. 20%: Waiving with 20% from the announced fees for low-income countries according to the World Bank classification mentioned in the document below. (applicable to the regular payment stage)
3. 25%: If multiple abstracts are submitted by the same first author to the conference, a 25% discount is applied to each additional submission according to the deadline for payments.

* Participants can use only one type of discount opportunity, which meets their preferences.

* Authors should contact the conference manager through this email [email protected] to consider the discount and waiving for all the above cases so that the conference manager can provide an exclusive invoice for each case.

Proof of capability to get the discount:

• A copy of a student enrollment card for 2026 is essential.
• Proof of affiliation to the partnering university is to be provided.
• Proof of previous publication through IEREK conferences. 
• A copy of passport for authors from low-income countries. Added below is the list of low and middle-income countries according to the World Bank classification.

Countries List

Publish through iDirect

iDirect is a new and efficient platform that allows direct submissions of research papers across various fields of science. iDirect accepts and covers all fields of science, not only those related to a particular conference. Individual authors are encouraged to submit their research discussing new ideas and presenting solutions to everyday problems that fall under numerous scientific themes. The iDirect platform is integrated into the peer review system for online conferences. You can publish your work through iDirect without the need to attend the conference or adhere to any submission deadlines. iDirect accepts a wide range of disciplines, eliminating the need to align with the conference's specific theme or scope. Based on the scope of your research, we will identify the most relevant proceedings for publication. The editor will schedule a discussion with you to review your presentation before proceeding to the peer-review process. Learn more here!

Publication Period

IEREK puts a lot of effort into expediting the peer review process to publish articles as quickly as possible. This requires prompt responses from all authors to the editors' comments, if any. Your swift response is highly appreciated to advance the production process and get your articles online. We prioritize the first author to respond as per our formula. The conference proceedings will be divided into multiple books, with the first one scheduled for publication within 3 months after the conference date. We encourage all authors to aim for publication in the first release.

Possibilities for Extra Fees

1. Authors may request that their kits be delivered, for an additional fee decided by the courier, and upon request. Alternatively, authors located in Egypt can pick them up from IEREK headquarters in Alexandria.
2. Additional Conference Kit (Excluding Delivery). *Contact us for a quotation on shipping fees.
3. Gala Dinner, social programs, and other activities.

Visa Application

For participants who need Entry Visas to the country where the conference will be held, IEREK will issue the corresponding invitation letter for accepted applicants to facilitate visa issuance. Please notice that we will attempt to assist you in obtaining a visa but the responsibility is yours and the decision rests solely with the appropriate Embassy. For the requirements of issuing a visa letter please read more here!

IEREK has an unyielding policy regarding plagiarism. We believe that copying/taking the ideas and work of other Authors without permission and credit is fraudulent. The Reviewing committee and IEREK employees have the authority to reject a paper during its reviewing process, based on the paper being subjected to either minor or major plagiarism.

Authors must refer to, and abide by, the following instructions in submitting their abstracts/ papers:

Step 1: Abstract Submission Process

• The author should prepare and submit an Abstract of at least 150 – 300 words through the website.
• The abstract should be concise and clearly state the proposed research study's purpose, results, and conclusions.
• The author should select the most relevant topic for the paper from the corresponding conference topics.
• The author can use/download an Abstract Writing Template prior to submission
• To submit your abstract, you first need to (1) click on the “Register” button on the conference page, (2) click on “Submit Now” and:
  • Select the Topic in which you are making the submission
  • Insert the title of your study in the "Paper Title" section
  • Insert the full abstract in the "Abstract" section/upload a file in the .pdf, .doc, .docm, or .docx format
  • Add in writing 3 – 5 keywords that define the field, subfield, topic, and research area covered by the article to help other researchers understand and find your work.
  • Provide the names, affiliations, and E-mails of all authors/ co-authors involved
  • Confirm your submission by ticking having read the instructions and “submit Abstract”

Step 2.1: Abstract Acceptance

• After acceptance of your abstract of at least (150 – 300 words), you will receive a proforma invoice and specific instructions to complete the payment online or by bank transfer (See Conference Fees) to confirm your participation,
• Once your abstract has been accepted, please refer to the important dates tab and carefully review the announced dates to avoid late payment, as late payment comes at an extra charge (early bird/regular/late).
• After successfully completing payment, you will be issued upon request with the following:
  • A signed/ stamped abstract acceptance letter
  • Please note that acceptance of participation, abstract submission, and paper submissions all have different deadlines. To stay up to date and avoid paying extra fees, or delaying your paper, please carefully review the important dates tab.
  • Receipt of Payment/ Payment Invoice
  • Visa Invitation Letter, if needed
• After abstract acceptance, you may be given the option to extend the abstract to publish your work in the conference proceedings in ASTI published by Springer Nature (indexed in Scopus/SCImago) (optional not obligatory).

