Esther Truzman – Asynchronous Fridays

Summary

Professor Ether Truzman, Senior Language Lecturer and Course Coordinator teaches intensive Spanish language courses. These intensive courses involve covering two semesters of instruction in just one. As such, they meet 5 days a week and cover the entirety of a textbook in a relatively short time span. In a fully online format, this compressed timeline can quickly result in significant Zoom fatigue with students needing to sign and engage during all 5 days each and every week. In an effort to simultaneously reduce Zoom fatigue and allow students to navigate content at their own pace, the instructor adapted a template to implement Asynchronous Fridays into her courses, initially SPAN UA 10 and then into both SPAN UA 10 and SPAN UA 20 the following semester. 

This template was provided during a CUNY online teaching workshop run by the University of Hawaii courtesy of Stephen L. Tschudi, a Specialist in Technology for Language Education. This institution had been offering full remote synchronous, asynchronous, and hybrid courses since before the pandemic. To focus on language learning skills, the central tool employed during Asynchronous Fridays is the video-based asynchronous discussion tool, Flipgrid.

Learning Objectives

  • Allow students the opportunity to asynchronously practice language speaking, listening, reading, and writing skills 
  • Enable students to pace themselves and provide more student-driven flexibility as they navigate course materials

Student Experience

Here is an example of one specific Asynchronous Friday. Students would have the opportunity to pick and choose which learning exercises they would like to complete that day.

SPAN10 2021S Asynchronous Feb 12

This Friday you must earn at least 10 points using activities chosen from this menu. You will hand in your products in one document (with links as appropriate) BY 6 pm on FEB 12. You MUST choose ONE and ONLY ONE activity in Column A (5 pts.)
*It is strongly suggested that you complete Actividad 4.12 in Column B (3 pts.)

Columna A Columna B Columna C
5 points (you can only use ONE of these) 

RECORD OR UPLOAD TO FLIPGRID

3 points 1 point
With a classmate, make a video recording of a Zoom call in which you perform Actividad 4.16, ¿Dónde está? p. 117. You will take turns asking and answering questions about the drawing using the verb estar and as many different prepositions of place as you can. The video earns points for  both you and your classmate.

5 points

Complete Actividad 4.12 Dónde están, p.116. Write your answers out using  full sentences.

3 points

Answer all the questions below under the title Las habitaciones/Los cuartos.

1 point

With a classmate, make a video recording of a Zoom call in which you perform Actividad 4.21,  ¡Qué desastre! p. 123. You will take turns asking and answering where the given objects are using the verb estar and prepositions of place (p. 115). 

The video earns points for both you and your classmate

5 points

Complete Actividad 4.23 Comparemos, copied below. The instructions are slightly different than in the textbook.

3 points

Complete Actividad El gato y la caja de cartón, below.

1 point

Make a video in which you show us a room in your house (or in a picture) and point out where 5 different objects from the vocabulary on p. 122 are using the verb estar and at least 4 different prepositions of place (p. 115). 

Alternately, you can show 3 different rooms, either in your house or on a floor plan, naming them, and mentioning one activity you do in each room and at least 2 objects in each room, (from the vocabulary on p. 122).

Must be about 1-2 minutes long and have a minimum of 50 words.

5 points

Write a paragraph between 6-8 sentences long in which you describe your favorite room.  What is it like? What furniture does it have?  Why is it your favorite room? Where is it in your house? 

3 points

Complete Actividad 4.19 ¿Lógico o ilógico?, copied below. Indicate whether the information in the sentences is logical or not. Write “lógico” for logical sentences.  If the information is not logical, write “ilógico” and rewrite the full sentence in such a way that it is logical.

1 point

Here are two students engaging in conversation. This brief conversation was recorded and uploaded using Flipgrid.

