iTEL
Course Synopsis
This course design to help the learners to gain learning experience by embarking on Learning Management System (LMS) true MOODLE platform.
Learning Outcome
After complete this course, student are able to :
Hello, I’m Alcy, an intern from Universiti Malaysia Kelantan (UMK) currently pursuing a Bachelor's Degree in Creative Technology with an elective in Animation. As part of my internship at Centre for e-Learning UMS, I’m working on a project to enhance engagement and active learning in ITEL using Canva. In this session, I’ll walk you through Canva’s interactive features and share how they can help make learning more engaging for both lecturers and students. My goal is to show you effective ways to create dynamic and interactive content that enhances the digital learning experience. Looking forward to learning together with you! 😄
This course provides an introduction to the core concepts of Cloud Computing. Students will acquire foundational knowledge of Cloud Computing technologies from both a business perspective and as preparation for becoming a Cloud Practitioner. Topics covered encompass standards-based Cloud systems and their architectures. The course also delves into various Cloud delivery models, strategies for migration to a Cloud model, governance, security issues in a Cloud model, and the management of Cloud infrastructure.
This course provides an introduction to the core concepts of Cloud Computing. Students will acquire foundational knowledge of Cloud Computing technologies from both a business perspective and as preparation for becoming a Cloud Practitioner. Topics covered encompass standards-based Cloud systems and their architectures. The course also delves into various Cloud delivery models, strategies for migration to a Cloud model, governance, security issues in a Cloud model, and the management of Cloud infrastructure.
This course introduces the
core concepts of Cloud computing. Students will gain the foundational knowledge
of Cloud computing technologies from a business perspective as also for
becoming a Cloud practitioner. The topics include the standards-based Cloud
systems and it's architectures. This subject also discusses multiple Cloud
delivery models, the plan for migration to a Cloud model, governance, and
security issues in a Cloud model, and managing the Cloud infrastructure.
COURSE DESCRIPTION
This course requires the student to work and complete a project by the end of the semester under guidance of an academic staff. This course is aimed to provide opportunity in applying the knowledge gained throughout the study to solve real engineering problems. At the end of final year project I, students are required to complete and present their progress report for assessment and evaluation of their project work.
COURSE OBJECTIVES
The objective of Final Year Project 1 is to lay the foundation of the project with proper understanding of what is needed from the project. Besides this, the report will serve as a mutual agreement between the supervisor (‘client’) and the student on what is expected from the student. Students will develop an understanding of a concept and theory of civil engineering during the literature review and experimental set up. At the end of the study, student will be able to submit the report present the progress of their research including the introduction, literature and methodology during the viva.
This course empowers students to master the fundamentals of programming using MATLAB as a problem-solving tool in chemical engineering. Students will learn to write practical programs, visualize data, and apply computational methods to real-world challenges. By the end, they will gain confidence, creativity, and adaptability to tackle complex engineering problems.
This course will teach the students on suitable concepts in statistics and probability; and its applications in engineering.
There is an increasing amount of data available to Chemical Engineers in the multitude of areas that they can apply themselves in. To take advantage of this, it is essential to equipped the Chemical Engineering graduate with data science tools. Data storage, analysis, and visualisation plays an increasingly important role in the discipline. Chemical engineers are dealing with more, and more-complex problems and solutions are available in the details obtained from data.
For example, a modern plant will be equipped with cheap instrumentation and widely accessible high-bandwidth and fast connectivity. The engineer working in this plant will have a high volume of data. These data need to be processed, analysed and visualised.
Another example would be in the area of research and discovery, a student or researcher conducting data-intensive experiments, such as high-resolution particle tracking, might generate more data in an afternoon than a student from a previous decade would have generated in the entire time spent earning their PhD. For those conducting mathematical modeling and computer simulations, advanced algorithms and hardware now give simulators unprecedented resolution at the cost of massive increases in the dataset.
The aim of this course is for the students to become proficient in evaluating complex data using hypothesis testing and apply statistical method through computation methods to solve chemical engineering problems.
This course provides a comprehensive introduction to communication systems, covering both analogue and digital techniques. Students will explore the principles of modulation and demodulation, the impact of noise on system performance, and the application of these concepts in modern communication technologies, including radio, television, satellite, and cellular systems. The course begins with analogue communication systems before introducing foundational theories such as random processes, estimation and detection, information theory, and error correction coding. Building on these principles, students will analyse and apply state-of-the-art digital communication techniques.
Understanding the inner workings of computers is fundamental for electronic engineering (computer) students, as it forms the backbone of modern technology. This KS32403 Computer Architecture course offers a comprehensive foundation in computer architecture, providing students with a deep insight into the intricate mechanisms that power computing systems.
This posting, part of the Year 4 MBBS Phase II curriculum, provides students with clinical exposure to Family Medicine and District Hospital Practice. It aims to equip students with competencies to manage common health problems, understand the healthcare system, and deliver holistic, continuous, and coordinated care within the Malaysian context, especially in resource-limited settings such as Sabah.
The Family Medicine and District Hospital Posting bridges primary and secondary care learning by emphasizing holistic, community-oriented, and evidence-based clinical practice. Through lectures, discussions, and clinical immersion, students develop essential competencies in comprehensive care, teamwork, and ethical professionalism, preparing them to function effectively as future family physicians or primary care providers.
