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Video Feedback in Higher Education – A Contribution to Improving the Quality of Written Feedback

Associate Professor Faculty of Humanities and Education/Pedagogical Development Center-PULS University of Agder, Norway


The purpose of this article is to promote the significance of feedback regarding students’ working with written texts in higher education and to point out how technology can develop the quality and form of teachers’ feedback. The results of studies and tests completed in eight separate subject areas demonstrate that video feedback simplifies and increases the efficiency of responding to students’ work, as it allows the opportunity to achieve increased levels of precision and quality in the feedback process. Students emphasize their learning dividend and the inspiration they experience from working with this format. They actively use their teacher’s comments and acquire a stronger emotional bond with him/her as well. 

Keywords: Video feedback, screen capture, feedback, higher education.


Students rate receiving feedback on their written assignments as being particularly significant in their evaluation of academic courses and study programs (Debuse, Lawley & Shibl, 2007; Pepper & Pathak, 2008). Traditionally speaking, students receive feedback from their teachers in the form of comments outlined on paper and e-mail, or they have conversations with their teacher (Brick & Holmes, 2008). Experiences from British universities show that written feedback is consistently the dominant form used in academic settings (Hyland & Hyland, 2006; Sugita, 2006), and the same holds true in a Norwegian context (Dysthe & Engelsen, 2007). However, the most common manner in which feedback is transmitted takes place through electronic channels in the form of LMS1 (34%) or e-mail (20%), even if paper format maintains a strong position in this regard (38 %) (ibid.).

Teachers wishing to offer precise and systematic feedback on their students’ written assignments face a challenging process due to the fact that both time and resources for giving feedback are limited, while students’ need for and expectations of feedback and assessment are usually high. Additionally, requirements made of teachers have increased. For instance, through the implementation of the Quality Reform (White Paper no. 27, 2000-2001)2, particular focus was placed on the significance of students’ receipt of “frequent feedback” (ibid.:15). Moreover, the contact with students and its ensuing continuous dialogue have assumed a different character in that several studies are now Internet-based, and even students on campus communicate to a great extent with their teachers via LMS and other types of interactive programs.

In the present project we have studied the degree of significance video feedback3 can have for assuring and optimally increasing the quality of feedback given on written assignments in a university context. The project has concerned utilizing the screen capture program JING and producing video feedback for students distributed via the learning platform Fronter. By using digital folders as a communication medium, students and teachers have in an asynchronous way exchanged hand-in assignments and feedback in the form of screen capture.

While screen capture technology is not new (see the ensuing discussion), as a tool for giving college and university students feedback, this working form is still in its beginning stages and seems to contain unexploited potential (Stannard, 2007a, 2008a). Lumadue & Fish (2010) assert that this simple technological tool represents nothing less than a paradigm shift for the purpose of giving students high-quality feedback on their academic work.

The main purposes of this study are to describe how screen capture can be used as a feedback form for students’ written work and to investigate how video feedback can contribute to developing the quality and form of feedback given in various subjects.

Feedback for higher education students

The quality of feedback given to students appears to have a high level of significance for their working with the subject at hand and the actual learning dividends acquired by them. One study conducted by Debuse et al. (2007) shows that feedback is decisive in order for students to understand and receive support for their own learning process and developing the level of insight needed to understand their own strengths and weaknesses. If students do not receive feedback, they also find it difficult to maintain the motivation they need to make progress in their academic work (Pepper & Pathak, 2008). Feedback is especially important for new students, as demonstrated by Poulos and Mahoney (2008) whose study concludes that “these students’ feedback goes beyond providing information on how to improve assessment marks. The ‘effective feedback’ for these students is that which provides emotional support and facilitates integration into university” (ibid., p. 152).

Similarly, Lumadue and Fish (2010) stress the significance of what they describe as “quality feedback”, claiming that educational institutions that are successful in giving systematic and constructive feedback contribute to creating an effective learning situation of decisive significance for students’ learning dividends and grades (Debuse et al., 2007; Higgins, Hartley & Skelton, 2002). According to Wolsey (2008), one important aspect of feedback is that it establishes a relationship between teacher and student, a factor which in and of itself promotes learning. Feedback includes helping students understand the requirements and standards forming the basis for the grades they receive (Glower & Brown, 2006). It also provides a direction for future work undertaken within the subject. Wolsey (2008) concludes by stating that systematic and good feedback is a conclusive and determinant factor in the improvement of students’ written work.

