Friday, 24 June 2016

Educational Feats of Nigerians in Diaspora: Food for Thoughts II




Innovations, inventions and other educational feats achieved by Nigerians in Diaspora are numerous, spatial, temporal  and cannot all be recorded in this column. However, I must mention one giant feat scored by Jelani Aliyu as a testimony that Nigerians have the capacity to excel in all aspects of human endeavor, giving the right environment and motivation. Jelani Aliyu, a Nigerian from Sokoto state living in USA is a celebrated car designer of General Motors. General Motors is perhaps the world’s largest automobile maker.  Jelani Aliyu is the designer of the Chevy Volt, a car refuted to be an American Revolution and considered to be one of the apt concepts in the design line. Globally, Jelani's work was considered to be a masterpiece in the car industry because it was the best selection made out of many entries from renowned automobile designers across the continents. Prof. Carl Olsen, an American professor of automobile design, a teacher to Jelani described Jelani's piece as the bright future of General Motors. He said "Jelani is exceptionally gifted as a car designer..... he is representing the future of the General Motors....every designer was giving opportunity to design a car that can meet certain criteria,  not only in the United State but Britain and Germany submitted their designs for the project. In the end, Jelani's design was chosen as the best design" (http://www.youtube.com/watch?v=vqx-xKGeDCA). The car, Chevy Volt designed by Jelani was powerful, efficient, aggressive and unique compared to other cars in same class. Jelani, himself made a confession that he was inspired by "nature, ....a slick aggression of a cheetah" - powerful, smooth and aggressive move, direct to the target, "a practical solution to technological balance of beauty, efficiency and excitement at the same time". Nigerians living in USA celebrated Jelani's feat in grand style led by Nigerian Foundation in Michigan whose President Prof. Chile Chuku described Jelani as "an embodiment of creativity, honesty and worthy ambassador". No doubt, the event attracted accolades across the globe.
Jelani's path to achieving his glorious performance was tortuous, achieved through hard work, perseverance and self confidence. Right from a word go, Jelani loved cars and loved drawing. He told Daily Trust during an interview when he visited Nigeria "I would say I have been drawing cars and designing them as far back as I could remember, probably from when I was six or seven. I would draw them first, cut out the top and bottom, and then put them together from empty tins. I did that a lot and I would imagine myself owning my own car company. Whenever I thumbed through a magazine and saw the latest Mercedes Benz car, I’d also do my own version. It was fun". For Jelani, love for cars and drawing transformed into a dream of becoming  a car designer. After his basic education, he secured admission into Ahmadu Bello University, Zaria to read architecture but realized that he could not achieve his dream of becoming a car designer. He moved to another Institution to acquire basic foundation required to study Automobile Design abroad. That institution was the Birnin Kebbi Polytechnic. He was there from 1986 to 1988 and earned a national diploma in Architecture, with an award as Best All-Round Student. While there, he did some indepth research into home design and construction, looking into materials and structures that would be most compatible with his environment and climate; buildings that would stay cool in a hot environment with little, or no artificial electrical air conditioning. Upon graduation from the polytechnic, Jelani had a brief staunch in the Ministry of Works, Sokoto.
In 1990, Aliyu moved to Detroit, Michigan where enrolled at the College for Creative Studies in Detroit under a Sokoto Scholarship board sponsorship. Having always wanted to study Automobile Design, this was a dream come true and an absolutely fascinating experience. The course was very practical and emphasis was put on creativity and the development of new designs to provide solutions. He received his degree in automobile design in 1994. In the same year he started his career with the design staff of General Motors. He worked on the Buick Rendezvous and was the lead exterior designer of the Pontiac G6. He also worked on the Astra with General Motors’ Opel Division.  How did he achieve his dream and was not discouraged? "we should never underestimate the power of human determination" that is the answer provided by Jelani when asked the same question as shown in one the video clips in the social media. 
There are many Jelanis out there, all over Europe, Asia and Middle East who are equally patriotic and with unquantifiable love for Nigeria. "Each time, I think of Nigeria and the potentials that exist, it is just amazing and mind bugling... something has to be done by the Nigerians inside and outside to make Nigeria a great country", this is Jelani's comment on how to move Nigeria forward as a testimony to his emotional feeling to the situation of Nigeria. This brings the question; why are Nigerians excelling educationally in Europe, America, Middle East and elsewhere while achieving very little here in Nigeria?
