Last Name | First Name | Project Title | |
Abrahams | Z (Zander) | Line balancing: improving the production of an abattoir facility with a hybrid simulation approach | |
Andersen | FJ (Frederik) | Development of an effective and efficient optimisation programme using machine learning for a Simio simulation model | |
Andhee | E (Ekisha) | Improving the downtime caused by logistics with acceptance sampling | |
Andrews | GR (Greg) | Exploring the capabilities of a project portfolio digital twin as a vessel for unlocking inherent potential within a property service organisation | |
Anonymous | The optimisation of space allocated to the storage of various scrap materials at Wispeco Aluminium | ||
Anonymous | An investment prioritisation model for the South African Post Office from an engineering economics perspective | ||
Anonymous | Storage optimisation within a paint company | ||
Badenhorst | WA (Wiam) | Using system dynamics modelling to uncover the causes, spread and control of a mutated viral infection during a pandemic | |
Bala | M (Minke) | Inventory procurement and sourcing at the decoupling point | |
Ball | MC (Melissa) | An industrial engineering approach to care coordination at the Community Oriented Substance Use Programme | |
Beamish | CF (Cydney) | Framework for the minimisation and monitoring of waste at a floral e-commerce company | |
Bench | C (Caileigh) | An improved prioritisation solution and methodology to help scale low-code as a service in a large logistics company | |
Blane | SH (Sean) | A business case solution for the provision of wireless internet to low-income areas | |
Boshoff | R (Rianca) | Optimal production planning and press line scheduling at the Ford Motor Company of Southern Africa | |
Botes | CM (Cara) | A machine learning approach towards customer lead classification | |
Botha | JA (Junanda) | A study on the financial benefit or detriment to Dairy Group of operating a milk collection depot in KwaZulu-Natal | |
Brown | AJ (Adam) | Approaching a solution for operational scalability for TreasuryONE automation using systems engineering | |
Brownlee | TS (Tanna) | Optimising a cellar layout for a wine distribution company | |
Cardoso | MdM (Michael) | Sustainable warehouse design | |
Carrim | M (Mirza) | Improvement of purchasing and demand management for Metro lifestyle through the use of forecasting | |
Chiapperini | D (Dante) | Improving a robotics process automation project by redeveloping a low-code application | |
Chimeri | R (Ratidzai) | The platform redesign for the adminstration of vacation work reports | |
Craig | J (Jason) | The design and implementation of a simulation model to improve and optimise truck-fuelling operations | |
Dawood | MA (Muizz Ahmed) | Improving the productivity of a production line at Amka Products | |
de Bruyn | S (Simoné) | Documenting, measuring and analysing LINAC treatment processes in the Oncology Department | |
de Witt | M (Marni) | Using big data analytics to understand and eliminate the cause of reject billets at Wispeco Aluminium | |
Dickinson | CH (Hasting) | Complex production scheduling due to multiple product combinations per machine | |
Dry | D (Danzelle) | Predictive modelling of indoor particulate in informal settlements using system dynamics modelling | |
Dutton | KM (Kirsten) | Streamlining an enrollment process via digital innovation | |
Dwarika | R (Rovi) | Design of a preventive maintenance model for brass condenser tubes of a thermal power plant | |
Ebersohn | C (Chané) | Improving the work scheduling process used when allocating students to different departments in the University of Pretoria Oral Health Centre | |
Engelbrecht | WG (Willie) | Simulation modelling and optimisation of a manufacturing assembly line | |
Faller | MG (Mitch) | Manufacturing plant optimisation and the development of a material resource planning system | |
Fitzsimons | ECF (Emma) | Development of a quantitative metric system for measurement, analysis and improvement of customer experience |
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Fourie | L (Liza) | Using a machine learning model to study the potential chances of job opportunities for a fresh graduate in a specific career path | |
Giessing | RM (Ruan) | Developing a process improvement framework for a general insurance company | |
Good | VN (Vincent) | Modelling vehicle emissions data using bayesian networks | |
Gouws | B (Brandon) | Optimising the flow of inventory in a distribution centre | |
Govender | W (Wendy) | Layout redesign and lean packing process in a small distribution centre | |
Grotius | GC (Gustav) | The design, analysis and evaluation of an inventory management system using software systems | |
Hancock | MS (Myles) | Scrap reduction in an injection moulding facility | |
Haq | MW (Mohammed) | Multiple objective portfolio selection in public stock investments | |
Hattingh | C (Carla) | Minimising Cintocare's financial gap by identifying inventory management systems that need optimisation | |
Heymans | D (Dominique) | Improving order fulfillment and logistics at Talisman Hire franchise with a focus on demand forecasting and minimising travel costs | |
Hill | EJ (Edward) | Profit optimisation in the forestry sector: A simulation-based optimisation model approach | |
Hitchcock | OEJ (Olivia) | Optimising the University of Pretoria Oral Health Centre production laboratory's flow and facility layout | |
Ilunga | DB (Deborah) | Designing a data collection model which accounts for rigging and violence in elections | |
Jackes | BF (Brandon) | Analysis and optimisation of Autoqc | |
Jaffer | MR (Muhammed) | Streamlining production planning and inventory management processes at Habot Oil |
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Kalitera | GD (Glyn) | The design of an efficient information system for a Community Oriented Substance Use Programme | |
Koenaite | MF (Francina) | Optimisation of the furnace charge structure for an aluminium foundry | |
Krause | JJ (Janco) | The benefits of robotics processing automation using queueing theory | |
