Innovate 2020

Page 99

Artificial intelligence literacy and information ethics for a 4IR society Rachel Fischer

The term “Fourth Industrial Revolution (4IR)” often conjures up images of robots, drones, functioning e-government systems, e-passports and biometric scans. Klaus Schwab’s vision of artificial intelligence, robotics, the Internet of Things, autonomous vehicles, 3D printing, nanotechnology, biotechnology, materials science, energy storage and quantum computing inspires endless opportunities for progress and development in a variety of spheres, including the physical, digital, medical and educational dimensions. What the 4IR specifically enables is the opportunity to conduct simple, everyday activities remotely, effectively and with less human intervention. The sense of individual agency is strengthened as citizens are no longer limited by bureaucratic processes vis-à-vis formal office space. The demarcation between formal and informal spaces has become blurred, presenting the possibility to reimagine “the office”, “the university” and “the home”. However, for all these possibilities and opportunities, there are challenges too. If the 4IR is reliant on trustworthy and stable information and communication technology (ICT), electric and physical infrastructure, what are the implications if a country does not have these? Furthermore, if those with the requisite access, skills and abilities predominantly engage with the 4IR, what does this mean for those who do not have these? Will the lag in ICT development and accessibility exacerbate the digital divide? According to Njuguna Ndung’u and Landry Signé, the 4IR and digitisation can transform Africa into a global powerhouse. They argue that the “spread of digital technologies can empower the poor with access to information, job opportunities and services that improve their standard of living”. Making financial platforms (mobile banking) and education 2 0 2 0

(massive open online courses and mobile education platforms) more readily available to vulnerable groups, such as women, children and the elderly, would support their ability to participate in the knowledge economy, leading to their ability to become drivers for sustainable poverty eradication. Unfortunately, much of the emphasis on the 4IR revolves around digital and physical transformation, without considering the basic skills and literacies that are required to utilise these platforms, applications and processes. In so doing, it is imperative for formal education to prioritise the development and distribution of initiatives that are focused on digital, media and information literacies. The University of Pretoria is a key proponent in this space, as the Department of Information Science has been researching, teaching and promoting information literacy for some time. An example includes the book Navigating information literacy: Your information society survival toolkit, written by staff members Theo Bothma, Erica Cosijn, Ina Fourie and Cecilia Penzhorn in 2006. The Department also offers the Academic Information Management 101 (AIM 101) module to all the University’s first-year students. The scope of the module is to find, evaluate,

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process, manage and present information resources for academic purposes using appropriate technology, to apply effective search strategies in different technological environments, to demonstrate the ethical and fair use of information resources, and to integrate 21stcentury communications into the management of academic information. These are essential skills requirement for the 4IR. The Department of Information Science also presents the Master’s in Information Technology, Stream B, which specialises in Library and Information Science (LIS). The master’s programme has been restructured from 2020 onwards, to specifically engage with LIS in light of the 4IR. The aim of programme is to build capacity to empower the next generation of LIS professionals with knowledge and skills to apply modern ICT in order to support academics and research. The programme is intended for middle-management LIS professionals involved in managing ICT or working in ICT-intensive environments in libraries and information services, as well as faculty members at LIS schools. In addition, the Department hosts the African Centre of Excellence A N D

L E A R N I N G

F O C U S

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Academic activities

2min
page 108

Student achievements

2min
page 107

Academic excellence

2min
page 106

Exceptional female leaders

2min
page 105

Industry collaboration

2min
page 104

JCP students contribute to the fight against COVID-19

1min
page 101

Artificial intelligence literacy and information ethics for a 4IR society

5min
pages 99-100

Career mentorship ensures that graduates are ready for work

4min
pages 97-98

The application of VR technology in mining engineering

5min
pages 95-96

Taking teaching and learning to the next level

5min
pages 92-94

Interactive learning through gaming simulation

4min
pages 90-91

The role of AI in teaching and learning

4min
pages 88-89

wellbeing

4min
pages 85-86

Optimised lockdown strategies for South Africa to curb the spread of COVID-19

4min
pages 83-84

UP academic develops a new theory that will change our understanding of the universe

8min
pages 77-79

Examining underground utilities with ground-penetrating radar

5min
pages 75-76

Expanding the University’s mining footprint

4min
pages 73-74

Low-resourced communities benefit from 3D-printed electronic systems

6min
pages 65-67

The role of materials science in digital manufacturing

4min
pages 71-72

Insight into the Millennial mindset: The impact of Industry 4.0 and Society 5.0

8min
pages 62-64

Enhancing universities’ contribution to the SDGs

5min
pages 54-55

Convergence of cybersecurity and big data science

10min
pages 58-61

Society 5.0: Humans in a digital world

4min
pages 56-57

Design and implementation of conduit hydropower plants in the City of Tshwane

5min
pages 49-51

Providing leadership for the sustainable development of industry, innovation and infrastructure

4min
pages 52-53

Predicting the behaviour of reinforced concrete structures

6min
pages 46-48

Pavement engineering research makes a positive impact on livelihoods

9min
pages 42-45

The faces of Engineering 4.0

11min
pages 38-41

Responding to the challenges of industry

4min
pages 36-37

Educating civil engineers for the future

2min
pages 34-35

Upgraded concrete laboratory is a first in Africa

2min
page 33

An innovative mechanical design system: Developed for engineers by engineers

6min
pages 30-31

A living laboratory for Civil Engineering

1min
page 32

Creating critical mass for the transportation engineering sector

3min
pages 24-25

Laboratories and training facilities

4min
pages 22-23

Designing a state-of-the-art facility

4min
pages 26-29

Optimising the value of cochlear implants through computational modelling

8min
pages 17-19

Thoughts about innovation from the perspective of an innovator

7min
pages 15-16

Engineering 4.0 cements UP’s research footprint on the global stage

2min
pages 20-21

Message from the Dean

1min
page 6

Message from the Deputy-Dean: Teaching and Learning

1min
page 10

Best Global Universities Rankings

2min
page 7

Kinematic robotic arm provides 6° of freedom

10min
pages 11-14

Message from the Deputy-Dean: Research and Postgraduate Education

3min
pages 8-9
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