Professional Development Course
One-on-one consultations
*Adapted from the University of Rhode Island .
Library instruction is based on the The Framework for Information Literacy for Higher Education (2015) adopted by the Association of College and Research Librarians (ACRL) in 2016. The Framework identifies six core concepts of information literacy:
The Irish Cancer Society wishes to invite anyone interested in developing their research skills to apply to attend the 2025 Research Skills Workshops in Dublin. This free course will be delivered by Dr Emer Guinan and Dr Linda O'Neill. No research experience is required.
Block 1: Thursday, January 16th and Friday, January 17th.
In the January training dates, we will cover how to:
Block 2: Monday, March 3rd and Tuesday, March 4th.
In the March training dates, we will cover how to:
This training is free to attend. The course is carried out over two blocks. You may attend both blocks, or just one. In either instance, it is vital to complete all sections of the form and forward a letter of support from your line manager (more information on page 2 of application). There is no cost to attend.
To secure a place on this course, please download and complete the below application and email to [email protected] .
Completed applications will be accepted on a first-come-first-served basis until the course is full.
Please note: The above dates are provisional and subject to change at the discretion of the Irish Cancer Society.
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The Doctoral College at the University provides a comprehensive Researcher Development Programme, as well as Vitae's, that supports research student development throughout the doctoral degree.
The key features of this programme are that it aligns with the recommendations of QAA and the Research Councils as well vitae's Research Development Framework. It also encourages student ownership of the development process, with supervisor involvement as a key to success. Transferable skills can also be evidenced through gaining open badges.
Our workshops are linked to the RDF descriptors as below, for more information visit our Vitae RDF webpage
The Personal and professional development opportunities for research students are spread throughout the duration of the research degree and are grouped into 7 themed units.
FOR MORE INFORMATION: Please visit the course webpage by clicking on the course titles below and seeking booking instructions at the bottom of the page.
This unit aims to support postgraduate researchers in their transition into their research degrees and includes a University induction, sessions that help in research planning and management, personal and professional development planning, academic writing and doctoral research skills.
Code | Title | RDF Descriptor |
---|---|---|
R1 | B1, B3, C1, D1 | |
R2 | (post-induction) | A1, A2, B1, B3, D1 |
R4 | A1, A2, B2 | |
R11 | A2, B1, B2, C1, D1 | |
R15 | B1, B3 | |
R22 | B1 | |
R26 | C2, C3 | |
R35 | A1, B2 | |
R60 | ||
R61 | ||
R70 | ||
A1, A2, A3, D2 | ||
Drop-in | B1 |
This unit focuses on providing the knowledge and skills that postgraduate researchers require when they start their research, and includes workshops on philosophical positioning, ethics and research integrity, literature and archival search skills, and referencing skills.
Code | Title | RDF Descriptor |
---|---|---|
R3 | A1, A2, B2 | |
R6 | B1, C1 | |
R23 | A1, A2, A3 | |
R33 | A1, A2 | |
R37 | C1 | |
R38 | C1, C2 | |
R31 | A1, A2, B2, D2 | |
R49 | ||
R50 | ||
R53 | A1, B2 | |
R54 | ||
R55 | A1, A2, C1 | |
R71 | ||
R81 |
| |
R82 | *NEW for 2021-22 | C2 |
This unit provides theoretical and practical knowledge in the analysis of data. Courses are provided in a variety of qualitative and quantitative approaches, as well as how to use data analysis software.
Code | Title | RDF Descriptor |
---|---|---|
R16 | A1, A2, B3 | |
R17 | A1, A2, B3 | |
R18 | A1, A2 | |
R21 | A3, D2 | |
R24 | ||
R27 | A1, A2 | |
R28 | Introduction to | A1, A2 |
R34 | A1, A2, B2 D2 | |
R42 | B3, D2, D3 | |
R46 | A1, A2, A3 | |
R73 | ||
R74 |
This unit explores the barriers and facilitators to the successful completion of a research degree and provides workshops to support doctoral researchers through their progression reviews, in their thesis write and as they prepare for their Viva Voce.
