The document outlines a review of the ICTAC business and operational strategy at a university. It discusses the current functions and challenges of the ICT department. It then provides recommendations to define objectives, develop an IT strategic plan and roadmap, reorganize the ICT structure, obtain funding, and implement infrastructure initiatives like enterprise systems and a campus-wide network to address the challenges and better support the university's academic goals.
Prepared as an interactive session focuses on participating in shifting the paradigm toward learner-centered curriculum delivery. The key factors for adult education are maturity, accumulation of experience; readiness for learning; being problem vs. subject centered; intrinsic vs. extrinsic motivation; and curriculum that is anchored as problem-centered rather than content-oriented. Where there is a challenge achieving true innovation, this paper and the planned interactive session offers a series of framework based on Porter's idea on Value Chain Analysis to identify factors which leverage activities along a "chain" of delivering an educational service to self-directed learners. Specifically, course design for online delivery is the scenario for open dialog on shifting the paradigm. This paper contains diagrams for discussion slides that introduce the topic and support open dialog among practitioners at the TCC conference 2011
Prepared as an interactive session focuses on participating in shifting the paradigm toward learner-centered curriculum delivery. The key factors for adult education are maturity, accumulation of experience; readiness for learning; being problem vs. subject centered; intrinsic vs. extrinsic motivation; and curriculum that is anchored as problem-centered rather than content-oriented. Where there is a challenge achieving true innovation, this paper and the planned interactive session offers a series of framework based on Porter's idea on Value Chain Analysis to identify factors which leverage activities along a "chain" of delivering an educational service to self-directed learners. Specifically, course design for online delivery is the scenario for open dialog on shifting the paradigm. This paper contains diagrams for discussion slides that introduce the topic and support open dialog among practitioners at the TCC conference 2011
The digital marketplace is changing daily but executives, managers and students are not prepared. We have created the Digitally Integrated Learning Environment to address this need of managers and millennials alike!
Transforming Education through Disruptive TechnologiesAspire Systems
IT budget cuts post-recession have forced education CIO’s to increase dependence on emerging cost-effective technologies like collaboration platforms, web based applications and the now buzzed Cloud Computing. However, the technology invasion in education is still nascent and various revolutionary concepts, like augmented reality and semantic web, are on the verge of becoming mainstream.
To penetrate beyond the inevitable hype and disruption, this webinar will be looking at the following:
- The best emerging technologies that education software providers should invest in
- Technologies recommended for classroom adoption among educational institutions
- Effects of adopting such disruptive technologies
- Obtaining the best out of established technologies
Teaching requirements analysis REET 2014 at RE2014Luisa Mich
Teaching requirements analysis to computer science and information system students raises a number of challenges. One of the most critical is the gap between skills needed to deal with software requirements and those necessary to grasp the business problems. To bridge that gap in teaching requirements analysis students would have to carry out an assignment of analyzing requirements for a non-trivial, term-sized project. Here we analyze the gap and propose a framework for student projects which integrates a model of the computer based system as a solution to business challenges into a template for a business requirements document. The first model comes from information systems literature and the second from an object oriented analysis approach for business analysis. A CASE (computer aided software engineering) tool to support UML (unified modeling language) modeling is also used and we give some guidelines to reduce risks of premature requirements modeling due to students’ tendency to start modeling, even if business analysis and requirements elicitation have just started. The proposed framework has been defined in many years of teaching and allowed to overcome some of the limitations of a traditional UML-focused course. Student projects of different academic terms – in different courses and different degrees – showed improved requirements models and better comprehension of the role of requirements in the later terms. Moreover, the students appeared to have greater interest and motivation towards this area of software engineering.
The digital marketplace is changing daily but executives, managers and students are not prepared. We have created the Digitally Integrated Learning Environment to address this need of managers and millennials alike!
Transforming Education through Disruptive TechnologiesAspire Systems
IT budget cuts post-recession have forced education CIO’s to increase dependence on emerging cost-effective technologies like collaboration platforms, web based applications and the now buzzed Cloud Computing. However, the technology invasion in education is still nascent and various revolutionary concepts, like augmented reality and semantic web, are on the verge of becoming mainstream.
