Jordan Cheer’s Post

🌟 Unlock Your Academic Future: Find Your Perfect PhD or Postdoc Position! 🎓🔍 Are you passionate about research and ready to embark on your next academic adventure? 🔔 Follow Me for exclusive access to a curated selection of PhD and Postdoc positions across diverse fields! Why Follow Me? ✨ Stay Informed: Receive instant updates on the latest and most exciting PhD and postdoc opportunities tailored to your interests. 🔬 Explore Innovative Research: Discover cutting-edge projects and groundbreaking research initiatives that align with your academic goals. 🌐 Expand Your Network: Connect with a vibrant community of fellow researchers, mentors, and academic professionals. 🚀 Introducing My Exclusive Services for Aspiring Academics! 🚀 Navigating the academic landscape can be challenging, but you don’t have to do it alone. I'm here to support you every step of the way with: 📝 CV Revision Services: Polish Your CV: Make your academic CV stand out with a professional review and tailored improvements. Highlight Achievements: Showcase your strengths and accomplishments effectively to catch the eye of selection committees. 💡 Personalized Consultancy: Career Guidance: Receive expert advice on selecting the right PhD or postdoc program that matches your research interests and career aspirations. Application Strategies: Learn the best practices for writing compelling applications and securing interviews. ☕ Enjoying My Content? Buy Me a Coffee! If my services or posts have helped you in your academic journey, consider supporting me by buying me a coffee! Your support allows me to continue providing valuable resources and guidance to help you and others succeed. [https://lnkd.in/dUD2brH7] 📩 How to Get Started: Send a Request: Visit my Service Page to submit your CV for revision or schedule a consultation session. Let’s Connect: Engage with me directly through LinkedIn messages for personalized support. ✨ Don’t let your dream research opportunity slip away! ✨ 🔗 Follow me now and take the first step towards academic excellence and a fulfilling research career! 📈 Join the community of future researchers and elevate your academic journey today! #PhDPositions #PostdocOpportunities #AcademicCareer #ResearchOpportunities #PhDLife #PostdocLife #HigherEducation #AcademicExcellence #FutureResearchers #ResearchCommunity #CareerServices #CVRevision #AcademicConsultancy #BuyMeACoffee

This summer, I had the privilege of working as an Undergraduate Research Assistant in the Hope College Department of Engineering under Dr. Courtney Peckens. My project focused on bio-inspired control systems to improve structural stability and minimize the effects of environmental threats from earthquakes and high winds on multi-floored structures. Our research explored innovative strategies inspired by the central nervous system to stabilize structures under seismic loads. Traditional centralized systems often suffer lag, so we implemented wireless sensing units (WSUs) in a decentralized network, reducing latency but introducing challenges like data loss. Our main goal was to reduce redundant data without compromising control effectiveness. We used a four-story shear structure with sensors and actuators in a decentralized network of 48 boards across 12 stacks. Applying control theories such as Linear Quadratic Regulator (LQR), we tested performance across simulated earthquakes (El Centro, Northridge, Kobe) and quantified system control through key metrics (J-values) related to displacement and acceleration. - I developed strategies for WSUs in active control applications, addressing data loss and computational limits. - I gained experience troubleshooting microcontrollers, sensors, actuators, and MATLAB software. - I collaborated to record and analyze data and optimize control configurations for scalability. Thank you to Dr. Peckens and the Hope College Department of Engineering for this invaluable experience. This research strengthened my technical skills and showed the potential of bio-inspired solutions in modern engineering. Excited to see where these findings lead as we innovate for resilient urban infrastructure! #Engineering #Research #StructuralStability #ControlSystems #HopeCollege

I have some news to share… I have recently been appointed the Faculty Research Director (FRD) for University of Bristol Engineering. This is a great honour for me as we (in Engineering and the Engineering ILO team) transition, with colleagues in Faculty of Science and SPO Bristol, towards our new Faculty of Science and Engineering at University of Bristol. In the Engineering Faculty, we have an impressive breadth and depth of research and teaching (from UGs, PGTs, and PhDs through Bristol Doctoral College) ranging from #ComputerScience and #AI, #EngineeringMathematics, #Electrical, #Electronic and #Mechanical, #Civil, #Aerospace and #Design Engineering. In the last 25 years, the FRDs have been celebrating this research whilst simultaneously pushing forward the national and international agenda in their own research areas on #SignalProcessing, #ImageSegmentation, #StructuralMechanics, #StiffnessTailoring and #Morphing, #HCI, #HumanMachineCollaboration, #IntelligentAutonomousSystems, #AI, #SustainableEnergy, #HydrogenStorage, #DigitalHealth, #3DPrinting and #4DMaterials, and #Composites (to name a few). As a Materials Scientist in Bristol Composites Institute, I am proud to follow these esteemed colleagues as we start to build and plan for the future. From my own experience, I know the engineering landscape is dynamic, requiring ongoing learning and adaptation. We need to continue to innovate to enable a more prosperous future for all, which means seeing the world through a different lens, and focusing on being greener and more inclusive. Maintaining the status quo is not an option. Worthy aspirations for all, I think you would agree. #engineers #engineering #bristol #CADE #SCS #EEME #SEMT Mike Fraser Paul Weaver Nishan Canagarajah Weiru Liu Valeska Ting Ian Craddock Aydin Nassehi Tony Mulholland Ian Bond David Manley Phil Taylor Katharine Blackwell Craig Butts