Furthermore, in a meta-analysis of factors that students claim influence their actual learning dividends, Hattie concludes the following (Hattie, 2009; Hattie and Timperley, 2007):

“Of all the factors that make a difference to student outcomes, the power of feedback is paramount in any list. The overall effect-sizes of feedback from over 1000 studies based on 50,000+ students reveal that feedback is among the highest of any single factor, and it underpins the causal mechanisms of most of the factors in the top 10-20 factors that enhance achievement.” (Hattie 20094)

However, there are several challenges facing the person giving and receiving feedback. Research shows that feedback can be vague, unclear and confusing (Crawford, 1992; Goldstein & Kohls, 2002; Zamel, 1985). One result of this situation is that students use teachers’ feedback without truly understanding what it implies and what they in reality should correct or improve (Crawford, 1992; Stannard, 2008a). Another consequence of poor quality feedback is that students simply ignore it (Bartholomae, 1980; Hyland, 2003). This may be due to the fact that the feedback is often comprehended as being inconsistent and contradictory (Fregeau, 1999; Zamel, 1995). In the worst possible case a teacher’s inability to give constructive feedback as well as his/her possible emphasis on criticism and negative responses can operate in a dysfunctional manner, hampering the overall learning process (Cohen & Cavalcanti, 1990) and halting “intellectual growth” (Summerville & Johnson, 2006).

Lumadue and Fish (2010) summarize their impression of how feedback is given to higher education students in the following manner:

“Practices must be improved (Holmes & Papageorgiou, 2009), as instructional feedback is often vague, non-specific (Debuse et al., 2007; Higgins et al., 2002), inconsistent and infrequent (Holmes & Smith, 2003). The ability for faculty within higher education to provide quality feedback in a timely manner has become a challenge due to larger class sizes and increased workloads (Debuse et al., 2007), which has resulted in many teachers reducing the frequency of assignments (Gibbs & Simpson, 2004).” (Lumadue & Fish, 20105)

Future-oriented and multimodal feedback

What then is effective and high-quality feedback? Basing his own conclusions on an extensive amount of material, John Hattie (Hattie & Timperley, 2007), asserts that effective feedback must answer the following three questions (ibid.): 1) Where am I going? (What are the goals?), 2) How am I going? (What progress is being made toward the goal?), and 3) Where to next? (What activities need to be undertaken to make better progress?) This line of thought corresponds to Biggs’ (1999) description of constructive alignment and is characterized by Hattie and Timperly (2007) as effective future-oriented feedback. Furthermore, they utilize the terms Feed up, Feed back and Feed forward (ibid.) with regard to the three questions listed above. The answers to these questions are dependent on the feedback’s format and quality and on which level they are operating. According to Hattie and Timperly, an ideal situation is when the student both seeks the answers to these three questions and searches for the inner connection between them. Doing so not only makes requirements of the student’s academic skills, but also to his/her metacognitive skills and degree of personal insight. It also requires that student and teacher practice meaningful communication as well as have a positive dynamic between them (Sadler, 1989) and that they focus on both feed back and feed forward. Stated in a different manner: …it is closing the gap between where the student is and where they are aiming to be which leads to the power of feedback. (Hattie, 2007, p. 15)

In recent years alternative forms of feedback have arisen as a result of new technological possibilities. For example, Gardner (2004) has studied feedback in the format of recordings, while Ware and Warschauer (2006) have analyzed how various computer-mediated communication forms influence students’ involvement and motivation for textual development (Brick & Holmes, 2008, p. 340). These and similar studies (McLaughlin et al., 2007; Stannard, 2006, 2007b) confirm the fact that students prefer receiving feedback in the format of sound or video instead of exclusively in written form.