To penetrate beyond the inevitable hype and disruption, this webinar will be looking at the following:
- The best emerging technologies that education software providers should invest in
- Technologies recommended for classroom adoption among educational institutions
- Effects of adopting such disruptive technologies
- Obtaining the best out of established technologies
Teaching requirements analysis REET 2014 at RE2014Luisa Mich
Teaching requirements analysis to computer science and information system students raises a number of challenges. One of the most critical is the gap between skills needed to deal with software requirements and those necessary to grasp the business problems. To bridge that gap in teaching requirements analysis students would have to carry out an assignment of analyzing requirements for a non-trivial, term-sized project. Here we analyze the gap and propose a framework for student projects which integrates a model of the computer based system as a solution to business challenges into a template for a business requirements document. The first model comes from information systems literature and the second from an object oriented analysis approach for business analysis. A CASE (computer aided software engineering) tool to support UML (unified modeling language) modeling is also used and we give some guidelines to reduce risks of premature requirements modeling due to students’ tendency to start modeling, even if business analysis and requirements elicitation have just started. The proposed framework has been defined in many years of teaching and allowed to overcome some of the limitations of a traditional UML-focused course. Student projects of different academic terms – in different courses and different degrees – showed improved requirements models and better comprehension of the role of requirements in the later terms. Moreover, the students appeared to have greater interest and motivation towards this area of software engineering.
1U C I S A I T I L C A S E S T U D Y S H E F F I E L D .docxfelicidaddinwoodie
1U C I S A I T I L C A S E S T U D Y : S H E F F I E L D H A L L A M U N I V E R S I T Y
UCISA ITIL Case Study on Sheffield Hallam
University
1. Introduction
Sheffield Hallam University is a teaching led institution, supported by world class applied research, with
approximately 32,000 students, including overseas students and 5,000 staff. The University is recognised as a Centre
of Excellence for Teaching and Learning.
Information Systems and Technology is part of a Directorate, which also includes the Library and a number of other
areas: the Nursery, Chaplaincy, Student Recruitment and the Registry.
The structure of the University is divided into four Faculties with a number of Schools.
2. Using ITIL
The version of ITIL being used is v2. This has been used since 2000 within the Head of IT Infrastructure’s team (the
Head of the team has a Service Management background). ITIL started more broadly in 2004.
There has been a recent recommitment to ITIL, as other alternatives were reviewed and ITIL was still considered the
most appropriate in the University environment. ITIL is also supported by the Senior Management across IT.
There is a strong service ethos within the University, so ITIL is the most appropriate service management framework
for IT within Sheffield Hallam.
The drivers for ITIL now are:
� This is the right thing to be doing – implementing service management Best Practice
� Customer service is paramount – adding value to the student experience
� Using an existing recognised framework (not re-inventing the wheel)
� Fits with the University commitment to a service culture and increases staff awareness of service
management
� Value for money
Historical reason for ITIL: poor availability – not an issue now, with a highly resilient infrastructure.
3. The service life cycle – service strategy
Governance and strategic direction
There is a new governance structure in place – this was established after a strategic review by the National Computing
Centre.
The governance structure is made up of a number of committees. There is an overall group, which has a number of
senior staff as its members, including Pro Vice Chancellors and Directors. There are then a number of portfolio strands,
including one for Infrastructure and a number for different facets of the business. For example, there is one for
teaching and learning software, finance and HR. It is expected that these portfolios will change according to the needs
of the University, but those like Infrastructure will remain in place all the time.
There is also an Information Systems Management Board, which was established approximately four years ago. This
includes senior staff from the then newly formed four Faculties. This was set up to look at the strategy for running
services and procurement etc. There are a number of technical committees that support this Management Board,
which are all currently still in place. There is a review taking plac ...