Code | Title | RDF Descriptor |
---|---|---|
R8 | B1, B2, C2 | |
R10 | (APR & Progression) | B2, C2 |
R13 | A1, A2, B3, C1, D2, D3 | |
R19 | A1, A3, B2, B3, D2 | |
R36 | A1, A2, B2, D2 | |
R48 | B1, B2, C2 | |
R62 | ||
R63 | C1, D2 | |
Video | B1, B2, C2 |
This unit is designed to support researchers' growing understanding of the variety of different forms of dissemination. It covers verbal, poster and electronic presentation skills and how to disseminate research to a variety of audiences. This unit also provides workshops on networking skills, blogging and the use of social media in research dissemination. This unit additionally ensures that PGRS understand their intellectual property rights.
Code | Title | RDF Descriptor |
---|---|---|
R5 | D3 | |
R7 | A1, A2, A3, B3, C1, D2, D3 | |
R9 | D2 | |
R30 | A1, A2, A3, B3, C1, D2, D3 | |
R32 | A1, A2 | |
R39 | B3, D2, D3 | |
R40 | D3 | |
R41 | B3, C2, D2, D3 | |
R43 | C1 | |
R44 | B3 | |
R45 | B2, D2, D3 | |
R51 | A3, B3, D2, D3 | |
R52 | A3, B3, D2, D3 | |
R72 |
This unit directs PGRs' attention toward the future and their potential careers. It includes workshops on identifying transferable skills, cv and cover letter writing and includes a careers drop-in. It also supports PGRs in developing teaching skills, bid writing skills and entrepreneurial skills.
Code | Title | RDF Descriptor |
---|---|---|
R12 | B3 | |
R14 | B3 | |
R20 | TBC | |
R25 | C2, C3 | |
R29 | B3 | |
R47 | B3 | |
R80 | ||
T1 & T2 | B1, D1, D2, D3 |
Title | Descriptor |
---|---|
These sessions are an early morning whistle stop tour of the sessions above. If you can’t join us during the working day for researcher development sessions, join us before work. Bring your breakfast and we will provide the coffee. | |
These sessions are an early evening opportunity to access the sessions above. If you can’t join us during the working day for researcher development sessions, join us after work. |
TO REGISTER: Visit the course webpage and click on the 'book now' button next to your selected date. You will be taken to the workshop's eventbrite page where you can register for your free ticket.
MANAGING YOUR BOOKINGS: You should log into your personal Eventbrite account to manage your bookings. You will receive an automatic reminder email 48 hours in advance of your chosen workshops.
ATTENDING ON TIME : We expect that all research students will arrive on time for workshops and stay for the duration – latecomers are disruptive to the other participants. If you need to arrive a little late or leave a little early please contact the workshop facilitator to ask if this is acceptable.
FAILURE TO ATTEND : We know that things crop up last minute which mean you may not be able to attend a workshop. However it is your responsibility to cancel your booking via Eventbrite. Please note that failure to attend a workshop for which you have booked will result in a £20 fine to your Faculty.
HOW TO CANCEL YOUR TICKET: Just log in to Eventbrite , go to the My Tickets page, and locate your order. Select " Manage Order " to view your order details, and then select " Cancel Order ". Eventbrite will send you and the Doctoral College an email confirming the cancelation.
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Molecular biology laboratory skills workshop: dna extraction & pcr, molecular bio.png.
Join Dr. Demetra Skaltsas for the two-day Molecular Biology Laboratory Skills Workshop, where we take you on a journey from mastering the basics of DNA extractions to becoming familiar with PCR techniques. This comprehensive workshop is designed to equip students with essential laboratory skills and techniques necessary for success in molecular biology research and related disciplines.
In the DNA Extractions: Basics module, students will learn fundamental skills such as pipetting techniques, proper handling methods, and safety protocols associated with heat blocks and centrifuges. Additionally, participants will gain insights into assessing DNA quality and quantity using nanodrop and Qubit technologies, as well as differentiating between quick extraction methods and others.
Moving on to the PCR module, participants will delve deeper into the intricacies of polymerase chain reaction (PCR). This series goes beyond simply performing PCR and running electrophoresis gels. By the end of the series, students will be proficient in various skills including record-keeping, aseptic techniques, and troubleshooting common issues encountered during PCR experiments.