Russell Stannard at the University of Westminster (2006, 2007b) has further developed these ideas through his attempt to use screen capture to give feedback in language instruction. Stannard bases his study on Richard Mayer’s (2001) principles of combining oral and visual feedback in what is called “dual coding”. Mayer maintains that there is a tendency to overload the visual channel in the media and that a balanced use of picture and sound makes the two channels complement one another (see Clark & Mayer, 2003; Paivio, 1986). Moreover, Brick and Holmes (2008) claim that combining speech, picture/video and the printed word also has significance for various learning styles:

The use of speech, graphics and the written word seems to cater to the widest variety of learning styles, reaching those with a preference for auditory and visual learning who are less likely to benefit from standard single mode written feedback. (Brick & Holmes, 2008, p. 340)

Stannard (2007 b) and Lumadue & Fish (2010) indicate through their findings that this multimodal form of feedback has significant potential in higher education. Stannard (2006, 2007b) is willing to call it a new direction for higher education feedback, and Lumadue & Fish (2010) go as far as describing screen capture in feedback work as being “A Paradigm Shift for the 21st Century”.

However, there is reason to assume a critical and inquiring approach with regard to this “technological optimism”, especially when it concerns the question as to how we can best provide feedback on students’ written work. For example, one approach is associated with the belief that feedback and technology should always be contextualized (Attwell, Pachler & Pimmer, 2010), an idea that requires an understanding of unique contextual characteristics. In this particular instance the context is formed by, for example, the interaction between technology and the particular subject’s distinctive character, existing educational and advisement traditions as well as the teacher and student’s digital literacy. The latter can be especially significant when feedback is provided in a new form requiring the user to be competent, familiar with and confident in the technology, primarily as it concerns understanding and mastering a new genre (Mathisen & Wergeland, 2010). Bakhtin (1998) claims that people who master a language perfectly in one context may experience a feeling of complete helplessness in new communication spheres due to the fact that they cannot master the particular genres.

Another approach that philosopher Hans Skjervheim (1996) warns against is the danger of committing “the instrumentalist fallacy”, meaning the problems that arise when technology oversteps its legitimate boundaries, resulting in human qualities and values becoming objectified and human beings subordinated to systematism, regimes and formats. Stated more simply: if we are to succeed in implementing future-oriented and multimodal feedback through the aid of a certain type of technology, there is reason to study exactly “why” this occurs before concerning ourselves with the “how” aspect of the occurrence, as it is only in this manner that we may prevent ourselves from making the instrumental mistake (ibid.).

Screen capture technology

Screen capture refers to programs whose common feature allows users to make a video recording of all movements and changes on the screen while simultaneously recording a synchronous recording via a microphone. Another common feature is that the compressed video files may be easily distributed either by saving the recording as a sound/picture file that can be uploaded to an LMS or attaching it to an e-mail. Depending on the program type, there is also an opportunity for the user to receive a hyperlink to the recording which has been uploaded to an Internet server, or, by clicking the keyboard once, users can share the video file with others on Facebook, Twitter or Flickr. A third feature is that these programs are usually quite user-friendly and designed with an intuitive user interface.

There currently exist several different programs (Jing, Camtasia, Wink, Snagit, AutoScreenRecorder, Matchware, etc.) that may be downloaded for free or upgraded at various costs to “pro” versions. There are also Internet-based programs (MailVu, Vocaroo, Screen Toaster, Screencast-O-Matic, etc.) in which both recording and distribution occur via a Web-solution. These programs are marketed as being user-friendly, multimedia programs for Internet publishing and communication. The fact that these programs allow users to save both time and money is emphasized, as communication becomes more efficient when it is not limited to merely exchanging text, but also includes picture, movement, color and sound.

In the present tests (Fig. 3) the program JING6 was primarily utilized in order to create the feedback. This is a free-ware program produced by the American software company TechSmith Corporation. Recordings were limited to five minutes’ duration, and if longer recordings were needed, these had to be divided between several files. In accordance with other Internet communications with students, completed recordings were uploaded to an LMS (Fronter) and made available in relevant folders.