  This is not a prerequisite for presenting your work at the conference. Meaning, you can present your submitted abstract without intending to publish your work.

Step 2.2: Full Paper Submission

• Your submitted paper should be 6+ pages long and submitted before the paper submission deadline, in English, and fit within one of the conference topics.
• Papers should be a minimum of 6 pages and contain 4,000 words, excluding references.
  Authors should support their research and clarify their ideas using various explanatory methods, such as figures, equations, and diagrams.
• The paper should follow the research paper structure as follows: Abstract (+keywords), Introduction, problem statement, and study aim, Review of the Literature, Methodology, results and conclusion/ discussion, References list using the Paper Writing Template.
• The submission should be made following the same procedure followed for the abstract or sent to the conference email.
• Here: Authors may need more pages than the allotted maximum of 6 to insert figures, tables, appendixes, etc. In this case, they can submit regular papers (max. 12 pages) with the same fixed fee. For a detailed outline of the fees, please refer to the payment table in the conference fees tab.
• The conference does welcome Arabic submissions (with abstracts written in the english language), which will only be considered for publication in BAHETH by IEREK Press.

Step 3: Rigorous Peer Review Process (double-blind)

This process can only be initiated after payment completion and confirmation:

• If submitted, the paper will be preliminarily checked (iThenticate plagiarism/ similarity screening Software, readability, and scope) and it will be peer-reviewed. If similarity issues are detected, the following will apply:
  • % from all sources: 10-15%
  • % from one source: 3-5%
  • Higher than 30% (all sources): Reject completely
  • Lower than 30% (all sources): Ask for revision to decrease the similarities
• IEREK has an unyielding policy regarding plagiarism. We believe that copying/ taking the ideas and work of other Authors without permission and credit is fraudulent. The Reviewing committee and IEREK employees have the authority to reject a paper during its reviewing process, on the basis of the paper being subjected to either minor or major plagiarism.
• Each paper/ chapter is evaluated by a minimum of two reviewers, after which a final decision by the responsible Editor is made. There is no maximum to the number of times a paper can be reviewed, depending on the quality of the submission.
• If your paper is accepted by the Editors for publishing with comments/ requested modifications, our Editors (publishing department) will contact you once a decision is made and you will be asked to revise and correct it. After resubmission, it will be re-checked. Note: There may be more than one round of peer review and the decision rests with the editors of the title. Missed deadlines may result in complete exclusion/ rejection from the final publication.
• If your paper is accepted for publishing without edits/ comments, the corresponding author will be contacted to provide the final version of their chapters/ papers following Springer Guidelines and sign the Springer consent-to-publish (CTP) form to authorize publication in the conference proceedings.
• A back-and-forth process: modifications will be sent back to the responsible Editor/ Series Editor and another round of evaluation conducted where needed. Participants/ Authors should regularly check their emails (Junk/ Spam folders).
• If you are not interested in publishing an extended abstract in the proceedings in ASTI by Springer Nature, please inform the conference support ([email protected]).

Step 4: Extended paper 

• After the conference, the authors of the best papers will be invited to submit an extended version of their research, 8 – 12+ pages in length, (optional) of their papers for publishing in an edited volume to be published by Springer Nature.
• Publishing your paper (i.e., extended abstract) in the conference proceedings does not prevent the submission of the full version for publishing consideration after the conference if the similarity percentages (SR%) in Step 3 are taken into account.

Registration

To help the organizers plan for inter-disciplinary dialogue, participants are requested to choose from the conference themes/ Topics upon registration.

They must also refer to, and abide by, the following instructions in registering and/ or submitting their contributions:

NOTE: If you are contributing as an Author of a submitted abstract (for publishing consideration and/or presentation), and regardless of attendance, the fee for the registration is the same. See and Conference Fees for more information.

Types of Participation

1. Attend/ Present in-person or Online and Publish in indexed Conference proceedings

The conference offers a Physical attendance option for your convenience. That said, participants will have a chance to present their abstract/research, on campus, and have their work considered for publication in the ASTI Series by Springer as part of the conference proceedings.

See Author Instructions and Conference Fees for more information.

2. Registration to publish in the proceedings without presenting/ attending

If your full paper is accepted, it may be published in the conference proceedings book in the Advances in Science, Technology & Innovation Book Series by Springer (indexed in Scopus) even if you are not attending the conference. In this case, the accepted work will not be included in the final conference program. See Author Instructions and Publishing Opportunities for more information.

3. Non-presenting participant

Non-presenting participants may also wish to attend the conference as Audience Members or Co-authors contributing to an already submitted abstract/ paper. See Conference Fees for more information.

Notes to consider:
* Attendance online and in-person are possible upon confirmation with the conference secretariat/ coordinator at [email protected] and following Conference Fees covered.