le Roux | AH (Annatjie) | Core business process definition and workflow optimisation of Derby Fuel & Truck stop | |
Loots | T (Tarryn) | Facilities planning and layout design for a lubricant blend plant | |
Louw | JP (Johan) | Inventory management and plant layout for Sinvac | |
Mabalayo | T (Thoriso) | Developing a tool to optimise the number of branches at the South African Post Office | |
Mapheleba | R (Rorisang) | Optimising the flow at a Aerosud receiving warehouse | |
Mc Inerney | SE (Sara) | The development of a dynamic class-based storage assignment policy to increase warehouse throughput | |
Miruho | JAB (Joel) | Identification and classification of brain tumours in MRI scans as being cancerous or non-cancerous with the aid of machine learning | |
Mlomzale | ELT (Llona) | Determining the optimal inventory policy to counter stock-outs at a rotational moulding factory | |
Mokwanyane | ML (Lesedi) | Intelligent stock tracking for overall warehouse improvement | |
Mouton | AA (Adriaan) | Location and facility analysis for a new Pharmavalu wholesaler | |
Moyo | NL (Ngonidzashe) | Business process re-engineering for a client company | |
Mudanalwo | NM (Mona) | Development of a predictive model to estimate the economic sustainability of a business system | |
Mulaudzi | MM (Mackenzie) | Analysis and design of the purchasing department's information system in a hardware store | |
Naidoo | CRJ (Courteney) | Optimisation of employee structure efficiency of the Community Orientated Substance Use Program | |
Narainsamy | K (Kavisha) | A lean engineering approach to improving bottling operations at a lubricant blend plant | |
Ncube | JM (Jasmin) | Applying business engineering and facility design at Ncube Place | |
Nel | C (Chané) | Managing waste in a formal retail supply chain environment | |
Nel | H (Hendri) | Improved inventory management policies for uncertain demand environments | |
Ngobeni | MD (Daniel) | Improving reporting efficiency within a business analytics department of a large logistics company | |
Nhamo | WC (Cleopatra) | Throughput analysis and improvement at Horizon Global (Pty) Ltd | |
Noël | CV (Caitlin) | Miniload automated storage and retrieval system optimisation | |
Nortje | C (Carla) | Using capacity plan modelling and facilities planning to increase the efficiency of the Sir Fruit factory | |
Novello | R (Riccardo) | Database design for improved inventory management | |
Odendaal | AG (Adriaan) | Optimising the school-parent communication system for a public South African school | |
Ohlhoff | M (Marilee) | Maximising milk production at the Hillside Farm Trust dairy farm over the next 10 years | |
Olivier | EG (Erik) | Process optimisation of Moneybags (making Moneybags great again) | |
Paris | AE (Alessio) | The optimisation of batch picking to reduce the travel distance of picking employees | |
Pieterse | C (Carmen) | The financial sustainability of a potential recycling buy-back centre in Calvinia |
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Pieterse | W (Welmar) | Using facilities planning to achieve overall efficiency within the process flows at Miami canners | |
Pillay | M (Mikayla) | Identification of patterns and relationships in projects undertaken by students during vacation work | |
Posholi | RI (Rorisang) | A framework for effective enterprise data governance | |
Prinsloo | M (Müller) | Progression towards efficient manufacturing at Energy and Combustion Services | |
Rice | S (Sean) | Facilities storage plan while optimising inventory flow between warehouse storage and distribution | |
Ringdahl | RC (Royd) | Design and financial feasibility study of a potential “buy back centre” for recyclable waste management in a rural town | |
Roos | A (Alma) | Evolve from need: facilities improvement, expansion of operations, and the viability of tele-education | |
Scheepers | J (Juliana) | Upgrading the accounting information system of a local start-up in the service industry | |
Schoeman | M (Maxwell) | An IoT powered machine monitoring system to improve data collection and communication at an automotive parts manufacturer | |
Scholtz | CE (Cornelia) | The optimisation of tow motor routing for an automotive OEM company | |
Sebola | TO (Tlou) | Optimising procurement and logistics activities at Aerosud | |
Sheik Ahmed Thoken | H (Husain) | Improving patient flow at the University of Pretoria Oral Health Centre using discrete event simulation | |
Sibeko | SM (Sthembiso) | Improving the efficiency of line 3 through idle time minimisation. | |
Simay | V (Vidhur) | Expansion analysis: A new and comprehensive logistics solution | |
Smith | C (Calvin) | A system dynamics approach to learner number forecasting | |
Strydom | S (Shannon) | Investigating the feasibility of developing a risk model for motor insurance using generalised linear modelling | |
Sutherland | D (Donovan) | Optimisation of key business processes of a short-term insurance company using robotic process optimisation | |
Swart | A (Anjó) | The standardisation of master reports for a multinational service provider | |
Swart | O (Omar) | The redesign of Protea Chemicals' supply chain network | |
Tallack | CA (Caitlin) | Using explainable AI to reduce the uncertainty of cash-flow prediction | |
Thomas | AV (Arun) | Process management and a process visibility system | |
Tortosa Solsona | JA (Antonio) | Cycle time reduction of a bakery workstation by using lean tools and facility layout planning | |
van der Merwe | CD (Christene) | Streamlining the operations of a digital imaging unit using lean six sigma | |
van Rooyen | JA (Albert) | The design of an information system to assess advanced social and impact data in the poultry industry | |
Verster | L (Leané) | Design of a process to manufacture and control the quality of the crash block at Valoworx | |
Walters | BL (Bardeen) | Automating collaboration to improve innovation within a large logistics company | |
Watts | AS (Adam) | Facility relocation for layout optimisation and integration of a lean philoshy | |
Wolvaardt | RB (Rut) | The application of mathematical optimisation to cable stock management |
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