The Human Side of Service Science,     Engineering and Management    Challenges and Justifications for A User-Centric Qual...
Human-Centric Quality ModelFor today, how/for what and not why?
Agenda Quality attributes and model of services  and service systems Implications on/for human-centric service  design ...
Motivations Software and service Service as a software Service systems and software systems Service-oriented engineeri...
Motivations                          Service SystemsTechnology side                              Service Systems  SOA, We...
What is service systems quality?A service system is a configuration of   hardware, software, information,    technology an...
The back and front side of servicesystems quality
The back side
The front side: the human and themultiple user interfaces
Existing service quality modelSERVQUAL   Service quality can be measured as the gap between    the service that customers...
The 10 aspects of service quality inEVALQUAL Reliability, responsiveness, competence,  access, courtesy, communication, c...
Other models Variants of SERVIQUAL such as  SERVPERF Satisfaction questionnaire Key indicators performance (KPIs) ISO ...
Drawbacks Traditional versus computerized  (electronic or SasS) services   Patterns of human experience and behaviors N...
Beside quality models, designpatterns … Proven solutions for well-known problems  that occurs in several usage contexts a...
TrustfulnessMcKnight & Chervany (1996) Trust is the extent to which and individual  or an organization is willing to depe...
Pattern of trustfulness  Online shopping takes place between parties who have never transacted   with each other before, ...
Privacy Privacy is the ability of an individual or a  group of people (an organization, a  community) to stop information...
Pattern of privacy and reputation  It is difficult, if not impossible, to complete a transaction   without revealing some...
Universality Universality is the ability to supporting a broad  range of hardware, software, and network  access and acco...
Patterns for universality Sorry, I do not have  it yetPh.D thesis Designing a  universal online  service: investigating ...
But… We need to assess the quality of design  patterns as well
The three legs of a user-centricquality model of services
When (Practices), What (Factors) and Who(Human) in the Design Loop                                Factors	                ...
Quality model components  A set of factors      15 factors  A list of criteria which are   measurable sub-factors     ...
Not just… Services Service systemsBut, Early design artifacts: prototypes, storyboards,  sketches, Engineering documen...
Example 1: Design of ATM services                        Factors
Example 2: Usability Evaluation of ATMservices
User/usage-centered design
Understanding and modeling userand user experiences Identify and examine the different types of  people who could play a ...
Patrick
Scenario of usage, behavioral path
Human-centric service design: Thewhole picture Scenario + persona as a platform for  human engagement and service consume...
Conclusion Bridging the front and the back side in  service design Closing the gap between disciplines as  stated by SSM...
Further reading  Adding User Experience into the Interactive Service   Design Loop: A Persona-Based Method, Behavior and ...
Join us…  Special Session on HCI concerns in Service Engineering. First   Conference on the Human Side of Service Enginee...
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Seffah iess11 keynote the human side of service science

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Seffah iess11 keynote the human side of service science

  1. 1. The Human Side of Service Science, Engineering and Management Challenges and Justifications for A User-Centric Quality Model of Services and Service Systems Ahmed Seffah Keynote talk for the Second International Conference on Exploring Services Sciences, Geneva, February 16, 2011
  2. 2. Human-Centric Quality ModelFor today, how/for what and not why?
  3. 3. Agenda Quality attributes and model of services and service systems Implications on/for human-centric service design Persona, measures and patterns as design tools
  4. 4. Motivations Software and service Service as a software Service systems and software systems Service-oriented engineering  Where previously objects were linked to compose software systems,  We now see the emergence of independent services that can be put together dynamically at run time to form a system of services
  5. 5. Motivations Service SystemsTechnology side Service Systems  SOA, Web services such as directory Serviceservices, description languages, andinvocation standards, Universal ServiceDescription, Discovery and Integration(UDDI), Web Services Description ServiceLanguage (WSDL), and the Simple ObjectAccess Protocol (SOAP) HumanHuman side  The interfaces and interactions between Humanthe services, service systems and/orservice developers, providers, brokers,users consumers and the many other Humanstakeholders
  6. 6. What is service systems quality?A service system is a configuration of hardware, software, information, technology and organizationalnetworks designed to deliver servicesthat satisfy the needs and aspirations of customers.
  7. 7. The back and front side of servicesystems quality
  8. 8. The back side
  9. 9. The front side: the human and themultiple user interfaces
  10. 10. Existing service quality modelSERVQUAL  Service quality can be measured as the gap between the service that customers expect and the performance they perceive to have received. Respondents rate their expectations of service from an excellent organization, and then rate the performance they received Service quality is calculated as the difference in the two scores where better service quality results in a smaller gap (Landrum, Prybutok, Kappelman, & Zhang, 2008).
  11. 11. The 10 aspects of service quality inEVALQUAL Reliability, responsiveness, competence, access, courtesy, communication, credibility, security, understanding or knowing the customer and tangibles  Nyeck, S., Morales, M., Ladhari, R., & Pons, F. (2002). "10 years of service quality measurement: reviewing the use of the SERVQUAL instrument."
  12. 12. Other models Variants of SERVIQUAL such as SERVPERF Satisfaction questionnaire Key indicators performance (KPIs) ISO standards such as ISO 9000, ISO 9126, etc.
