3,233 research outputs found
Effective Design and Organization of Online Classes - Tips from Dr. Amjad Ali
DE Oracle @ UMUC
An Online Learning Magazine for UMUC Faculty
Center for Support of Instruction
Effective Design and Organization of Online Classes - Tips from Dr.
Amjad Ali
Amjad Ali
Graduate School of Management and Technology
Published: 0 2003
Category: » Online-pedagogy » Teaching-strategies
Dr. Amjad Ali joined University of Maryland University College (UMUC) as an
adjunct faculty member in August 2000. He was soon named as the Director
of the Technology Management Program in the Graduate School. In addition,
he manages the new Project Management speciality track. He has consistently
received excellent ratings (>4.30) in student evaluations and has achieved
the highest rating (4.53) in student evaluations in the entire department
during Fall 2002 semester. In his role as program director, Dr. Ali provides
guidance to adjunct faculty members on effective design, organization, and
online teaching pedagogy.
He suggests the following strategies for new faculty members to successfully
deliver an online course:
Posting a "Read Me First" file under the course content area can provide a "road map" to help
students locate course material and activities. This single document can help students keep track of the
due dates and location of assignments as well as provides easy access to WebTycho technical support
-- information that some other faculty members may prefer to leave in the syllabus.
1.
Dr. Ali emphasizes that class announcements should be regularly updated, at least once a week.
Every update should be properly dated and previous updates should not be deleted as the semester
proceeds. He suggests that the most recent announcement should always be posted above the previous
ones. The announcements should be kept brief and to the point. This will allow students to keep track
of course activities on a weekly basis, plus it provides periodic updates on the progression of the
course.
The example below is snap shot of Dr. Ali's class announcement area.
2.
Effective Design and Organization of Online Classes - Tips from Dr. Amjad Ali - DE Oracle
Syllabus: Dr. Ali suggests that all applicable areas of the Syllabus be completed and made available
for students to read. He says that the areas that are not applicable to your course should be hidden
from the students' view. (how to hide a syllabus item (http://tychousa9.umuc.edu/wtdocs/wthelp
/html/syllabusfac.html) ). This will eliminate confusion in the classroom and allows students to find the
needed information more efficiently and easily.
3.
Modules/lecturettes/lecture notes should be posted under the course content area, according to Dr. Ali.
The modules should be made available on a weekly basis. In addition to weekly modules, Dr. Ali
provides feedback on all assignments under the course content area. This keeps students engaged in
course activities on a weely basis.
4.
Conference area in Dr. Ali's courses is used for discussion purposes. Dr. Ali creates a "café"
conference for students to post course-related administrative questions and discuss issues. He also
organizes his conferences into weekly sessions, each one clearly indicated with session dates as part of
the title. After the deadline of a conference passes, he closes that conference by providing his feedback
and closing comments.
The example below a snapshot of Dr. Ali's conference area.
It's very important that faculty "leave tracks" in the conference, he says, by providing brief and
encouraging comments on a daily basis to keep the discussion alive. Dr. Ali has found this presence
very helpful in achieving high ratings in student evaluations. Another tip from Dr. Ali is to use the
conference area to seek mid-course feedback from students and know their final thoughts about the
course and the instructor.
5.
Dr. Ali strongly recommends that 6. faculty members use the WebTycho classroom as the prime mode
Effective Design and Organization of Online Classes - Tips from Dr. Amjad Ali - DE Oracle
Contact Site Manager
Created and Maintained by the Center for Support of Instruction
© University of Maryland University College
Powered by ArticleMS from ArticleTrader.com
for delivering and communicating course content. The use of e-mail for responding to students'
questions of an individual nature is fine, however, he strongly believes that WebTycho provides an
excellent platform for responding to course-wide questions of generic nature. This enables students to
benefit from each other's experience as in the face-to-face class environment.
In Dr. Ali's classes the Gradebook area is effectively used to collect all assignments. He creates folders
for each assignment in order for students to submit their documents. He uses "Gradebook" area for
providing feedback and to calculate students' overall grade. This provides a complete record of a
student's performance and allows the student to keep track of grades and to see progress at a glance.
This discourages e-mail submissions of assignments and significantly facilitates management of
students' work.
7.
Dr. Ali recommends that faculty refrain from participating in the WebTycho chat feature during their
first semester. It is often difficult for many students to participate because they are in different
geographic regions and time zones or simply because of their personal schedules. In sessions which
involve the instructor, it is easy for students to feel at a disadvantage if they cannot, for whatever
reason, participate. The ability to effectively use the chat without alienating those who cannot
participate comes with experience, finds Dr. Ali.
8.
In summary, he believes that the key to success in the online teaching arena is to keep the course
design simple, consistent, predictable, and user friendly where students can easily find study material
and follow course-related activities. Responsiveness and keeping the discussion alive are also
important aspects of successful online teaching.
Rating: Not yet rated
Comments
No comments posted.
You must be logged in and be a member of the UMUC community in order to comment.
If you are a member of the UMUC community and do not have an account, please register for a FREE
one.
