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"Education is the Pathway to a Sustainable Future "


Prof P. Musonge
Deputy Dean
Faculty of Engineering & the Built Environment
Durban University of Technology
Steve Biko Rd, Durban, KZN, South Africa, 4000

email:, Skype:dempt100 Tel: +27(0)31-373-2762

...Process Simulation & Optimisation Group... Blackboard ...A bit of FUN... Turnitin


Professor Paul Musonge, obtained a PhD in Chemical Engineering from the Imperial College, University of London, in 1983. His PhD was in the field of Computational Fluid Dynamics (development of turbulence models). With the exception of 10 years spent in the private sector and entrepreneurship, 22 years of his Post-Doctoral career has been in the development and teaching of a range of Chemical Engineering Programs from the Diploma to Post-graduate levels and research activities in the broad area of Process Optimization and Engineering Education.

Professor P. Musonge, of African-Canadian origin joined the Durban University of Technology in 2012, after an international academic career across a wide range of English and French institutions; Ahmadu Bello University (Nigeria), University of Ngaoundere (Cameroon), University of Karlsruhe (Germany), University of London (UK), Willis College of Technology (Canada), Cape Pennisula University of Technology (South Africa) and the University of Cape Town (South Africa).

Professor P. Musonge, has been a recipient of a number of Prestigious Research Fellowships and Visiting Academic status including the British Council Research Fellowship, Royal Society of London Research Fellowship, Rolls Royce (UK) Senior Research Fellowship, DAAD - German Research Fellowship and the African Visiting Academic Fellowship at the UCT.

Professor Musonge's current Professional interest is in the Globalization of Postgraduate Education in Engineering in order to build capacity for the next Generation of Academics and Industry Leaders in developing countries. A process that is intended to offer internationally recognized qualifications through the creation of Instructional Centres and a Workplace research component.


  1. Effects of synthesis parameters on the properties of ZSM-5 and selectivity to gasoline range hydrocarbons during ethanol conversion. S. B. Jula - MEng

  2. Implementation and Evaluation of a Woven-fibre Microfiltration Gravity Filter (WFMF-GF) in South Africa S. Vallabh - DEng

  3. Prediction, modelling and optimization of biodiesel properties from the chemical composition of feedstocks. A. Etim - DEng

  4. The removal of heavy metals from industrial waste water using natural, synthetic and surfactant modified clays. S .P. Gumede - MEng

  5. COD Fractionation for process modelling and design considerationsT.Y.S Jwara - MEng

  6. Optimisation of biodiesel production from croton gratissimus oilP. C. Jiyane - MEng

  7. Energy Optimization in the production of Biodiesel from vegetable oils I. N. Sithole - MEng

  8. Optimum operating conditions for the production of biodiesel from used vegetable oils. O. Olusegun - MEng

  9. An evaluation of micro-scaled TiO2 on bacterial degradation and recovery in potable water. P. Dlamini - MEng – completed 2016

  10. Feasibility of using chitosan as a coagulant in the treatment of sugar refinery effluent. R. L. Pambi - MEng - completed 2015

  11. Optimum Conditions for the production of Sub-micron Cobalt Powder. H. Andricia - M Tech - completed 2015


  1. The performance of a packed bed membrane reactor for the production of biodiesel. 2nd International Conference on Composites, Biocomposites & Nanocomposites, Durban University of Technology, South Africa, 28-30 October 2015. Olagunju, O.A and Musonge, P.

  2. Removal of impurities from the resin-plant effluent using an organic coagulant. 2nd International Conference on Composites, Biocomposites & Nanocomposites, Durban University of Technology, South Africa, 28-30 October 2015. Pambi, R. and Musonge, P.

  3. The Efficiency of Chitosan as a Coagulant in the Treatment of the Effluents from the Sugar Industry, Journal of Polymer Materials: Vol. 32, No. 1 , 2015. Pambi, R. and Musonge, P

  4. Influence of Effluent Type on the Performance of Chitosan as a Coagulant. International Journal of Futuristic Trends in Engineering and Technology Vol. 2 (1), 2014 Pambi, R. and Musonge, P

  5. The determination of porosity for pseudo-binary incompressible slurries. 3rd Afro-Asian International Conference of Science, Engineering and Technology. Vadodara, Gujarat, India, 27-28 March 2015. Musonge, P and Nemutamba L.A.

  6. Influence of effluent type on the performance of Chitosan as a coagulant. 2nd Afro-Asian International Conference of Science, Engineering and Technology. Vadodara, Gujarat, India, 11-12 October 2014. Pambi, R. and Musonge, P.

  7. Influence of effluent type on the performance of chitosan as a coagulant. International Conference on Chemical Thermodynamics (ICCT)/SAIChE. 27 July-1 August 2014. Pambi, R. and Musonge, P.

  8. The production of sub-micron cobalt powder in a two-step furnace. Institutional Research Day, Durban University of Technology, 27 Nov 2013. Hareepersad, A, Musonge, P, Swahala, F.M, Pillay, V.L, Oehlers M.
  9. Photocatalytic degradation of organics in river water by micro-scaled TiO2. Institutional Research Day, Durban University of Technology, 27 Nov 2013. Zwane, X.P., Dlamini, C.P. and Musonge, P.

  10. Quality Assurance and Capacity Building in Engineering Education. 9th World Congress of Chemical Engineering. August 19-22, 2013, COEX, Seoul, Korea. P. Musonge and D.M Fraser

  11. Single step, high volume production of sub-micron cobalt powder. 18th Plansee Seminar, Refractory metals ? Powders Production and Recycling. 2013, pp1003 - 1015, Reutte, Austria. Hareepersad A., Musonge P., Swahala F.M., and Oehlers M.


Applicants for the MEng must have a B.Sc(Hons)/BTech degree or equivalent in Chemical Engineering with a minimum of a Second Class Upper Division. Applicants for a DEng must have a MSc/MEng in Chemical Engineering. Suitable applicants for Full-time studies will qualify for an NRF/DUT Bursary. Preference will be given to applicants who demonstrate competence in any of the following areas: Design of Experiments, Artificial Neural Network Modelling and Response Surface Methodology, GC-MS Technology.


  1. Modelling the effect of particle size distribution on the filtration of mineral slurries.

  2. ANN Model developments for student performance in Engineering.

  3. Prediction of blade failure in standard stirred tank reactors.

  4. Implementation of the Virtual Design of Experiments (VDOE) technique.

  5. The photo-catalytic disinfection of river water in a tubular coated reactor.

  6. Competitive adsorption models of heavy metals pollutants from bi-solute systems.

  7. Adsorption Model for a multi-component organic/acid/heavy metals wastewater effluents.

  1. Statistics Done Wrong
  2. Engineering Statistics
  3. Stats e-handbook 1
  4. Stats e-handbook 2
  5. Research Methods
Opportunities for Students
  1. Win A Bursary
  2. Selling Airtime Online