There will be an opportunity for participants to take a proficiency test and gain a certificate stating they received training in micropipetting, DNA extraction, sterile technique, PCR, and gel electrophoresis. It will be offered on the following days/times:
The workshop will be offered on the following days/times:
Register HERE: https://uarizona.co1.qualtrics.com/jfe/form/SV_6yvgV9xaZLciFOm
Highlights of the workshop include:
This series will be offered multiple times, ensuring flexibility for both introductory sessions and practice sessions for those seeking to refresh their skills or enhance proficiency. Whether you're a beginner or looking to refine your molecular biology techniques, this workshop provides the foundation for success in the laboratory and beyond. Join us in mastering the art of molecular biology experimentation!
Questions? Email Courtney Leligdon at [email protected] .
Interested in learning about other Research Skills Workshops? Visit ur.arizona.edu/content/stem-skills-workshop !
This workshop aims to introduce students to the skills that they will need to undertake successful independent research. Our Graduate Outreach Tutors (all of whom are currently working on in-depth and specialist historical research projects) will discuss and engage students with the research process from choosing a question to writing up.
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Follow us on social media to get the most up-to-date application information throughout the year, and to hear from our students.
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The European Health Report 2021 »
74th session of the WHO Regional Committee for Europe
The fourth episode of the WHO webinar series on enhancing trust through communication skills for health-care professionals will explore how a research project in Denmark led to the development of a mandatory regional training programme on patient communication.
Jette Ammentorp, Professor and Head of Research at the Centre for Research in Patient Communication (CFPK) at Odense University Hospital (Denmark) will present the project, sharing insight into the journey from research to implementation and how the training programme has improved interactions between health-care providers and patients.
The webinar series is organized by WHO/Europe, the WHO Collaborating Centre for Health Promotion in Hospitals and Healthcare at the Austrian National Public Health Institute, the International Association for Communication in Healthcare (EACH), and the University of Iowa (United States of America).
Each webinar examines the critical role of effective communication in building trust within health-care settings, and the challenges health-care professionals face in effectively communicating with each other and patients.
The series also aims to inform future WHO guidance and recommendations on establishing national communication skills training programmes in hospitals, drawing on insights and lessons from programmes in various countries.
Register for this webinar via the link. After registering, you will receive a confirmation email containing instructions for joining the session.
Webinar registration link
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In the 21st century, the urgent educational demand for cultivating complex skills in vocational training and learning is met with the effectiveness of the four-component instructional design model. Despite its success, research has identified a notable gap in the address of formative assessment, particularly within computer-supported frameworks. This deficiency impedes student self-awareness of skill mastery and limits effective monitoring of skill learning in the classroom by teachers. To address this gap, the study introduces an enhanced four-component instructional design model that seamlessly integrates formative assessment. Based on this model, an automated system for assessing complex skills was developed, with the aim of formative assessment and improving skill learning. A control experiment involving 54 industrial robot professional participants in vocational colleges has preliminarily verified the feasibility and effectiveness of computer-supported formative assessment. The findings reveal that this approach significantly enhances students’ schema construction, knowledge, skill mastery, and transfer ability, thereby improving the overall effectiveness of complex skill learning. In addition, participants who underwent computer-supported formative assessment reported high levels of system satisfaction and usefulness, with no adverse impact on their learning attitudes, motivation, or cognitive load. This study contributes a robust theoretical framework and practical case study for computer-supported formative assessment in complex skill learning, providing empirical support for the advancement of computer-supported teaching. The integration of formative assessment within the four-component instructional design model offers a novel perspective, addressing a critical gap in the existing literature and laying the foundation for future developments in this educational domain.
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The research will not have been possible without the cooperation of teachers and administrators from Shanghai Technical Institute of Electronics Information. We would particularly like to acknowledge our discussions with Dr. Wangqi Shen, who provided consultation in the preparation of this paper.
This study was funded by Key Project of Science and Technology Commission of Shanghai Municipality (17DZ2281800).
Authors and affiliations.