Figure 1. The screen dump shows the preliminary work done before making a screen capture recording in connection with providing comments on logs written by lower-level student groups pursuing a Bachelor’s Degree in Education.

With regard to a university setting, recording possibilities have largely been used to make instructional videos and only experimentally to make recordings of the teacher’s review of assignments handed in for correction. If used for the latter purpose, video feedback may contain individual comments and/or direct itself towards groups. The starting point is written work handed in for review (Word, Excel, Pdf or similar) and displayed on the screen while the teacher uses the cursor and makes spoken comments. The text to be commented on has often been either highlighted (Fig. 1), or given written comments using proofreading tools (Fig. 2).

Figure 2. The screen dump shows the preliminary work done before making a screen capture recording in connection with a project assignment in an Internet-based study program on gender equality.

The study’s unique characteristics and methods

Background of the study

The background for testing came about as a result of the encounter between various academic subjects and technology, or, stated differently: a significant professional challenge met a possible technological solution. In connection with a teacher training course in university pedagogics7 during which one of the topics discussed was the teaching staff’s work with assessment, feedback, advisement and follow-up of students’ written assignments, several challenges were identified: participants expressed the increasing need for feedback, groups and individual students being reached (on campus and in Internet study programs), as expectations regarding feedback are growing (see the Quality Reform8) and workloads are increasing. Additionally, teachers expressed a desire to create more student involvement and provide feedback consisting of quality, precision and variation. Students for their part signaled to teachers that they need follow-up, and they were also looking for more personal contact, a factor corresponding to international studies (Debuse et al., 2007; Higgins et al., 2002).

As a result of a presentation of the screen capture tool JING, various tests were performed in several subject areas (Fig. 3). Teachers’ reasons for wanting to try video feedback were varied and complex, although teachers having large student groups and heavy workloads felt that the possibility of improving their feedback efficiency was very appealing (Fig. 3, see teachers A, B, E and F).

Teacher/ study


Type of feedback

Indiv./ groups

Number of recordings



Education, BA PED 315 (15 stp)

Feedback/comments on logs from lower-level groups + messages


4 feedback sessions per group 10 gr. x 4 à 40 recordings

Inquiry/student Interview/instructors


Engineering, BA DAT 108 (5 stp)

Feedback/advisement on factual individual assignments and reflection notes


3 feedback sessions per individual 30 indiv. x 3 à 90 recordings



German language TY-115 (7 stp)

Feedback/advisement on individual assignment


1 feedback session per individual 1 recording x 3 à 3 recordings

Report/instructors Interview/instructors


Gender Equality, LIK-900, Internet study program (5 stp)

Feedback/advisement on individual project work


1 feedback session per group 3 gr. x 1 à 3 recordings

Interview/instructors Report/instructors


IT and info.systems, BA IS-304 (20 stp)

Feedback on project reports + instructions


3-4 feedback sessions per individual 40 indiv. x 3-4 à 120-160 recordings



Nursing for Mentally Challenged, BA Div. courses

Feedback on written assignments + user manuals

Indiv & Gr.

2-3 feedback sessions per individual 40 indiv. x 2-3 à 80-120 recordings



As shown by the material, the research process has developed at the same rate as the various participants’ developmental work in their respective subject areas. There has thus been progressive focus on individual topics in which both teachers’ and students’ oral feedback has led to inquiry development, which has in turn led to designing the teacher interviews.

The present study is grounded in a case study paradigm. Yin (2003, p. 13) defines the case study research method “as an empirical inquiry that investigates a contemporary phenomenon within its real-life context; when the boundaries between phenomenon and context are not clearly evident; and in which multiple sources of evidence are used”. Case study research excels at bringing us to an understanding of a complex issue and can expand on experience or add strength to what is already known through previous research, as in this manner it emphasizes detailed contextual analysis of a limited number of events or conditions and their relationships. On the other hand, critics have claimed that case studies lack in rigor, reliability and addressing the issue of generalizability in contrast to quantitative methods (Hartley, 2004).