1. 1 REVIEWOFICTACBUSINESSANDOPERATIONALSTRATEGY
1.1 CURRENTFUNCTION OF ICTAC ANDITS SUB-UNITS
Office of Director: consists of Ag. Director (1 senior Staff) and few Administrators (including
the Secretary). The office is responsible for the daily operation and general administration
of the ICTAC.
Network Engineer: consists of two staff senior members, responsible for repairing and
managing the institution's computer systems and internet services.
Technical Unit: consist of three Data Entry Clerk staffs and several IT/SIWES students,
responsible for repairing and assisting the network-engineering unit.
CERPU: acronyms for Central Result Processing Unit, consists of several Data Entry Clerks -
at the NITDA computer Lab, entering student result data and getting it ready for approval at
both Faculty level and Business Committee.
Programmers (now called systems analyst): This unit is responsible for development of
applications that aid/support the academic effective operation such as the result processing
and management the University's Registration Portal. However, the programmers now
called Systems Analysts are responsible for supervision of electronic exams.
Float Sub-unit: There are currently two IT positions, functioning as floating position and /or
unit within the ICTAC Unit. The Principal Data Entry Officer (PEO), that works closely with
the Programmers in direct support of their operations. The second is Web Unit who
sometimes acts as a separate entity from ICTAC and the same time as sub unit. The Web
Unit consists of a few programmers now called Systems Analysts too.
1.2 CURRENTCHALLENGESOF ITSERVICESAT THE UNIVERSITY
Inadequate alignment of IT systems to academic goals in order to adapt effectively to meet
the dynamic academic hassle;
Lack of consideration of existing strategies, processes, relationships and objectives;
Lack of realismin attention to the core need, active ownership of the project and/or the
ability to lead what is often a major change management programme;
2. Lack of an agile, streamlined and flexible IT infrastructure as well as skilled personnel and/or
team work;
Misconception of ICT administration and management to a traditional office administration;
Failure to effectively address both current and future need;
Resource constraints and budget limitation;
In addition, lack of understanding of IS Organization's role from an 'IT support services
provider' to a business/academic enabler.
2 WHATS’NEXT
2.1 DEFINEREAL OBJECTIVES
Define short-, medium- and long-term objectives in alliance to the teaching and research
operations
Identify its measurable business objectives and benefits: this means the objectives must be
specific, measurable, achievable, realistic, and with a laid out timeline. Such as:
o Provision of hybrid IT Service model; supporting the institution with excellent learning
delivery system through efficient and effective integration and use of information
technology systems in the next 3 - 5 years.
o Become a productive Unit that maximize success rate by 40% and provide classroom
endorsement by 2018.
o Increase customer satisfaction by 80% by 2015.
o Ensure a good working relation and environment for employees to ensure they deliver
proper services to stakeholders by April 2016.
o Achieve suitable hardware/networking layout that willguarantee effective and secure
communication between Adekunle Ajasin University, its branches and its customers
(Staffs and Students and other stakeholders respectively).
o An effective online learning resource for institution by 2015; ensuring the 21stCentury
dreams and one of Nigeria's leading scholastic providers by 2018.
2.2 IT STRATEGIC PLAN, ITROADMAP AND ITFRAMEWORK
Design and implement IT strategic plan and IT roadmap for growth and efficiency using the
right framework such as.
