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24 April 2024 | Story Leonie Bolleurs | Photo Supplied
Eco-vehicles race
Join the UFS on 18 May 2024 from 10:00-13:00 at the Red Square Parking area for the seventh annual Kovsie ACT Eco-Vehicle Race. Come and support your favourite team to victory!

Kovsie ACT at the University of the Free State (UFS) proudly presents the seventh Kovsie Eco-Vehicle Race, set to take place at the Equitas Parking area on the Bloemfontein Campus.

According to Karen Scheepers, Assistant Director: Student Life, ten teams will be participating in this year’s race, featuring the three UFS campuses as well as the Central University of Technology. The event promise excitement like never before.

Scheepers says, besides an exciting race, spectators can look forward to a new track and viewing area. She invites the public, staff and students to come and support the competing teams as they showcase their skills on the racetrack.

Event details:

  • Date: Saturday 18 May 2024
  • Time: 10:00-13:00
  • Venue: Red Square Parking area (opposite George du Toit Building)

Breakdown of the programme:

09:00 -10:15 Performance by student artists 
10:15 -10:35 Walkthrough by judges
10:35 -10:40 Welcoming
10:40 Races commence
12:30 -13:00 Announcement of winners

13:00 -14:00 Performance by student artists

The Eco-Vehicle Race marks the culmination of a nine-month co-curricular skills programme, aimed at empowering participating students with a set of skills for the world of work. Through this programme, they are equipped with basic knowledge and abilities on sustainable energy, enabling them not only to compete in the eco-vehicle race but also to comprehend the inner workings of the vehicle. This understanding is important to the teams for when they are doing repairs during the race.

Students will be competing in three events:

• Obstacle course: Teams will be challenged by obstacles to test their control over the car.
• Smart lap: A timed lap in which the drivers take the main track for the first time.

• Endurance race: The teams need to finish as many laps as possible using the least amount of energy in 45 minutes.

The winners of the three events will each be awarded a trophy. Additionally, there will be a trophy for the best pit stop as well as a spirit cup for the team with the best energy and support from the audience.

For more information, contact Teddy Sibiya.

News Archive

Medical team performs first hybrid procedure in the Free State
2014-12-08

The days when a heart operation meant hours in an operating theatre, with weeks and even months of convalescing, will soon be something of the past.

A team of cardiologists from the University of the Free State’s (UFS) Faculty of Health Sciences once again made medical history when they performed the first hybrid procedure in the Free State.

The Department of Paediatric Cardiology, in conjunction with the Department of Cardiothoracic Surgery, performed this very successful procedure on a 45-year-old woman from Kuruman.

During the procedure of 30 minutes, the patient’s thorax was opened up through a mini thoracotomy to operate on the beating heart.

“The patient received an artificial valve in 2011. Due to infection, a giant aneurism developed from the left ventricle, next to the aorta. Surgery would pose a very high risk to the patient. Furthermore, her health was such that it would contribute to problems during open-heart surgery,” explains Prof Stephen Brown, Head of the UFS’s Department of Paediatric Cardiology.

“After the heart was opened up through a mini thoracotomy, the paediatric cardiologists performed a direct puncture with a needle to the left ventricle cavity. A Special sheath was then placed in the left ventricle to bypass the catheters. Aided by highly advanced three-dimensional echocardiography and dihedral X-ray guidance, the opening to the aneurism, located directly below the artificial aorta valve, was identified and the aneurism cannulated.”
 
During the operation, a special coil, called a Nester Retractor, was used for the first time on a patient in South Africa to obtain stasis of extravasation and ensure the stability of devices in the aneurism.

“This is highly advanced and specialist work, as we had to make sure that the aneurism doesn’t rupture during manipulation and the devices had to be positioned in such a way that it doesn’t cause obstruction in valve function or the coronary artery. The surgical team was ready all the time to switch the patient to the heart-lung machine should something go wrong, but the procedure was very successful and the patient was discharged after a few days.”

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