Lab of Artificial Intelligence for Education, East China Normal University, Shanghai, China
Department of Education Information Technology, East China Normal University, Shanghai, China
Tianrun Deng, Xianlong Xu & Xiaoqing Gu
Faculty of Education, The University of Hong Kong, Hong Kong, China
Lingyun Huang & Minhong Wang
Department of Computing and Decision Sciences, Lingnan University, Hong Kong, China
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All authors contributed to the study conception and design. Material preparation, data collection and analysis were performed by Haoxin Xu, Tianrun Deng, Xianlong Xu, Xiaoqing Gu, Lingyun Huang, Haoran Xie, and Minhong Wang. The first draft of the manuscript was written by Haoxin Xu and all authors commented on previous versions of the manuscript. All authors read and approved the final manuscript.
Correspondence to Xianlong Xu .
Statement regarding research involving human participants and/or animals.
The study was conducted with the approval of the East China Normal University Committee on Human Research Protection, and all subjects were adults. Prior to the start of the experiment, the subjects were informed of the purpose, method, process, and other information of the study, and written consent was obtained from all subjects.
The questionnaire and methodology for this study was approved by the Human Research Ethics committee of the East China Normal University (Ethics approval number: HR692-2023).
Informed consent was obtained from all individual participants included in the study.
The participant has consented to the submission of the case report to the journal.
The authors have no competing interests to declare that are relevant to the content of this article.
Scenario-based task
Subject knowledge test
Schema task
Interface of students’ individual reports
Interface of class reports 1
Interface of class reports 2
1.1 c.1 post subject knowledge test.
Here are only part of the questions.
1. The ( workpiece ) refers to the object being processed in the mechanical machining process, while the tool denotes the instrument required for a robot to accomplish a specific task.
2. By default, when a single robot is in operation, the ( world coordinate system ) remains aligned with the base coordinate system.
3. The tool coordinate system is fixed at the end of the tool, and its coordinate origin is abbreviated as ( TCP ).
4. When creating tool coordinates using the six-point method in simulation software, it is advisable to switch to ( B ) mode when the reference point and fixed point are relatively close.
A. Normal B. Incremental C. Automatic D. Deceleration
5. When using the six-point method to create tool coordinates in simulation software, it is necessary to set ( AB ).
A. Center of gravity coordinates B. Tool mass C. TCP point D. Base coordinates
6. The recommended workflow for arranging peripheral devices outside the workstation is as follows: ( C-D-A-B-E )
A. Rotate the external device model.
B. Directly move or use point-and-click to approximate the device’s position.
C. Import the required models.
D. Display the robot’s workspace.
E. Use the “Set Position” function for fine-tuning the position.
7. In the incremental mode, the user increment in the teach pendant screen’s bottom right corner can be set in size. ( \(\underline{\checkmark }\) )
8. In the manual state of the robot, pressing the first gear of the enable button will stop the motors, putting the robot in a protective stop state. ( \(\underline{\times }\) )
Note: Fill-in-the-blank questions: 1, 2, 3. Multiple-choice questions: 4, 5. Sorting question: 6. Judgment questions: 7, 8
Task description: Please create a robotic trajectory workstation, name the workstation with your student ID, and then import necessary models such as the robot, tool, workpiece, peripheral devices, etc. Use the six-point method to determine the tool coordinates, name the tool coordinates as “tool” followed by the last two digits of your student ID, and save the corresponding TCP data. Finally, through point teaching and programming, make the robot follow the counterclockwise trajectory as shown in Fig. 13 . Programming tasks include establishing initialization routines, trajectory walking routines, and returning home routines. Submit the task archive and program text upon completion.
Note: Ensure to perform programming tasks to establish initialization routines, trajectory walking routines, and returning home routines. Save all relevant data and submit the compressed task archive along with the program text.
The post-test for academic performance
Task description: Please draw a mind map illustrating the trajectory planning for operating industrial robots. Provide detailed descriptions for each step, including the purpose and significance of each step.
Note: There is an example of a student answering.
Appendix e. the results of levene’s test, appendix f. the results of mann-whitney u-test, rights and permissions.
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Xu, H., Deng, T., Xu, X. et al. Integrating 4C/ID model into computer- supported formative assessment system to improve the effectiveness of complex skills training for vocational education. Educ Inf Technol (2024). https://doi.org/10.1007/s10639-024-13037-8
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Accepted : 02 September 2024
Published : 23 September 2024
DOI : https://doi.org/10.1007/s10639-024-13037-8
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