In spite of these research-related challenges making comparison and generalization problematic, its breadth and composition give the material a strong potential for gathering an extensive amount of information as well as detailed, context-dependent knowledge about this phenomenon (Flyvbjerg, 1991). The main intention is therefore to create a deeper understanding and uncover important aspects of video feedback as a phenomenon (Andersen, 1997; Yin, 2003), knowledge that may be empirically (quantitatively) tested in the next stage.

Participants and procedures

During the testing period, video feedback was given on written work completed by both individuals and groups. While response was primarily based on written assignments (logs, factual assignments, reflection notes and project work), technology was also utilized for relaying messages, instructions and user manuals. The present test refers to considerable breadth with respect to academic subjects: education, engineering, the German language, gender equality, IT and information systems as well as nursing for the mentally challenged. In addition, the number of participating students and amount of feedback given students vary (Fig. 3).

The test data consist of two sets of inquiries administered to students consisting of 10 questions in which the answer percentage was respectively 100% (A) and 50% (B) (see fig. 3). A questionnaire in the form of a written interview administered to six teachers (A-F), and a project report in study programs C and D based on an inquiry (Einstabland & Letnes, 2010). Students in studies E and F provided informal feedback to their teachers (appears in the interviews).


Testing was completed in various study programs during the academic year 2009/2010. Regarding topics, the collection of feedback from the material centered around the following five topics: 1) quality and clarity, 2) efficiency, 3) learning dividend and future oriented feedback, 4) availability and proximity, and 5) technological threshold and co-worker support.

1. Quality and clarity

One unique challenge in working with student feedback is to avoid being vague, unclear and confusing (Crawford, 1992; Goldstein & Kohls, 2002; Zamel, 1985). Using video feedback allows good opportunities to positively influence this situation through the multimodal interaction between picture, sound and text (Brick & Holmes, 2008). Students’ replies directly affect this problematic situation, as demonstrated by the following statements:

  • The great advantage that screen capture has over written feedback is that screen capture gives a much clearer impression of what is being commented upon and assessed.

  • We know exactly what you are commenting on… A good combination because we see the text highlighted AT THE SAME TIME while we are listening to what you are saying.

The statements confirm that the quality of feedback increases due to the fact that there is a high level of interaction between the commented text and the picture itself. For instance, when a teacher corrects German grammar (Fig. 4) (in which precision and great detail are essential), this interaction becomes especially visible. The teacher’s experiences are in this case identical with those of the students (Einstabland & Letnes, 2010), and may be summarized in the following manner:

  • Our experiences and feedback from students also indicate that assignment correction via JING causes a high degree of learning effect and is thus good educational practice. We believe that this is not least because the combination of sound and picture produces an effect that is more than the sum of its parts. (ibid:, p. 11)

Figure 4.The screen dump shows the preliminary work done before making a screen capture recording in connection with written assignments on German grammar.

A further point brought up by students is the opportunity to repeat playing the recording and the influence this form of feedback has on their memory, especially in cases where the feedback sessions are numerous, detailed and perhaps complicated. Students can replay the comments and advice given over and over if necessary (see Neutzsky-Wulff, 2009; Stannard, 2007b):

  • It’s easier for me to remember the feedback later when I listen and watch it than when I just read it.

  • Haven’t used it (the recording) very much up to now, but will probably go through it very carefully before the exam.

Instances during which video feedback is given to groups also increases the opportunity for all group members to take part in the feedback, something that in turn creates a common starting point for rewriting, correcting and repetition. Independent of subject and writing skill level, the results indicate a conjunction with other similar tests (Stannard, 2006, 2007b). Students and teachers express that the quality and precision of feedback sessions increases, and the feedback content is regarded as being meaningful and providing a distinct starting point for change and improvement.

2. Efficiency

Russell Stannard (2007b, 2008a, 2008b) asserts that a two-minute video recording containsapproximately 400 words, the equivalent of a sheet of standard notepaper containing written text. The recordings completed with JING are limited to 5 minutes each, and usually the entire recording time is utilized. This means that students receive feedback equaling 2 ? sheets of notepaper in each recording. If this is converted, it implies that the education teachers (A) in this test gave 100 sheets of notepaper of feedback to their student groups. Stannard (ibid.) claims that a conservative estimate reveals that this is at least four times more feedback than students would usually receive from written feedback.