If you have a guest account but are Faculty/Staff of UMUC please send an email to the DE Oracle Site
Manager (mailto:[email protected]?subject=Please Update my DE Oracle Guest Account) so that your guest account can be
updated.
Effective Design and Organization of Online Classes - Tips from Dr. Amjad Ali - DE Oracl
Husain Imtiazuddin, Afzal Mohammad, Rizui Syed Amjad Ali Bahadur — Social Characteristics of the People of Karachi
Martel Laurent. Husain Imtiazuddin, Afzal Mohammad, Rizui Syed Amjad Ali Bahadur — Social Characteristics of the People of Karachi. In: Population, 21ᵉ année, n°5, 1966. pp. 1034-1035
Amjad Ali Mehboob, Chief Executive Officer, Australian Federation of Islamic Councils, 2003 [picture] /
Inscriptions: "Amjad Ali Mehbook [sic.], Chief Executive Officer of the Australian Federation of Islamic Councils, 2003, "no. 29" -- in pencil on reverse.; Condition: Good.; Also available in an electronic version via the Internet at: http://nla.gov.au/nla.pic-vn3099469
Drought and heavy metal tolerance in perennial biomass crops
Per produrre una biomassa sostenibile, le colture di biomassa perenne, ad esempio il miscanto, la canna gigante e l'ortica, hanno ruoli importanti e necessari per la bioeconomia, riducendo al minimo i potenziali effetti negativi. Queste colture da biomassa hanno le seguenti caratteristiche: 1) elevato rapporto tra produzione energetica e input, bassa necessità di interventi agronomici come l'irrigazione, 2) capacità di crescere su terreni marginali sottoutilizzati per ridurre al minimo la pressione sulla produzione alimentare, 3) maggiori opportunità di sviluppo rurale e diversificazione. Pertanto, è essenziale creare colture energetiche che abbiano rese elevate e siano resistenti alle sfide ambientali. In particolare, la siccità e i metalli pesanti sono uno dei maggiori fattori che riducono la produttività delle colture a livello globale e possono contribuire a rendere marginale la terra. Allo stesso modo, la co-coltura di ortica e pioppo può essere l'approccio migliore per aiutare lo stress ambientale, ad esempio la siccità, e negli ultimi anni ha ricevuto una seria attenzione sull'agricoltura diversificata per utilizzare le risorse in modo efficiente rispetto al sistema di coltivazione della sola coltura. La tesi contiene un totale di sei capitoli tra cui l'introduzione generale (capitolo 1) e la discussione generale (capitolo 6). Nella prima parte (capitolo 2°) di questo lavoro, è stato studiato per selezionare la linea ibrida di Miscanthus e il clone di canna gigante più tolleranti tra i sette ibridi e cloni rispettivamente sotto stress di siccità e zinco (Zn). In questo lavoro sono stati analizzati diversi parametri morfologici, fisiologici e biochimici e conclusi sulla base dell'analisi delle componenti principali (PCA) e dell'analisi dei cluster gerarchici (HCA) in base al loro valore dell'indice di tolleranza allo stress (STI).
La seconda parte (capitolo 3) di questo lavoro considera il genotipo di Miscanthus più tollerante contro la siccità e lo stress Zn dal nostro studio precedente, sotto siccità, solo stress Zn e combinazione di entrambi gli stress. In questo studio abbiamo mirato a capire se la linea ibrida di Miscanthus più tollerante nei confronti della siccità e dello Zn possa fornire tolleranza a combinazioni di stress sulla base di parametri metabolomici, di scambio gassoso, morfologici e fisiologici.
La terza parte (capitolo 4) di questo lavoro era simile al nostro primo lavoro, ma abbiamo usato le piante di ortica invece di Miscanthus e canna gigante sotto siccità e Zn stress. Lo scopo di questo studio di selezionare il genotipo di ortica più tollerante tra i sette cloni sottoposti a siccità e Zn stress sulla base di numerosi parametri morfologici, fisiologici e biochimici e infine per la quantificazione dei metalli nel germoglio di ortica, ICP-MS sono stati eseguiti. E concludere sulla base di PCA e HCA in base al valore STI.
L'ultima parte (capitolo 5) del lavoro ha indagato le potenzialità dell'ortica e del pioppo nelle co-colture durante lo stress da siccità. In questo studio abbiamo mirato a verificare le diverse interazioni sotterranee nelle co-colture e le loro biomasse per concludere che le co-colture aiutano o meno nella resistenza allo stress da siccità e il loro potenziale di resa. In questo studio abbiamo eseguito l'analisi microbiologica (dsDNA ed enzimatica), C/N, architettura della radice, fluorescenza e diversi parametri morfologici e abbiamo concluso sulla base dell'analisi decisionale a criteri multipli (MCDA)To produce a sustainable biomass, perennial biomass crops for instance Miscanthus, giant reed and nettle have important roles and necessary for the bio-economy while also minimizing any potential negative effects. These biomass crops have the following characteristics: 1) High energy output to input ratios, a low need for agronomic interventions like irrigation, 2) ability to grow on underutilized marginal land to minimize pressure on food production, 3) expanding opportunities for rural development and diversification. Therefore, it is essential to create energy crops that have high yields and are resistant to environmental challenges. Particularly, drought and heavy metals is one of the biggest factors reducing crop productivity globally and may contribute to land becoming marginal. Similarly co-cropping of nettle and poplar may be the best approach to assist the environmental stress for instance drought and got a serious attention in recent years on diversified agriculture to utilize the resources in efficient way as compared to sole-cropping cropping system. Thesis contains total six chapters including the general introduction (chapter 1st) and general discussion (chapter 6th).