OGSP MM50310 is a module prepared for UMS final year undergraduates medical students to provide them with adequate clinical exposure, understand more basic physiology in obstetrics and gynaecology disorder as well as improve their communication skill towards patients and and medical communities. In this nine week rotation, they will be guided through lectures that emphasizes diseases and its management, bed side teaching in the hospital, ward rounds and ward work in the hospital such as observing or assisting in normal delivery, observing and assisting in delivery of placenta and repair of perineum. They also will be exposed to common ward procedures such as blood taking, CTG application and interpretation, induction of labour ,management of normal and abnormal labour and basic observation in postnatal ward. In the clinic they will learn and observe outpatient cases and also will learn cases for hysteroscopy and colposcopy.
At the end of this posting, they will be assessed via completion of log book and viva, theory papers such as One Best Answer (OBA), Modified Essay Question (MEQ) and Long Essay Questions (LEQ). To assess their history and physical examination skills, a clinical exam with real patient will be held and an OSCE will also be provided.
By the end of this course participants should be able to :
1. Describe adequate basic science and clinical knowledge in common obstetrics and gynaecological condition.
2. perform standard clinical skills of history taking, physical examination and procedures in common obstetric and gynaecological conditions
3. Propose diagnosis and management plan for patients with common obstetrics condition
4. Communicate effectively with colleaguse, patients, relatives and hospital staff
5. Demonstrate professionalism and ethics while approaching patients and families
LEARNING OBJECTIVES AND OUTCOMES:
At the end of the rotation, students should be able to :
1. Take a thorough obstetrics and gynaecological history, perform a proper physical examination and be able to formulate diagnosis and differential diagnosis
2. Formulate management plan and keep accurate clear records
3. Able to interprete common and basic investigations results and able to suggest related management plan
4. Understand guideline and hospital protocol
5. Understand appropriate referral pathway
6. Recognize and differentiate between elective and emergency cases
7. Know the common procedures in obstetrics and gynaecology
METHODS OF ASSESSMENT
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CONTINOUS ASSESSMENT | |||
Logbook assessment and logbook viva | Raw Marks | Marks(%) | |
Logbook assessment | 100 | 20 | |
Logbook viva | Out of 10 marks | 10 | |
Two case write -up (one obstetrics and one gynaecology | 100 X 2= 200 | 10 | |
CONTINOUS ASSESSMENT TOTAL MARKS(%) | 40% | ||
END POSTING EXAMINATION 60% | |||
Research methodology studies provide comprehensive knowledge about research methods and their background. The courses help you understand the research process, how to conduct research, write scientific text and analyze studies made by others. The aim of the course is to give the students the theoretical and practical skills to conduct, analyze and present in written and oral form, an experimental task, and to give insight and understanding of research methodology.
The focus of this course is to study the impact of economics on the health care system. The subject of Health Economics (HE) is essential to have the understanding the value of spending money and managing it in the health care systems. The students will be introduced the economic in general before going to more specific subjects of health economics, and application of economics in healthcare, with special reference to economic evaluation. Sufficient knowledge of HE is crucial to develop certain policies for the smooth running and optimizing the delivery of health services to the community. It will prepare the students better understand the role economic plays in managing the healthcare system and apply this principle for managing the resource allocation in case of future health care reform especially with respect to healthcare financing. In ever changing world of innovations, it is imperative to obtain the skills and knowledge on how to take decision while evaluating the efficiency of any new health technology.
This course aims to provide knowledge and skills in managing various types of groups suitable for different work environments. Emphasis is given to the process, namely group counseling, psycho-educational group, and task group. Students will be exposed to practical objectives, role expectations, and behavior of leaders and group members. Building group cohesion will be emphasized as a prerequisite for therapeutic problem-solving or therapy in a group setting.
Comparative literature is the study of literature from around the world, transcending the restrictions of national and linguistic boundaries. Traditionally, comparative study was based on literary movements, periods and lines of influence, as well as on genres, themes, myths, and legends. In recent years comparative literature has come to include the comparison of literature with other areas of human experience. Comparative literature offers students the opportunity to study a broad range of literary subjects from various cultures throughout the world. Courses are offered in European literature from ancient to contemporary times; in the literature of Asia, Africa, and Latin America; in folk literature, legend, fantasy, and science fiction; in literary theory; and in special topics such as travel literature, literature and existentialism, and Malaysian literature and film (especially P.Ramlee’s work). All reading is done in English translation. The comparative literature is used as preparation for the single subject (secondary school) teaching credential in English language.
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Course Synopsis: The course introduces students to creative oral and written communication in English through the study of stories and films. It focuses on helping students explore the language, narrative structure, cultural and historical significance of stories in various formats, as well as important literary aspects such as genre, theme and characterisation. The craft aspects of storytelling and filmmaking are also examined. Students are required to engage in written and spoken critical analysis of selected stories and films from a variety of perspectives, and to reflect on knowledge acquired during the process. For this latter purpose, students are asked to prepare a creative reflection video to record their personal responses to the lesson content. In addition, students are given the opportunity to exercise their creativity by producing a short story of their own on a given title. During the collaborative presentations, each group chooses a film to analyse and each member speaks on one aspect of the selected film, such as narrative structure or characterisation. By the end of the course, students will have enhanced their ability to critically analyse and produce creative works, and be able to effectively communicate their responses, both orally and in writing. |