Two students side by side recording their conversation in Spanish

Technology Resources

Flipgrid was the primary tool used in Asynchronous Fridays. Students were encouraged to record videos of themselves, but they were also permitted to just record audio submissions. Flipgrid provided the instructor with the opportunity to hear everyone speak, which usually isn’t possible during the synchronous Zoom sessions. The FAS Office of EdTech Flipgrid guide can be found here.

Outcomes

Both the instructor and students in SPAN-UA 10 and SPAN-UA 20 responded well to the integration of Asynchronous Fridays. Students completed the work well and were provided with the flexibility to complete the work at their own pace. The instructor had the opportunity to assess how each and every student was progressing with their language speaking, listening, reading, and/or writing skills.

screenshot of Courant grader training module

Courant Institute of Mathematical Sciences – Moving Grader Orientation Online

 

Summary

The FAS Office of Educational Technology collaborated with Courant Mathematics and  NYU’s Learning and Organizational Development team to design, develop, and produce a training module for the Courant Institute of Mathematical Sciences graders.

example grading animation

FAS Ed Tech created illustrative graphics, custom animations, and custom branching logic that allowed graders from four different course assignments (and any combination thereof) to use the same module for training, greatly streamlining the enrollment process.

Previously, graders attended their training in-person, which complicated the process of hiring additional and/or replacement graders, as well as preventing assessment of training impact.  Moving grader training online allows Courant to provide grader training as needed through iLearn enrollments.  Further, the module reports all results to the iLearn system, which can automatically confirm whether a grader successfully completes the training, as well as notify administration.

Additionally, Courant now has the opportunity to build upon the successes of the first iteration to include additional activities, content, and reporting features, using both data and learner feedback to guide future iterations.

Goals

  • Develop online module to train Courant Mathematics graders in the following topics:  grader roles, responsibilities, grading best practices, legal implications
  • Include branching to allow training for any combination of the following course assignments:
    • Algebra and Calculus
    • Calculus/MFE I-III
    • Discrete Mathematics/Upper-Level Courses
    • Linear Algebra
  • Ensure accurate reporting, compatibility with NYU iLearn platform
  • Accessibility-compliant content: screen reader compatibility, speech-text for math examples

Outcomes

Courant Mathematics successfully implemented the training module (hosted on iLearn) for the Fall 2019 semester, and will require all graders to successfully complete training before hiring.  Courant will be gathering feedback from this first iteration to inform changes and enhancements for the next version of the training.  Results have been positive with faculty experiencing significantly fewer complaints and regrade requests from students.

“I found the orientation pretty helpful. It helped me understand the basic difference between algebraic and conceptual errors related to integration. And since it is online, it gave me a lot of flexibility time-wise. Also, since it is not too long, it’s easy to follow.”

Grader Trainee

Technology Resources

  • Adobe Captivate + MathMagic (module authoring, math notation rendering)
  • Adobe Creative Cloud (graphics and animations)
  • VideoScribe (animation software)
  • NYU Classes + SCORM Cloud (for hosting review drafts)
  • NYU iLearn

Chen Gao – Learning to Write Chinese with a Social Network

Summary

Professor Chen Gao (East Asian Studies) used WeChat, a social networking app popular in China, with students in the EAST-UA 205 Advanced Chinese I class. The use of WeChat extended the learning community beyond the classroom to include native speakers and users of the app.

Each week of the semester, Professor Gao selected 1-3 samples of student writing (daily responses to classroom readings) to share in WeChat’s official “四海八荒青年说 (World Youth Forum).” Students were then asked to provide constructive feedback to their peers’ posts, while the published students were asked to respond in kind. By the end of the semester, students were also engaging in conversation with native Chinese speakers on WeChat.

At the end of the semester, Professor Gao produced a student journal comprised of the WeChat posts; each student received a physical copy.

Instructor and Students of FA18 Advanced Chinese 1 Class

Learning Objectives

  • Build a virtual learning community to facilitate collective and immersive language learning.
  • Promote students’ interest in writing and build their awareness both as a reader and a writer.
  • Provide level-appropriate reading for students.
  • Connect students with a cultural social-networking experience.