In the first part (chapter 2nd) of this work, it was investigated to select the most tolerant Miscanthus hybrid line and giant reed clone among the seven hybrids and clones respectively under drought and zinc (Zn) stress. In this work several morphological, physiological and biochemical parameters were analysed and conclude on the basis of Principal component analysis (PCA) and Hierarchical Cluster Analysis (HCA) base on their stress tolerance index (STI) value.
The second part (chapter 3rd) of this work consider the most tolerant genotype of Miscanthus against drought and Zn stress from our previous study, under drought, Zn stress alone and combination of both stress. In this study we aimed to understand whether the most tolerant hybrid line of Miscanthus against drought and Zn may deliver tolerance to combinations of stress on the basis of metabolomics, gas exchange, morphological and physiological parameters.
The third part (chapter 4th) of this work was similar to our first work, but hare we used the nettle plants instead of Miscanthus and giant reed under drought and Zn stress. The aimed of this study to select the most tolerant genotype of nettle among the seven clones under drought and Zn stress on the basis of several morphological, physiological and biochemical parameters and finally for the quantification of the metals in the shoot of nettle, ICP-MS were performed. And conclude on the basis of PCA and HCA based on the STI value.
The last part (chapter 5th) of the work investigated the potentialities of nettles and poplar in co-cropping cultures during the drought stress. In this study we aimed to check the several belowground interaction in co-cropping and their biomasses to conclude that either the co-crop help in the resistance of drought stress or not and their yield potentials. In this study we performed the microbiological analysis (dsDNA and enzymatic), C/N, root architecture, fluorescence and several morphological parameters and conclude on the basis of multiple criteria decision analysis (MCDA
Growth Dynamics of Sulfur Emissions in the Case of SAARC Countries
Climate change is the hotspot of every political and economic debate around the world. Its impacts are severe, and developing countries are highly vulnerable. Greenhouse gas emissions are growing because of economic expansion and an ever-expanding population. Using a fully modified OLS estimator, this study evaluated the link between sulfur emissions (SO2) and economic indices in SAARC nations. In addition, the study included panel data from SAARC nations from 1975 to 2018. For the long-run connection between variables, the study used panel unit root and cointegration tests. The study also included a trend analysis to comprehend the dataset's monotone tendency. The findings signify that the GDP growth has negatively influenced SO2 emissions. Therefore, foreign direct investment, trade openness, electric energy production, and population growth positively relate to SO2 emissions. The SAARC countries will promote sustainable economic growth because GDP growth is not influencing greenhouse gases. The demand for energy in SAARC countries is growing by with increasing population and economic growth by integrating different economic corridors in the Asia region, which affects environmental quality through increased economic activities. All the nations need to increase renewable resources for energy generation; otherwise, the problem of the environment remains unsolved. SAARC countries need to change the goods mix in international trade and avoid dirty imports and exports to adopt market-based policies
Bridging Risk Perception and Actions: Behavioral Determinants for Climate Adaptation and Ecological Energy Transition in Italy
This PhD dissertation investigates an in-depth examination of behavioral factors, institutional elements, and policy aspects within the Italian frameworks for climate change adaptation and energy transition. Three interconnected research studies are presented using different analytical approaches. The first part of the article (Chapter 1) identifies behavioral gaps in flood risk perception and proposes interventions to address them. Part 2 presents an empirical application and methodology of the thesis. Chapter 2 presents a framework for selecting economic models, and Chapter 3 develops a quantitative framework for assessing public behavior responses to the energy transition. Using the COM-B framework, Chapter 4 examines the factors that influence the adaptation of agricultural farms to extreme events by integrating cognitive, economic, and political factors. To close the perception-action gap, behavioral interventions and systemic analyses are combined in a scalable model. There has been a significant advance in the development of methods related to GSEM/SEM applications and behavioral typology. These findings offer crucial guidance for EU strategies, including the Farm to Fork Strategy and the European Green Deal. They provide policy tools, including a framework for diagnosing problems and establishing evidence-based standards for intervention measures
Laboratory Manual of Simplified Numerical Analysis (C++ Version)
Laboratory Manual of Simplified Numerical Analysis (C++ Version) is a companion book of the principal book:
Simplified Numerical Analysis (Fourth Edition) by Dr. Amjad Ali
Numerical Recipes in Python
Numerical Recipes in Python is to serve as Laboratory Manual of Simplified Numerical Analysis (Python Version): A companion book of the principal book:
Simplified Numerical Analysis (Fourth Edition) by Dr. Amjad Ali
- …