Teachers confirm that the extent of feedback is increasing at the same time the level of work being done is decreasing. However, this may vary depending on the kind of written work receiving comments and the technological threshold teachers may have to overcome. The most enthusiastic comments are nonetheless in line with Lumadue and Fish (2010), who claim that this technology represents what may be called a time change in higher education:

  • We save an enormous amount of time! (…) Give good feedback using one quarter of the time usually spent doing this, and it doesn’t get misunderstood to the same degree that written feedback does. (Teacher F)

  • I’m very satisfied, and the students like this a lot. It’s much easier to give feedback through a recording than having to write everything down. (Teacher E)

The fact that feedback has changed format makes it appear that this will also affect its form and quality. For example, teachers have experienced that while on the one hand they save time, on the other hand the time frame of having only 5 minutes to make a recording poses a challenge to their being clear and “to the point”.

  • Digital feedback is more time-cost efficient… It also challenges me to be clear when making precise points, something that prohibits any kind of digression or comments that are beside the point. (Teacher D)

Furthermore, there are examples showing that the form of feedback influences its content and scope, and that the saved time may be used for giving more complete feedback.

  • Students were given better and more varied feedback, but I spent more time on the feedback than if I had just given them an answer key. (Teacher B)

Students comment on the question regarding efficiency and connect it with the increased quality experienced by them. They also reflect upon the difference between face-to-face conversations with their teacher versus using video feedback.

  • It’s probably less work for the person making corrections than by writing down the answers, and this will make it possible to give better feedback.

  • JING is a very good replacement for traditional advising, and if it’s not possible to complete an advisory session in real time, this is absolutely the best alternative.

Furthermore, while experiencing efficiency and saving time are described by all as being positive, the immediate nature of this oral working form creates a desire to give more detailed comments and feedback. In order to exploit the opportunity, teachers must acquire a certain set of digital skills (Lankshear & Knobel, 2006; Varis, 2008) while at the same time increasing their understanding of the genre (Bakhtin, 1998). Having knowledge of the genre and skill to use it will in this manner create the security and freedom necessary for teachers in order for them to utilize screen capture in the best possible way in relation to their own subject area (Mathisen & Wergeland, 2010).

3. Learning dividend and future-oriented feedback

As presented in Figure 3, video response was initially based on students’ logs, factual assignments, reflection notes and project work completed in six subject areas. It is therefore important to ask about the degree of significance students assign to this feedback form with respect to their academic work and learning dividend. For example, do they receive the necessary feed forward (Hattie & Timperly, 2007), and are there differences between the various subjects and texts that receive response? Concerning the question about whether this feedback form has been significant for learning dividends, students’ comments are mostly positive - yet general in nature.

  • … we have gotten feedback that we are on the right track. It has been easier to stimulate thought processes concerning other more appropriate methods while at the same time becoming easier to accept the praise we received.

  • Difficult to describe the learning dividend, but it is educational. We understand what we have done well and what was not as successful.

  • The feedback has been positive for my learning dividend. I get to study the assignment once again in a very thorough manner, which in turn helps me to relearn the material while getting tips about how I can do better on the next assignment.

It is most notably students who are working with academic assignments and processes over time (logs and project work) who express that they have acquired a positive learning dividend and helpful support during the academic process. On the other hand, one of four students replies that video response produces the same learning dividend as a written response or discussion with their teacher. A selection of their comments includes the following:

  • I don’t really think it’s had any influence on my academic learning dividend, but as a study method this is without doubt the best form of feedback I’ve ever tried.

  • Would say that written feedback would be equally positive IF we had gotten the same amount of information as we get from you through this screen capture method.

Similarly, teachers are not specific in their descriptions of learning dividends, instead making general formulations and claiming that feedback via screen capture supports the academic process, maintains good quality and is well suited in relation to the individual subject.