Screenshot of We Chat App

Student Experience

This project required students to:

  • Submit their daily writing assignments related to classroom readings
  • Read their peers’ posts on WeChat every week
  • Leave comments on peers’ writing and provide constructive feedback
  • Respond to comments on their own writing

Screenshot of Post in We Chat App

Technology Resources

Students accessed WeChat via their personal mobile devices.

Screenshot of Posts in We Chat App

Outcomes

Reflecting on the project Professor Gao says, “This activity helped increase students’ reading and writing proficiency. WeChat provided more opportunities for students to engage in meaningful language output in a stress-free learning environment. It helped students develop awareness as a reader and a writer. Students not only had to consider how their words might be received by their teacher, but also by the wider audience of readers who will see their work when it is published online. When they adapted their literacy learning to new contexts, with a new audience of readers, they became more aware of that learning and its potential uses. Students became more independent learners when they knew how to articulate and demonstrate what they were aware of and what they needed to work on further.

The WeChat project encouraged collaborative learning. Students could learn from and with each other. Also, because during the project, I closely monitored the participation of all students, gave feedback and corrected their grammar errors in their writing on WeChat, it also increased teacher contact time and strengthened teacher-student relationship.”

Student Journals

Selected Student Feedback:

“I liked that it was a different way to learn!”

“It allowed me to view other peer’s writing that was close to my own level.”

“Reading classmates’ posts helped me in reviewing the content of the lessons.”

screenshot of goal setting module

Getting Students ‘Back on Track’ – Interactive Online Modules for CAS Academic Advising

Updated on 9/23/19

Summary

FAS Ed Tech assisted CAS Advising in developing interactive modules for an online course of study to help students on academic probation improve academic performance. Students complete modules prior to meetings with advisors, building skills and knowledge in four key areas: goals and goal setting, time management, learning strategies, and aligning interests, careers and majors.

Goals

  • Develop original static presentations into enhanced interactive online versions
  • Enable learners to individualize learning activities with personalized content:
    • Goals and Goal Setting Module: learners develop strategies for writing effective goals, and create an action plan. Interactive tools are provided for building self-motivation, including how to develop self-efficacy and a growth mindset.
    • Time Management Module: learners can input a week’s list of activities and practice prioritizing them using a drag and drop interaction
    • Interests, Careers, and Majors Module: extensive branching functionality enables learners to match programs of study that align with their interests
  • Track learner progress and input for follow up meetings with advisor

Outcomes

CAS Advising has been offering the Back on Track modules to over 50 academic probationary students per semester since Spring 2017.  Students complete reflective assignments, connecting module content and activities to their personal experience. Learners are able to consider many factors affecting their academic performance as well as strategies for improvement in advance of meeting with their advisors.  Early data is demonstrating both a decrease in course withdrawals and an increase in GPA for these learners, and the Back on Track program has been featured in an article on Academic Advising Today.

The FAS Office of Ed Tech is currently working with CAS Advising to revise the modules with updated content, and accessibility and data-reporting enhancements.  The future goal is to develop versions of the content for the broader NYU community.

Technology Resources

  • Adobe Captivate
  • Adobe Creative Cloud
  • Articulate Storyline
  • NYU Classes
  • SCORM Cloud

Example Module: Motivation and Goal Setting

Click on the link to view the Motivation and Goal Setting Module.

Journalism screenshot

Adam Penenberg – Journalism Foundations Online Course Site

Summary

FAS Ed Tech connected Journalism Professor Adam Penenberg with the Central IT Instructional Design Team to develop an online course site focused on basic journalistic principles for incoming students.  Utilizing content Professor Penenberg had originally created in Google docs, FAS Ed Tech and the Central IT team developed a comprehensive course of study in NYU Classes, which students can complete prior to beginning their face-to-face courses.  

