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Students Battle It Out At The HIT NESAC Engineering Competition: Best Projects And Their Proposed Solutions

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Earlier on we noted that we were at the on-going preliminary National Engineering Students Awards Competition being hosted at Harare Institute of Technology and there were some interesting projects at the competition.

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8 contestants competed in the oral section and we’ll take you through the solutions that were in the top 3.

#1- Production of 15 Tonnes/Day cement from water treatment sludge and limestone for construction of roads and pavements

If you use the Zimbabwean road transport potholes are probably just a normal facet of life. If you think about it, there are many children in our country who have never experienced or seen properly maintained roads. Just last week I almost rolled my ankle when I walked into a pothole on my way home! NO ONE IS SAFE! Even the pedestrians are tired of potholes.

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This is why even though Mayibongwe’s project was very technical, not once did the audience become restless as they were eager to see how one of their biggest problems can be solved.

According to Miss Sibanda:

This study focuses on solving two major issues which are management of municipal water treatment sludge which is currently being dumped at treatment plants and secondly the formation of potholes that have become the characteristic feature of Zimbabwean roads  due to excessive traffic.

Her experiments proved it was possible to make road construction cement from sludge. The ingenuity of this solution was that it was a solution to a problem that resonates with a large crowd.

The only questions posed to Mayibongwe Sibanda were in relation to the strength of her materials which were not as being weaker than asphalt and also the fact that cement takes a longer time to settle than the tar currently being used. These factors did not deter her progress as judges felt this was the strongest project among them all.

Mayibongwe Sibanda  
#2- Designing and fabrication of a fibre reinforced plastics lap desks for poorly funded primary schools

The issue surrounding resources in schools is not news anymore. We are all aware of the fact that resources are lacking but what we are not doing, however, is proposing solutions. That’s not the situation for Tanyaradzwa Masaire, who designed a lap desk that can be distributed in primary schools that lack funding to get the wooden desks we have become accustomed to.

This is a great solution that will reduce stress in the schools and give students in this societies a much better educational experience than the one they’ve been getting thus far. Gone are the days of writing on the ground or on your classmates back. Now you can have a portable desk that you can use on your laps and get productive.

The desk is made of reinforced fibre which when tested proved to have stronger impact absorption and is also harder to vandalize than wood. A question was posed to Tanyaradzwa in regards to the way fibreglass is irritating to the skin and how she would counter this. She noted that there were multiple layers of coating applied to the glass with the intent to prevent the kids from being in contact with the fibreglass. This solution is targeted at schools with low-funds and even NGOs who can buy these and then donate are also part of the target market.

The desk was projected to cost $12and according to Tanyaradzwa this is much cheaper than ‘normal’ desks which cost around $25.

Tanyaradzwa Masaire
#3- Green Fuel from laminated plastic composite wastes: a case for Unilever Zimbabwe.

Talent Dewah from the Polymer Technology and Engineering scooped third place with his presentation which proposed a solution for putting laminated plastics –e.g the one used for Royco packaging- to use once they are disposed of.

His project used a process called pyrolysis with great emphasis on plastics that can’t be recycled. This process of pyrolysis allows a green fuel in the form of heavy oil (diesel) to be harnessed from plastics waste.

The project was targeting companies such as Unilever who use this kind of plastic in their packaging of products. According to Dewah, these companies are currently footing huge bills to a South African company which is contracted to collect the waste and convert it into a green fuel. The only problem is this company is in SA and the benefits are only realised there whilst if this project was carried out locally the fuel generated would be expected to power farm implements under the new command agriculture in Zimbabwe. The project would also reduce carbon footprint if implemented whilst also creating employment through industry.

Talent Dewah

Till next time…

It was great to see such experiments and projects coming from local minds and hopefully in this ‘new dispensation’ where our country is supposed to be open for business these ideas and students coming out of institutions with grand plans can get an opportunity to share their solutions with the people

Harare Institute of TechnologyCommand Agriculture

Harare Institute of Technology (HIT) is a Zimbabwean University offering technologically inclined courses.Harare Institute of Technology is the hub of technology development and delivery of technology programmes at undergraduate and postgraduate level. Read More About Harare Institute of Technology

The Targeted Command Agriculture is a Zimbabwean agricultural scheme aimed at ensuring food self-sufficiency that was introduced at the start of the 2016 - 2017 farming season following the drought of the previous season. The scheme was introduced as Zimbabwe struggled with economic problems. It... Read More About Command Agriculture

5 thoughts on “Students Battle It Out At The HIT NESAC Engineering Competition: Best Projects And Their Proposed Solutions

    1. Hi. i believe that would be great, but these were oral presentations only, so i don’t think it was necessary.

      1. Engineering projects are practical solutions not talk shows we need to see the solution in action please !!!!!!!!!!!

  1. Gecko, I don’t means the protypes but the SOLIDWORKS renders and such, I saw some simulation pictures on the wall. Just the CAD drawing would be enough. Being an engineering student myself I know they had them in their PowerPoint presentations

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