  • It works especially well in grammar. (Teacher C)

  • I’ve experienced that feedback quality has improved. (Teacher A)

  • Students received better and more varied feedback… (Teacher B)

In summary, a picture is created which in principle confirms positive learning dividends and a response that produces the desired “feed forward”. In other words, technology appears to produce feed up, feedback and feed forward (Hattie & Timperley, 2007), in this manner reducing the gap between existing and desired comprehension (Raaheim, 2010), which in turn leads to students’ being motivated to do their academic work. On the other hand, actual descriptions of what this learning dividend consists, what distinguishes screen capture as a feedback form from other types of responses in this area and if the working form appeals to special learning styles (Brick & Holmes, 2008) seem unclear. Stated differently, there remain here many important research questions to be explored.

4. Availability and proximity

The basis for the test was, in accordance with Mayer (2001), combining verbal and visual feedback in “dual coding”, in this manner improving and increasing the efficiency of asynchronous communication with students. However, test experiences caused side effects that proved to be more significant than we could have predicted. For instance, regarding the question ”Has this feedback had any significance for achieving closer proximity to your teacher?”, students’ statements were clear and unanimous, an aspect of which includes the feeling of being “seen” by the teacher:

  • We feel like you’re almost in the same room as us when we look at the screen.

  • Yes. The feeling of being “seen”. Personal. Shows involvement. Feel that we students get to know the teacher a little better by hearing his voice.

One group of students goes into more detail, putting their experiences with screen capture into a larger context.

  • You learn more about how they look at logs. As mentioned, the feedback feels more personal, so it feels like we get closer contact with our teacher. You more easily gain trust in your teacher. It creates a longed-for closeness to the teacher, and you feel that the work you do isn’t in vain, that you get proper feedback on the work that we’ve put a lot of time and effort into. You aren’t any longer just one face among 1,000 others at the university.

The above points demonstrate that this is not only an issue about closeness to and trust in the teacher, but students also experience that their academic effort and work will be noticed and appreciated. Moreover, students point out how becoming close to their teacher and the latter’s involvement and work with their assignments creates a direct influence on their own levels of effort and motivation:

  • You want to perform better since the teacher is putting so much effort into the feedback. Involvement is contagious.

  • We get to take part in your reflection on our text. It’s easy to follow, thorough and personal.

Teachers give the same impression:

  • I feel that the feedback’s quality has improved, and that it is clearly more efficient… I have also gotten closer to my students and can be more personal and encouraging than by merely giving them written feedback. (Teacher A)

There is reason to claim that through the use of screen capture as a medium of feedback, a closeness desired by students is created with their teachers. This experience, combined with a feeling of capturing their teacher’s attention and becoming involved in their work, leads to motivation and effort. This finding is in accordance with Mathisen and Wergeland’s (2010) description of how a suitable type of technology can create contact and the experience of availability, which in turn leads to and maintains academic development and progress.

5. Technology and co-worker support

In answer to the question “Have you experienced any technical problems? (If so, what kind?)”, the students’ unanimous reply has been that the playback process has been free of problems. If any problems have arisen, they have been connected with the recording and the quality of sound. Teachers relate having the same experiences, claiming that using the program requires a low technological knowledge threshold in relation to both making recordings and distributing them.

All teachers see the screen capture program JING as being simple and intuitive, and have discovered their own way of utilizing the medium during their first test of it (see Fig 3). Regarding the level required with respect to working with JING in its start-up phase, the teachers’ attitudes have been similar to those of teachers C and D:

  • To summarize, we assert that JING is quite a user-friendly aid having a low threshold for both sender and receiver. Even though we do not have a great deal of experience with digital tools, we did not run into any great difficulties. Naturally, the sender (teacher) must invest a certain amount of time before using a “product” for the first time so that you will be able to defend the use of it with your students. However, looking ahead, this is time well spent. (Einstabland & Letnes, 2010, p. 10)

At the University of Agder, where the testing has taken place, teachers have obtained the necessary introduction to the program via short courses and workshops9, in association with a course in university pedagogics10 and through information published on the Internet11. However, perhaps the instructional form utilized most has been informal demonstrations and follow-ups given from co-worker to co-worker, according to teachers. This impression corresponds with findings in Norway Opening Universities’ publication ICT Monitor (Wilhelmsen et al., 2009), for example, in a status report about ICT use in higher education confirming that 7 out of 10 teaching staff members receive help from co-workers. At the University of Umeå12, the use of co-workers has gone one step further through hiring “ICT coaches”, individuals who give teaching staff members individual support and advisement regarding educational and technical questions associated with Internet-based instruction and the use of information and communication technology in connection with their instruction. This approach appears to be a good format as it implies that digital (user) competency is constructed around a common understanding of the potential represented by this digital tool in relation to the teacher’s own subject.