🏃 Run, don't walk... we have THREE PhD opportunities coming your way! We are excited to share several open PhD topics, which are part of a new CFM project: Integration of Composites in Resilient Maritime Infrastructures. This project is part of the ACM CRC and is in collaboration with Wagners and the Maritime Safety Queensland branch of the Department of Transport and Main Roads. For more details and how to apply to these projects, see the links below --> 🪢 Topic 1 will focus on design optimization and advanced manufacturing of high-performance composite profiles and joining systems using an automated filament winding process: https://lnkd.in/gRTxm4Bi 💪 Topic 2 aims to characterize the physical, mechanical, and structural properties of high-performance pultruded and filament-wound composites through laboratory testing and full-scale trial pile driving/testing: https://lnkd.in/grj2A7ap ⛈️ Topic 3 will investigate the performance and durability of high-performance composites and joining systems under controlled lab conditions and real-world combinations of extreme weather and mechanical loads: https://lnkd.in/gSbAeTdq For more details on these projects, you can also check it out on SEEK --> https://lnkd.in/giRpjMYi #FutureMaterials | #ResilientInfrastructure | #PhDOpportunity

PHD VACANCY: Improving the air quality by air cleaning and ventilation devices: towards a sustainable environment” - scholarship “C40.CU1.16”. Working title: Ultrafine particulate matter in the air we breathe: outdoor and indoor assessment of concentrations and cleaning technologies Without extensive world-wide measures, particulate matter air pollution is expected to become the major cause of premature death in the world. Especially the smallest fractions, called ultrafine particulate matter or ultrafine dust, are considered to be most dangerous, as these particles when inhaled, can pass through cell walls and enter our organs. Particulate matter air pollution has indeed not only been linked to lung cancer but also to cardiovascular diseases, dementia - metal particles have been found in the brains of people - as well as birth defects. This research project is led by Istituto Universitario di Studi Superiori, Pavia in Italy (Prof. Alessio Ricci) in collaboration with the Aerospace Engineering group at Heriot-Watt University in the UK (Prof. Bert Blocken), the company PlasmaMade B.V. in the Netherlands (Martin Van der Sluis, Hendrik Waanders, Kenny van der Sluis & team) and Dr. Marjolein Heuvelmans MD of the Amsterdam University Medical Centre.   The project will include CFD simulations and measurements of particulate matter concentrations and dispersion in various outdoor and indoor environments, and the analysis of cleaning technologies to reduce these concentrations. We are searching for an excellent PhD candidate with an MSc in Engineering for this project. Interested candidates should contact Dr. Alessio Ricci by email to alessio.ricci@iusspavia.it. But first read the requirements and procedure at this link: https://lnkd.in/eD_veyZH   Applications should be submitted only using the link below by indicating the scholarship C40.CU1.16: https://lnkd.in/eyRKCDtp.   The call will close on 26 July 2024.   #airpollution #climatechange #civilengineering #mechanicalengineering #aerospaceengineering #windtunnel #cfd #research #PhD #finedust #particulatematter

We have 3 opportunities left for you to apply for with TWI! They include two full-time PhD studentships and our part-time Innovation and Management PhD... 🔍 Advancement and Application of Microwave Techniques for Non-Destructive Testing - Supervised by Mark Sutcliffe (TWI) and Anthony Peyton (The University of Manchester), the project will help address the need for improved non-destructive evaluation techniques of non-metallic structural materials, such as those used in the marine and renewable energy sectors. ⚡ Electrical Properties and Performance of Conducting Polymer Composites - Supervised by Chris Worrall, Mihalis Kazilas (TWI) and Nithin Jayasree, Sadik Omairey (Brunel Composites Centre (BCC), Brunel University London), the project will help tackle the urgent need for research into the serious issues caused by lightning strike damage, electrostatic discharge in pipes and Galvanic corrosion. 💡 Innovation and Management PhD - Supervised by technology experts from TWI and senior academics from Anglia Ruskin University, students will explore the skills required to lead successful research campaigns. They will also conduct a self-developed research project that critically investigates topics with the potential to benefit their organisation and make them an expert in innovation and management. 📝 For more information about each topic and the entry requirements, follow the links to the relevant application page: https://lnkd.in/eE_b64fF #cambridge #manchester #phdopportunity #phdtopic #parttimephd #ndt #nde #advancedpolymers

One or two Ph.D. student positions and a Postdoc position in experimental/computational fluid mechanics and machine learning are available in the Flow Image and Renewable Energy Laboratory, directed by Prof. Linyue Gao, at the Department of Mechanical Engineering at the University of Colorado Denver. The lab (https://www.gaolinyue.com/) focuses on developing and optimizing advanced flow diagnostics and instrumentations and applying our flow imaging knowledge and skills to reveal fundamental principles in thermal fluid and energy systems. The lab aims to achieve efficient, reliable, affordable, renewable, and low-carbon energy systems. Formal application: Ph.D. Applicants only- Submit a complete official application for the Engineering and Applied Science (EAS) Ph.D. program by October 1 for Spring and February 15 for Fall admission. More detailed information can be found at https://lnkd.in/e57cbQkm.  See more details below and apply as soon as possible. #phdpositions #postdocposition #phd #postdoc #aerospaceengineering #mechanicalengineering #fluiddynamics #mechanics #research #keepyourdreamsalive

I would like to announce that there are several #vacant_positions for #postdoctoral_researchers, #PhD_candidates, and #master's students in Professor Jiarui Wang's research group in the Department of Mechanics and Aerospace Engineering at the Southern University of Science and Technology in China. Individuals interested in the following topics are invited to submit their CVs and a research summary via the link and email below. PhD candidates: 1 position Master's students: 2-3 positions Postdoctoral researcher: 1 position https://lnkd.in/gys6WNrd wangjr@sustech.edu.cn Research Topics: (1) Theoretical foundations of the meshless method for fluid-shell structure interaction and its applications in the aerospace sector; (2) Design of high-strength and lightweight aerospace structures informed by differential geometry; (3) Development of a stable meshless method for addressing large-scale shock damage problems. Jiarui Wang