  13. 13. Drawbacks Traditional versus computerized (electronic or SasS) services  Patterns of human experience and behaviors New factors are emerging  Trust, privacy, universality, Predictive measures  Assess frequently and as early as possible is better  Lack of tools and standardized benchmarks for testing
  14. 14. Beside quality models, designpatterns … Proven solutions for well-known problems that occurs in several usage contexts and projects
  15. 15. TrustfulnessMcKnight & Chervany (1996) Trust is the extent to which and individual or an organization is willing to depend on something (e.g service or system) or somebody (human, organization) in a given context with a feeling of relative security and safety, even though negative consequences are possible.
  16. 16. Pattern of trustfulness  Online shopping takes place between parties who have never transacted with each other before, in an environment   The service consumer often has insufficient information about the service provider, and about the goods and services offered.   E.g. The consumer generally has no opportunity to see and try products, i.e. to “squeeze the oranges”, before he buys.  The service provider, on the other hand, knows exactly what he gets, as long as he is paid in money.   Face to face communication patterns cannot be applied, call us, we will help you! Also does not work  (Barnes et Vidgen, 2001a ; Bressolles, 2002a; Wolfinbarger et Gilly, 2002) proposed a design pattern   If the consumer can not try the product or service in advance, he can be confident that it will be what he expects as long as he or she gets all the information online.   The pattern indicate how much, when and how to make visible the information
  17. 17. Privacy Privacy is the ability of an individual or a group of people (an organization, a community) to stop information about themselves from becoming known to an individual, a group of people and organization other than those they choose to give the information to
  18. 18. Pattern of privacy and reputation  It is difficult, if not impossible, to complete a transaction without revealing some personal data – a shipping address, billing information, or product preference.  Users may be unwilling to provide this necessary information or even to browse online  (Hafiz, 2006) suggeted four design patterns that can aide the decision making process for the designers of privacy protecting systems.  These patterns are applicable to the design of anonymity systems for various types of online communication, online data sharing, location monitoring, voting and electronic cash management.
  19. 19. Universality Universality is the ability to supporting a broad range of hardware, software, and network access and accommodating users with different skills, knowledge, age, gender, handicaps, literacy, culture, income, while bridging the user knowledge gap between what users know and what they need to know
  20. 20. Patterns for universality Sorry, I do not have it yetPh.D thesis Designing a universal online service: investigating patterns for universal design Facebook, twitter, yahoo, etc. are good examples of universal services
  21. 21. But… We need to assess the quality of design patterns as well
  22. 22. The three legs of a user-centricquality model of services
  23. 23. When (Practices), What (Factors) and Who(Human) in the Design Loop Factors   1.  Usability   Human   2.  Effec4veness   •  End-­‐Users   3.  Efficiency   •  Indirect-­‐users  Prac%ces   4.  Sa4sfac4on   Stakeholders    Usage   •  Human  factors  /HCI  expert   5.  Learnability     •  UI  developers   6.  Universality   •  Programmers    Requirements   •  Analysts    Design   7.  Acceptability   •  Technical  support    Evolu4on     8.  Adop4veness   •  Educators    Maintenance   •  Managers   9.  TrusPulness    Management   •  Providers    Governance   10. Safety   •  Brokers    Deployment   11. Usefulness   •  Etc.    Marke4ng   12. Privacy    Quality  assurance   13. Sustainability    Process     improvement   14. Comprehension   15. Accountability  
  24. 24. Quality model components  A set of factors   15 factors  A list of criteria which are measurable sub-factors   30 criteria  A large repository of measures both qualitative and quantitative Factors   50 measures Criteria  The related techniques to collect Measure and analyze data  Data are collected using final Data service, Final service or service system Design artifacts
  25. 25. Not just… Services Service systemsBut, Early design artifacts: prototypes, storyboards, sketches, Engineering documents: requirement portfolio, business plan
  26. 26. Example 1: Design of ATM services Factors
  27. 27. Example 2: Usability Evaluation of ATMservices
  28. 28. User/usage-centered design
  29. 29. Understanding and modeling userand user experiences Identify and examine the different types of people who could play a role A persona contains information about a fictitious, archetypical person who holds an interest in the service.  User Knowledge, skills, and abilities  goals, motives, and concerns  Usage patterns that a user would have of the system.
  30. 30. Patrick
  31. 31. Scenario of usage, behavioral path
  32. 32. Human-centric service design: Thewhole picture Scenario + persona as a platform for human engagement and service consumer experiences modeling Patterns as a tool to derive service system from scenarios and persona Quality model to assess and predict quality in use of services and service systems
  33. 33. Conclusion Bridging the front and the back side in service design Closing the gap between disciplines as stated by SSME manifesto
  34. 34. Further reading  Adding User Experience into the Interactive Service Design Loop: A Persona-Based Method, Behavior and Information Technology Journal  P2P Mapper: A Tool for Modeling User Experiences and Deriving User-Experience Driven Designs. AIS Transaction on Human Computer Interaction
  35. 35. Join us…  Special Session on HCI concerns in Service Engineering. First Conference on the Human Side of Service Engineering, Jan Jose, July 2011  Workshop on HCI concerns in Service Design and Engineering  2011 Edition - Software as a Service: A User Experience Design PerspectiveIn conjunction with  IEEE SERVICES 2011 – The Seventh World Congress on Services, July 5-10, 2011, Washington DC, USA  INTERACT 2011 – 13th IFIP-TC 13 Conference on Human Computer Interaction September 5-9, 2011, Lisbon, Portugal 
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