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Pure - 4 varianter til visning af medarbejdere

Visning af kontaktinformation på medarbejdere laves med et pure-plugin. På den måde er kontaktinformationerne altid opdaterede. Det gælder uanset om det er en enkelt person eller en hel afdeling (som yderligere kan opdeles i bl.a. VIP'er og TAP'er). Elementet kan se ud på mange forskellige måder, fra minimal information til visitkort, billedvisning og forskellige listetyper.

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Name Job title Email Phone Building
Andersen, Julie Schmidt IT Project Manager ja@au.dk +4587159479 1872, 122
Andersen-Lind, Troels Chief/Special Consultant troal@au.dk +4587151823 1872, 132
Attermann, Jesper Nørgaard IT Developer jeat@au.dk +4520885236 1872
Baluch, Vahid Web Developer vaba@au.dk +4521728671 1872, 232
Bang, Jacob Styrup Chief/Special Consultant styrup@au.dk +4587159114 1872, 279
Berthelsen, Mona Lægaard Softwaretester mlbe@au.dk +4593522997 1872, 264
Bjerringfelt, Karen Brogaard System Developer karen@au.dk +4526362494 1872, 260
Brejnegaard-Nielsen, Torben Senior consultant brejnegaard@au.dk +4593521768 1872, 136
Broberg, Rune Bolding IDM Developer rune.broberg@au.dk +4551715399 1872, 240
Engberg, Uffe H. Special Consultant ue@au.dk +4587152874 1872, 277
Garner, Nanna Project Manager ng@au.dk +4520707646 1872, 120
Gerner, Katrine Kier Chief/Special Consultant kkg@au.dk +4540979160 1872, 128
Grolin, Daniel Jalal IT Architect dgrolin@au.dk +4520801194 1872, 269
Grøndberg, Christian Thure Special Consultant ctg@au.dk +4587152951 1872, 243
Haldan Voetmann, Celia Administrator celia@au.dk +4523387727 1872, 249
Hansen, Kristina Lund Chief/Special Consultant klund@au.dk 1872, 173
Hansen, Peter Rauff IT Staff Member prh@au.dk +4531524651 1872
Hansen, Thomas Riis Special Consultant trh@au.dk +4524946356 1872, 253
Hansen, Torben Stig Administrator tsh@au.dk +4550822699 1872, 238
Hartvigsen, Ole Bülow Chief/Special Consultant ole.hartvigsen@au.dk 40 83 35 75 1872
Hestbæk, Birthe IT Architect bih@au.dk +4530698489 1872, 276
Højholdt, Jesper Holm IT Staff Member jeho@au.dk +4587151367 1872
Jeba, Rebecca Administrator rebeccajeba@au.dk
Jensen, Jacob Wessberg IT Project Manager wessberg@au.dk +4520134004 1872, 132
Jensen, Lisbeth Reinholt Test Manager lrje@au.dk +4593522587 1872, 247
Jensen, Mikkel Thomas Special Consultant mikkeltj@au.dk +4560454114 1872, 249
Jonsson, Andreas Long IT Staff Member alj@au.dk +4530453503 1872, 239
Jørgensen, Dorte IT Architect dj@au.dk +4587152903 1872, 274
Juhl, Søren Chief/Special Consultant sj@au.dk +4551440161 1872, 281
Jühne, Jesper Chief/Special Consultant jyhne@au.dk +4520702565 1872, 252
Karlsen, Jakob Chief/Special Consultant karlsen@au.dk +4593521627 1872
Kofod, Helle Bach CRM Architect hbach@au.dk +4523822166 1872, 169
Kops, Bo Hansen System Developer bohk@au.dk +4521702873 1872, 255
Kristensen, Dennis Henrik IT Staff Member dhk@au.dk +4593508570 1872, 237
Kristensen, Morten Bisgaard IT System Developer mbk@au.dk +4521302568 1872, 253
Legind, Tobias Paabøl Chief/Special Consultant thetobi@au.dk +4523370550 1872
Lindholm, Nanna Administrator nali@au.dk +4593509366 1872
Lindskov, Tobias Toft Junior Cloud Specialist ttl@au.dk +4523495947 1872
Longfors, Steffen Head of portfolio and development longfors@au.dk +4523382222 1872
Lund, Johanne IT Architect jhl@au.dk +4551786710 1872, 269
Lyng, Cecilie Dreyer Software Developer cdl@au.dk 1872
Mikkelsen, Emil Skovgaard Administrator esmi@au.dk 1872, 173
Møller Sørensen, Karina Test Manager kams@au.dk +4521702822 1872, 247
Munk, Bjarne Chief/Special Consultant bjarne.munk@au.dk +4525580653 1872, 267
Petersen, Christian System Developer chp@au.dk +4587152478 1872, 243
Petersen, Hanne Elgaard IT Staff Member hanne.elgaard@au.dk +4587151504
Petersen, Nikolaj IT Staff Member np@au.dk +4593508820 1872, 279
Povlsen, Henning Troels IT Architect henning.povlsen@au.dk +4593508784 1872, 277
Prosser-Jensen, Steffen IT Developer stprje@au.dk +4520910645 1872
Radmer, Steen Balling Special Consultant sra@au.dk +4587153118 1872

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Digital transformation: Academics and adminstration must go hand in hand

The implementation of the new university-wide timetabling system is now drawing to a close, and the system will soon be in use across the university. In this article, three of the central participants in the roll-out share some highlights from this massive digital transformation.

Obviously, introducing a new, university-wide timetabling system for classes and exams across five faculties is not accomplished in the wink of an eye. On the contrary: the roll-out is an example of a massive digital transformation that has required changes in how employees think and work at the degree programmes, the faculties and in the administration. The implementation of the system has demanded close collaboration between decentral and central administrative units, and not least with the degree programmes and research groups.