* The participation fee is uninform for all options presented above.

* For participants wishing to attend in-person, a visa invitation letter will be provided upon request, for which case a copy of your passport will be required. The invitation letter can only be provided after acceptance and full payment.

* Before planning your trip, be sure to check travel restrictions to the conference’s hosting country. Visit travel information and restrictions, and send in your questions if you have any to the conference coordinator at the email [email protected]

Click here to download the flyer & Poster.

Rome stands as one of the finest and oldest cities in the world. The history of Rome spans over 2500 years and it has been a centre of power, politics, culture and development since its inception. Creation of the city is steeped in legend and mythology and there are various different accounts of how this majestic place was built. Various Roman emperors and Casers have ruled mighty Rome and this is the place where the colossal Roman Empire grew from.

The following are some suggestions of places to visit while you are in Rome, Italy.

1. Colosseum

This mighty structure is one of the most renowned and iconic landmarks in the world and a trip to Rome would not be complete without visiting the Colosseum.

Also known as the Flavian Amphitheatre, the Colosseum was constructed between 70-80 AD and at its peak was estimated to hold 80,000 spectators.

2. St Peter’s Square

Rome holds a small country within a country – The Vatican.

This independent state is one of the most important religious sites in the world and St. Peter’s Square is an iconic place where many significant events have taken place.

Located at the front of the Vatican state, the square is actually circular and is framed by two huge sets of colonnades – Standing on these columns are beautiful statues of various religious figures and previous popes.

3. The Pantheon

The mighty Pantheon stands as one of the best preserved ancient Roman buildings in the world and is one of Rome’s most famous attractions.

Constructed in 118 AD by emperor Hadrian, the building that stands today was actually built on the site where an earlier temple stood that was commissioned by Agrippa.

4. Trevi Fountain

There are not many other fountains in the world as lavishly decorated and sculptured as the Trevi fountain.

Constructed in 1762 by Nicola Salvi, the fountain pays tribute to the Roman God Oceanus who can be seen riding his chariot pulled by Tritons and taming several Hippocamps.

The detail of the sculptures is simply wonderful and the whole facade and fountain are a true work of art.

5. Sistine Chapel

Part of the Vatican museum complex, the Sistine Chapel is one of the most renowned religious chapels in the world and has a stunning amount of detail and iconography.

Situated in the Apostolic Palace in the Vatican City, the Sistine Chapel was extensively restored in the 1400’s and the place where the papal enclave takes place – It is here that a new pope is selected.

The Sistine Chapel is particularly famous for its extensive and detailed decorations including the Last Judgement fresco by Michelangelo and the ceiling artwork.

Faculty of Civil and Industrial Engineering, Sapienza University of Rome - Via Eudossiana 18, 00184 Rome, Italy.

Attending a conference dramatically enhances both your professional and personal development. They help you sharpen the saw, meet and converse with industry experts, expand your resources and grow your professional network. IEREK Conference will help you:

1. Open Discussions: We bring together leading academic scientists, from different universities and countries, to exchange and share their experiences and research results.
   
   
2. Internationally Accredited Certificate: The participants are granted internationally recognized certificates acknowledged by IEREK, the University, and Partner Organizations.
   
   
3. Publication: Selected high-quality manuscripts will be published, after peer review, in index journals/ book series. See Publishing Opportunities for more information.
   
   
4. Research Technologies: Conferences can expand your resources by providing a great opportunity to promote gathered information on new technologies related to your research.
   
   
5. Networking: You can engage with industry experts to discuss with them the very latest research projects they could be working on and increase your chances of collaboration in future projects.
   
   
6. Academic Reputation: Attending many conferences will make you a known figure in academic circles and an active member of the academic community.
   
   
7. Conference Abstracts Material: Delegates will receive the conference Abstracts book in a digital format.

- For participants who need Entry Visas to the country where the conference will be held, IEREK will issue the corresponding invitation letter for accepted applicants to facilitate visa issuance.

- Please notice that we will endeavor to assist you in obtaining a visa but the responsibility is yours and the decision rests solely with the appropriate Embassy.

Invitation Letter Issuance Process

1- In case the participant is an author who has submitted a research paper to the conference, it must get accepted by the Scientific Committee

2- Required participation fees must be paid

3- The participant should send the following information to the conference's official email:

* A clear copy of passport

* Passport number

* Full name as written in your passport.

* Date of Issuing and Expiration

* Date of Birth

* Email address of the nearest Embassy/Consulate to you

* Mobile Number including country code

4- Conference coordinator will issue the needful invitation letter and send a copy to the participant's email, in addition to another one to the corresponding email address of embassy/consulate

5- The participant should print out the invitation letter along with all other required documents by the embassy/consulate and apply for VISA