Goals

  • Consult with instructor on best practices for online instruction
  • Identify design issues adapting Google Docs content for Classes tools
  • Leverage NYU Classes tools to provide asynchronous instruction in journalistic foundations
  • Build NYU Classes course site incorporating instructor’s existing content with affordances of Classes tools
  • Include formative assessment to improve iterations of the course

Technology Resources

  • Google Docs
  • NYU Classes
  • Qualtrics

Outcomes

These introductory modules have been offered to entering Journalism students since the summer of 2017.  In addition to providing basic information in journalistic law, ethics, history, and grammar, instructors can view analytics regarding the multiple assessments throughout the content, and identify areas to address with their students.  Students begin their classes with a stronger background in foundational knowledge.

Virtual Hindi

Gabriela Nik Ilieva – Web Publishing for Language Instruction – Virtual Hindi, Virtual Urdu, Virtual Bhangra

Summary

After learning about NYU’s Web Publishing service from attending the FAS Innovation in Language Teaching Workshop, Professor Gabriela Nik Ilieva decided to use the NYU Web Publishing platform (WordPress) for her project building websites for collecting, organizing, and sharing instructional materials for Hindi, Urdu, and Bhangra; languages that are underrepresented with respect to open educational resources. In consultation with FAS Ed Tech, Professor Ilieva built several WordPress sites dedicated to Hindi, Urdu, and Bhangra language resources.

Goals

  • Identify appropriate platform for instructional website (WordPress vs. Google Sites)
  • Strategize with faculty on site structure and design
  • Train faculty on WordPress site building and administration
  • Advise on content migration from old website(s)

Outcomes

Professor Ilieva now has online spaces where she can more easily collect, develop, and share teaching resources, and can leverage WordPress’ easy to use customizability and extensibility through various widgets and plugins. Professor Ilieva has future plans to incorporate additional interactive content into her sites, as well as design separate areas for instructors and students.  In addition, she is interested in collaborating with teachers and learners beyond the NYU community, and is looking into further development of her sites’ functionality.

Technology Resources

  • NYU Web Publishing (WordPress)
  • YouTube
  • Google Drive
Life Science course screenshot

Liberal Studies Faculty – Life Science Online Modules

Summary

FAS Ed Tech partnered with Liberal Studies Life Science professors Lori Nicholas and Kevin Bonney to develop interactive content modules for use in both their face-to-face and online courses (LS launched a pilot online course in Life Science for the Summer 2017 semester).  Each module presents course content through accessible, interactive multimedia presentations that also test students on their knowledge and understanding of the material.

Goals

  • Produce interactive content modules for 12 units of study based on instructor-developed PowerPoint presentations
  • Record voice-over narration and generate transcripts for accessibility
  • Incorporate assessments for learners to check knowledge and basic understanding of concepts

Outcomes

These modules have been an important part of the Life Science course through several semesters.  Students in the face-to-face courses have been able to review content prior to coming to class and can utilize class time to ask questions, clarify misconceptions, and dive deeper into the material.  During class, the instructor can spend more time on the active application of concepts and further exploration of the topics.

Technology Resources

  • MS PowerPoint
  • Articulate Storyline
  • NYU Classes
  • SCORM Cloud

Example Module: Introduction to the Immune System

Comete el coco game

Elizabeth Augspach – Gaming for Grammar

Summary

Professor Elizabeth Augspach (Spanish and Portuguese) conceived of ¡Cómete el coco!, a mobile game that would provide her Intermediate Spanish students with fun, engaging ways to practice grammar topics. Students access the game via their phones, and challenge fellow students to grammar challenges that allow for socially-enhanced, informal language learning.

Learning objectives

  • Bridge informal and formal language acquisition through mobile learning
  • Increase engagement as students learn requisite grammar
  • Allow for socially-enhanced ways to review in-class material

Created in partnership with NYU IT, the ¡Cómete el coco! game is meant to foster collaborative, engaging ways to learn and review grammar.  Professor Augspach sought ways to make grammar more fun, and incentivize students to review more outside of class time.