Each faculty has had its own preexisting routines, systems and procedures for timetabling classes and exams. For all these reasons, it has been – and still is – important that implementation processes are tailored to local conditions.

Aarhus BSS Director of Studies Anni Bækgaard Langberg is heading the implementation of the system at her faculty. She emphasises that throughout the process, Aarhus BSS has prioritised close dialogue between the degree programmes, working groups and the steering committees at Aarhus BSS and AU respectively.

“One early and extremely important step for us was to set up a local steering committee at the faculty with a broad range of representatives from the departments and the administration. Throughout the process, one of the group's main tasks has been – and still is –to discuss and find solutions to the bumps on the road encountered in the different phases of implementing a new timetabling system, and which affects every aspect of our timetabling and annual planning cycles across the board,” Langberg said.

In addition to the steering committee, a number of working groups were set up, comprised of staff members who work with the systems on a daily basis and who therefore have a thorough understanding of the needs and challenges that arise in connection with a new system.  The working groups have thus played a central role in providing valuable input to the decisions the Aarhus BSS steering committee has had to take during the process.

Openness about needs, expectations and problems

The steering committee at Aarhus BSS has been particularly sensitive to the consequences that the new system will have for lecturers, who in many cases need to adapt to a new way of planning their classes and exams.

"It's been crucial that we have been able to talk openly with our academic colleagues about needs, expectations and not least the problems that unavoidably arise when such major changes are introduced," Langberg said. She emphasised that this open dialogue has been made a useful contribution to adapting the system and ensuring a smooth transition:

"With a project like this, it's crucial that we ensure that academics and administration go hand in hand. The project has reminded me once again that the administration must be very conscious of how new systems affect the work processes at the departments and centres,” she stressed.

Just as at Aarhus BSS, all of AU’s faculties have had their own steering committees. Each steering committee has been represented on the central steering committee, where Anni Bækgaard Langberg represented Aarhus BSS together with department head department Jacob Eskildsen and former vice-dean Per Andersen.

Cooperation and communication got the project off the ground

Peter Guldbæk Larsen is programme director for Educational Administrative Systems under AU Student Administration and Services. He has been involved in the project since the tender phase and has been involved in cross-faculty coordination. From the very beginning, he has kept in mind that the technical implementation of the system is actually minor aspect of the project. Most of the work lies in changing the processes, work routines and culture surrounding the system.

"It's been crucial that we have created a clear division of roles, basically, the central administration team has had overall responsibility for the project, while our colleagues at the faculties have established and maintained close dialogue with the users from the degree programmes," Larsen explained. He highlighted the importance of the faculties’ role in tailoring communication and practical training in the system to end users.

“This project has confirmed one of the most valuable lessons I learned from my years as a project manager: namely that implementation, training and communication should preferably take place as locally as possible. Our most important role in the central administration is to support the faculties’ processes and provide common solutions and standards, so that we can achieve the goals set at AU,” Larsen said.

Deputy Director Kristian Thorn, who heads AU Student Administration and Services and has overall responsibility for the implementation of the new system is pleased about the common ground that is being created; he sees at as an important precondition for getting the timetabling system off the ground.

“Finding common solutions is essential to achieve our goals with the project. That’s why we are working to create a solid foundation in the form of a single system and common procedures and work routines. This will provide a good point of departure for the next phases,” he said. He also pointed to the inclusive project organisation – with representatives from local steering committees and the collaboration between AU IT and AU Student Administration and Services – as an important foundation for the project. 

The entire life cycle of the project is part of the digital transformation

The technical aspects of the implementation of the system are nearly complete. TermTime, the timetabling tool for classes, will soon be in use across the university. The ExamTime component is expected to be ready before the end of the year. The primary focus of the project will now shift to realising the organisational objectives related to the implementation of the system. According to Larsen, this is also part of the digital transformation.

“The entire life cycle of the project is part of the digital transformation – not just the system implementation alone, as you might assume. For the next couple of years, we will focus our attention on the objectives we formulated in connection with the beginning of the project back in 2016 – which are about using our rooms more efficiently – and in this way ultimately free up  resources for the university’s core activities,” he concluded.

Facts about the new university-wide timetabling system

  • The objectives of the project include generating better data about room use, optimising room use and ultimately freeing up resources currently spent on rent for the university’s core activities.
  • The project has been in progress since 2016, and is overseen by a steering group with a broad range of representatives from the entire university. In addition, local steering committees, a process working group and other committees were also established, in order to ensure communication and coordination between the central administration and local end users.
  • By March 2021, TermTime, one of the two main components of the system, will be used for course administration at much of the university. The other main component, the exam administration system ExamTime, is expected to be in use later this year.
  • One of the major challenges connected with the transition to the new system is the transition from registration-based course and exam administration to so-called ‘curriculum-based’ course and exam administration. The idea behind the new system is to give lecturers and students access to their timetables earlier than is the case today.

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$a^2+b^2=c^2$

\[ \sum_{k=1}^n\left.\frac{1}{k!}\frac{d^k}{dt^k}\right|_{t=0}f(u(t)) + \int_0^1 \frac{(1-t)^n }{n!} \frac{d^{n+1}}{dt^{n+1}} f(u(t))\, dt. \]

\[ \sum_{n=1}^\infty \frac{1}{n^2} = \frac{\pi^2}{6} \]

\begin{align*} \sum_{n=1}^\infty \frac{1}{n^2} & = 1 + \tfrac{1}{4} +\tfrac{1}{9}+\cdots \\ &= \frac{\pi^2}{6} \end{align*}

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