Conclusion and further research

The purpose of both the questions posed in this article and the testing has been to acquire knowledge regarding the degree of significance video feedback has for students’ written work. In summary, students signal the following quite clearly: video comments are regarded as being more precise and nuanced than written feedback, and as such give students a greater amount of inspiration and motivation when completing future academic work. Similarly, learning dividends increase as do opportunities for processing feedback and achieving a closer relationship with the course teacher. Teachers point out the same experiences, emphasizing that this working form simplifies and increases the efficiency of working with feedback while at the same time allowing the opportunity to achieve increased levels of precision and quality.

The factors that strongly confirm the study’s findings are the sample’s broad scope and the variation in format, as well as teachers’ and students’ overall understanding of the learning dividend. Video feedback as a feedback aid has in the present study confirmed the results of similar studies (Brick & Holmes, 2008; Lumadue & Fish, 2010; Stannard, 2008a, 2007b). There is reason to assert that this digital working form will be able to provide an important supplement to written comments and student-teacher meetings. The degree to which video feedback causes a time difference when working with giving feedback to students, as claimed by Lumadue & Fish (2010), remains to be seen. However, it may appear that screen capture technology can provide a new direction in feedback work, and that a unique challenge is to create a multimodal “blend” that corresponds with the field’s unique characters in addition to the forms of feedback traditionally utilized.

However, certain reservations should be noted: in this type of project, there may be an element of a Hawthorne effect (Franke & Kaul, 1978), which can threaten the findings’ validity. One feature of the study highlighting this problem is on the one hand students’ feeling close to their teacher and on the other hand the inability to define their learning dividends in specific terms. Moreover, Kluger and DeNisi (1996) claim that we can only to a moderate degree expect positive effects of feedback interventions. Based on a background of comprehensive meta-analyses, they point out that on the contrary, we should expect negative effects in 33-38% of the cases. Still, no feedback systems works for everyone (ibid.), and any effective feedback intervention requires a combination of feedback form, task type and individual differences (ibid.).

Finally, there remain several unanswered questions that future empirical research should elaborate. For example: is it correct that learning dividends gained through the use of video feedback are greater than through the use of written feedback? Are there students with unique learning styles that profit from the use of video feedback? How can one optimize the interplay between the visual and verbal? What is a good combination of feedback forms within various academic disciplines?


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1LMS - Learning Management System. In this project Fronter was used as a Learning Management System organizing users and managing e-learning content.
2 St.meld. nr. 27 (2000-2001)
3 Video feedback is understood in this context to be a video recording of the action taking place on the screen combined with an audio recording of the teacher’s comments regarding what is being shown. This is usually described as video screen capture or video screencast.
4 http://akoaotearoa.ac.nz/download/ng/file/group-4/n3469-the-black-box-of-tertiary-assessment---john-hattiepdf.pdf
6 http://www.techsmith.com/jing
7 http://www.uia.no/no/div/sentre/pedagogisk_utviklingssenter/kursprogram/uniped-kurs
8 St.meld. nr. 27 (2000-2001)
9 http://www.uia.no/no/div/sentre/pedagogisk_utviklingssenter/kursprogram
10 http://www.uia.no/no/div/sentre/pedagogisk_utviklingssenter/kursprogram/uniped-kurs
11 http://www.uia.no/no/div/sentre/pedagogisk_utviklingssenter/ressursbank/skjermopptak
12 http://www.umu.se/om-universitetet/aktuellt/aktum/aktum-2010-nr-1/ikt-coach-stottar/

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