3. o ITIL - The IT Infrastructure Library: define IT as service management
o CobiT - Control Objectives for Information and Related Technology: define IT
governance
o CMMi - Capability Maturity Model Integration: defines software delivery
2.3 ICT RE-ORGANISATION
Implement ICT Organisational Restructure initiatives. This includes new IT Career definition
to match professional and industry standard through:
o Organised structures based on deliverable not function
o Encourage personal and professional growth through on-the-job training and
conference opportunity to assimilate the necessary personal and organisational
changes
o Encourage innovation, creativity and collaboration
o Encourage fun, career opportunities and challenges
o Define the core and non-core activities
o Discover and nurture talents, even among the students
o Implement 24/7 flexible work environment for ICT professional and technical staff
2.4 FUNDING AND COSTING
IT Costing and Funding: can be sought via corporation such as Microsoft and Google
initiative for Education, and credible and standard R&D operation for sector such as
Banking, Military, Government, Oil & Gas. Other corporation includes KPMG,
PriceWaterCooler, Chevron, and Total Ng. Fund can also be generated via:
o Departmental IT costing (Equipment and Service similar to that of Works and
Services) to minimise resource wastage, loss and theft
o Paid-Print services across campus for both staff and students
2.5 INFRASTRUCTURE INITIATIVE AND ERPIMPLEMENTATION
Employ successful ERP strategy, Design and implement Enterprise Systems to support
business transaction and business processes all across the University structures. Examples
of this includes:
o Google Apps for Education: for communication, collaboration and document
management and so on at no cost
4. o Microsoft Dynamic CRM
o Microsoft SharePoint and Office 365: for collaboration and document management
o Microsoft Lynx: for communication
o Microsoft Azure: for IT infrastructure, Website, communication etc
Design and implement IT Infrastructure Initiative: taking advantage of New Technologies
(Cloud, SaaS):
o Move some of university infrastructures such as document management, website,
networking, and server operation to the cloud services like Microsoft Azure, Amazon,
and Google where necessary. For example, Emailing systems via Google, web
application and file server to either of the three.
o Designand implement effectivecampus-wide network that allow fileand print sharing
o Implement VPN to allow staff member outside the campus to connect to the
University network
o Increase the internet speed to at least 50Mbs with unlimited bandwidth
o Audit existing equipment such as printers, scanners and PCs
o Installation of network printers per department/unit in lieu of multiple ones
2.6 BLOG, INTRANET AND INTERNET
Design andimplementationofIntranet andInternet: Intranet is a publication of vital content
for staff while internet is a publication for potential students/staff and all relevant
stakeholders; as such both should be design to allow its relevant users complete the task they
came to do such as online payment, making request and checking of result. This will include
good learning management systems, admission and payment systems or even a blog. A good
website:
o Customer-centric- find out and focus relentlessly on what the customer really need
the sites for
o Content is critical, task completion and so is its leadership
Design and implementation of blog/social networks: are instantly, easy updated website
that help business save time, money, strengthen customer relationships and improves search
engine ranking (also web-o-metrics) as well as communication. It’s also:
o For project managements and distributed workgroups: status report and deliverables
o Crisis management and additional PR channels
5. o Knowledge management – sharing industry research and white papers
o Serves as touch-points for manager development, performance, on-the-job training
and helps
3 HOWTO’S
Understand various IT Frameworks highlighted above and apply accordingly
Use quick-win tools, best of breed, industry templates and phased approach to deliver
Adopt a change-management programme
Integrate outsourcing decisions into the overall strategy/roadmaps
Design and implement formal outsourcing process and perform capabilities analysis of the
suppliers
Implement effective and efficient relationship management
Set up R&D team in IT related courses to consult for private companies on behalf of the
institution
Setup a global one-stop shop help-desk
Employ more talents in the areas of:
o Web development and project management
o Information management specialist
o Database management
o IT service management
Implement the solutions such as:
o Student’s admission, course registration and result processing and checking using the
same database for data consistence
o Implement EIS such as google apps for education (Gmail, Calendar, Document
management, site, file storage and mobile device security), outlook to manage the
email and calendar.
o Deploy learning and course management systems such as Moodle, Sakia or Atutor
o Blog using either google blogger (which is part of google apps) or WordPress
o Developed intranet and website that support latest technology and SEO
o Setup campus-wide networkormove the networkinginfrastructure tocloud
6. 4 CONCLUSION
Move into the future: what’s new in the technology such as cloud and VPS
Consider more cost-effective alternatives to in-house support and systemmanagement
Overall benefits includes:
o Quick access to information
o Quick and secure file sharing as well as easy document management leading to
paperless environment
o Access to and 24/7 availability of ICT services
o Cost reduction and increase in productivity both in the administrative and academic
section.
o Access to and 24/7 availability of Data and student data consistence