Student experience

  • Engage with game outside of class to review and learn grammar
  • Challenge other students as they have low-stakes, fun competitions between their peers

Technology resources

Outcomes

  • Students have increased opportunities for learning and reviewing grammar
  • In class and out-of-class learning is connected better
  • Students increase engagement with a fun context for practicing grammar.  The element of friendly, low-stakes competition amongst peers increases engagement
Tower of Hanoi - Richard Cole

Richard Cole – Blended Learning for Basic Algorithms

Summary

Professor Richard Cole (Courant-Computer Science) developed instructional videos for his CSCI UA-0310 Basic Algorithms class, which introduces future computer scientists to the process of designing efficient and adaptable algorithms.  The videos detailed core concepts and reviewed points of confusion.

Learning objectives

  • Leverage instructional videos to scaffold students’ understanding of core topics
  • Increase engagement as students learn challenging material
  • Highlight points of confusion
  • Allow students to access materials anywhere, anytime (supports just-in-time learning)

In this example of blended learning that combines online materials and face-to-face instruction, Professor Cole recorded videos on key concepts known to challenge students in the past.  This meant that he strategically created videos based on level of concept difficulty rather than creating videos for every single topic.  Students were free to consult videos as many times as needed and at their own pace.  After the release of the first batch of videos, Dr. Cole conducted a formative assessment to gauge how students were using the videos.

Student experience

  • Watch videos as many times as needed
  • Have flexibility on which topics on which to concentrate

Technology resources

  • Video editing software, for producing videos
  • Tablet for real-time annotations and drawing
  • NYU Stream, to store video lectures

Outcomes

Video Repository: https://cs.nyu.edu/courses/spring14/CSCI-UA.0310-001/video%20repository.html

Results from a student survey indicated that:

  • 35% of respondents viewed the videos before the topic was presented
  • 100% of respondents viewed the videos after the topic was presented
  • 100% of respondents say they would be interested in having access to videos on additional topics
  • 94% of respondents thought the videos were helpful or very helpful
  • 41% of respondents used the videos as their primary reference materials and 50% used both textbooks and the videos; 0% used the textbook only as their primary reference material
  • 61% of respondents would have liked some way to self-assess (test) their comprehension of the videos (this was prior to the capacity of NYU Stream to deliver in-video assessments)

Selected student responses:

“The videos are a great supplement to the lectures. I personally watch them after the lectures and find them very useful to review and strengthen my knowledge of the material presented, which makes them especially helpful when I do the weekly problem sets.”

“Videos are great and very helpful for explaining the basic concepts of the lecture. I would like it if the video explained some more difficult concepts as well like sample questions that we do during recitation.”

Quantum billiards

Daniel Turner – Learning with Simulations (Quantum Billiards)

Summary

Professor Daniel Turner (Chemistry) conceived of a simulation that would provide his students  of Quantum Mechanics with opportunities to visualize subatomic objects and their behavior in an interactive environment. The underlying topic, electron correlation, is challenging for students to grasp due to its conceptual nature.

Learning objectives

  • Leverage interactivity to scaffold students’ understanding of a difficult STEM topic
  • Increase engagement as students learn challenging material
  • Provide hands-on experience with a theoretical topic

Created in partnership with NYU IT, the Quantum Billiards simulation is designed to teach electron correlation—an important but challenging concept taught in Quantum Mechanics. The game contrasts classical physics with quantum physics by allowing the user to play in both a classical mode, where balls occupy a definite point in space, and a quantum mode, where balls act as a wave of probability of where the ball is most likely to be found.

Student experience

  • Engage with simulation as an additional resource for learning about electron correlation

Technology resources

Outcomes

  • Students learn about electron correlation through hands on manipulation of simulation
  • Students increase engagement with a real world reference point (billiards)