In Jamaica, Adventist University Wins International Business Model Competition
Paul Armstrong (left), managing director of Alta Ventures Mexico and one of the judges at the International Business Model Competition celebrates holding the prize check while Beasc Tech member Lancelot Riley holds the “Traveling” trophy after team Beasc Tech won the top prize in Provo, Utah, United States, May 11, 2018. Photo courtesy of NCU
May 17, 2018 | Mandeville, Jamaica | Nigel Coke/IAD
Northern Caribbean University (NCU) became the winner of the 2018 International Business Model Competition (IBMC) during this year’s event held in Provo, Utah, United States, May 10-11, 2018.
The win is no small feat for NCU Team Beasc Tech in that the IBMC had 5,000 competitors from 500 Universities from 30 countries worldwide. The team was awarded the “Traveling” trophy along with a cash prize of US$30,000.
NCU Business Model teams have dominated the local competition since its inception having won four times consecutively. This year, the NCU teams finished third and fourth locally, but came up winners at the IBMC level, which evaded them in the previous years when they won the local competition.
“We are pleased to know that our students went to Utah and won the prestigious International Business Model Competition,” said Dr. Lincoln Edwards, president of NCU. “It is impressive that the top two spots were won by Jamaican teams, with second place going to the team from the University of the West Indies.”
Jamaicans can feel a sense of pride in the recent achievement, added Edwards. “This victory underscores the fact that our students are bright, creative, and innovative, with the ability to compete with students anywhere.”
Members of the Beasc Tech Team ( L-R) Lancelot Riley, Amina Muhammad, Coach Hazel Wright- O’Connor, Bescekia Nembhard and Jermaine Smith. Photo courtesy of NCU
Beasc Tech is a technological device that incorporates the use of a pheromone receptor that traps the pest at the moth stage and uses high voltage electricity to kill them, explained Hazel Wright O’Connor, team coach and executive director of the Morris Entrepreneurship Center, which provides business support services to Micro, Small and Medium Sized Enterprises in Central Jamaica and beyond.
“What makes this device special is that it incorporates the use of solar energy and is an entire smart farm system,” said O’Connor.
The system uses sensors to detect the threat levels of the pest on individual properties, allow farmers to remotely access their farms thus preventing occurrences of praedial larceny using motion detection, allow farmers to collect geo-data, so they can check rainfall levels, humidity, soil type, and more, explained O’Connor.
“The device is a completely integrated approach to past management and can be customized to attract specific moths so that it does not destroy the insect eco-system but targets specific pests,” said O’Connor.
“The win is absolutely awesome and well deserved,” added O’Connor. “What is more important to me is the magnitude of the problem that this project aims to solve. Our farmers need the help and support from this project.”
Beasc Tech will help farmers fight the war against the ravaging “Beet Armyworm” a pest which is demolishing hundreds of acres of farms mainly in St. Elizabeth and other parishes throughout Jamaica. The pest is a threat to the nation’s food security and further validations showed that this tiny insect and its relative the “Fall Armyworm” are causing chaos in other countries such as: Nigeria, Ghana, South Africa, Australia, Brazil and the Southern States in the United States.
The members of the Beasc Tech team are: Lancelot Riley, Jermaine Smith, Bescekia Nembhard and Amina Muhammad.
“It was a sobering feeling knowing that we from a small country and University can excel at this level,” said team pitcher, Lancelot Riley.” “It was a long process with lots of challenges, but with God’s guidance we were able to come through and won.”
Riley further explained the team’s plan for the future. “We will move to commercialize the business. The broader vision is to totally automate farming, so that developing countries can become more competitive on the global market.”
The IBMC is designed to encourage and promote creative and innovative thinking among university students, and to foster and nurture the growth of the local entrepreneurial industry.