The answer to the question of Nigerians excellent performance educationally in oversea compared to their dismal performance in Nigeria can be linked to the environmental differences  for teaching and learning. These differences are direct result of internal and external factors militating against the educational development in Nigeria. some of the internal factors are:
1. Poor Physical infrastructure, the poor conditions of the physical infrastructure in tertiary Institutions in Nigeria were vividly captured in the report of the Needs Assessment Committee. The committee was set up to assess needs of Nigerian public Universities as part of agreement between the government and Academic Staff Union of Universities (ASUU) for ASUU to suspend its industrial action in 2013. Although, the committee was set up by the Federal Government but it included representatives of all the stakeholders and was composed of individuals with high level of integrity in the society.  The identified physical infrastructure for teaching & learning were   Lecture Theatres/Auditoria,  Classrooms,  Laboratories,  Workshops/Studios/Gymnasia,  Libraries and  Staff Offices. Similarly, the  learning resources were identified as   Laboratory equipment and consumables,  ICT facilities and services,  Books, journals and periodicals  Machines and other research equipment.  The Committee reported that physical facilities for teaching and learning in Nigerian Universities were inadequate, they were being used beyond the original carrying capacity. There were inadequate office accommodation in almost all the universities as many lecturers, including Professors were found to be sharing small offices. Most of the infrastructures were dilapidated, poorly ventilated and illuminated; poorly furnished and equipped. Lectures theatres, classrooms laboratories and workshop were over stretched or overcrowded and were being shared by many programmes across different Faculties. There were also improvised open air sports pavilion, old cafeteria convocation arenas and even uncompleted buildings were used for lectures. In some cases, workshops were conducted under corrugated sheds or trees.  In many universities, science based Faculties are running "Dry Lab" for lack of reagents and tools to conduct physical/real experiments. No Cutting edge research equipment/facilities, no laboratory, workshop or library could be ranked among the top 1000 in the world. Where major equipment existed, the ratio of one equipment to numbers of students in some universities, was as high as 1: 500. The committee further found out that basic learning resources were unavailable or in short supply. The committee provided many proofs to support their assessment, for instance, less than 10 % of the universities were found to be using video Conferencing facility, less than 20 % of the universities used Interactive Boards, even the ones that used such Boards were using them in less than 10% of their lecture rooms/theatres, more than 50 % were not using Public Address System in their lecture rooms/theatres. Internet services were almost nonexistent in some universities, or epileptic and very slow when accessing. Library resources were outdated and manually operated, no university library was found to be fully automated while less than 35 % of the libraries were partially automated.  The committee assignment covered 61 public Universities across the country (27 Federal owned universities and 34 State owned) at the time when there were a total of 74 public owned universities in the country. The total cost of rehabilitating the universities was estimated to be around 1.1 trillion Naira. As part of the agreement between ASUU and Federal Government, about 300 billon was kept aside for releasing to the universities under strict condition of transparency and accountability. Unfortunately, some of the universities could not benefit beyond the first tranche of release because they failed to meet the criteria laid for effective fund utilization under the watchful eye of ASUU. Consequently, three years after this report and release of the fund, the situation has not changed significantly in most of the universities. The classrooms, lecture theatres and laboratories are still jam-packed with students. Equipment and consumables are absent, inadequate or outdated, Kerosene stoves are still being used as Bunsen burners in some laboratories. Students' Practical for Engineering and related disciplines is conducted under zinc sheds and trees. (To be continued next week)


      

Friday, 17 June 2016

Educational Feats of Nigerians in Diaspora: Food for Thoughts



Educational Feats of Nigerians in Diaspora: Food for Thoughts

The news of Nigerians spectacular educational performance in far away Howard University, Washington D.C, USA was joyously welcomed and celebrated by Nigerians in particular and Africans in general. Local and international media carried the news with various attractive captions;Howard University: Nigerian students in the US excel, 16 bestowed special awards”, “Good news for Nigeria from Howard University” and similar titles. The story is that Nigerians captured the majority of the prizes presented during the Howard University 2016 graduation ceremony. Out of the 96 graduates with PhD in Pharmacy, 43 of them were Nigerians. Similarly, out of the 27 awards presented, 16 of such awards went to graduates who were Nigerians. The total number of graduates represented 46 states of America and 35 countries across the globe.  Yet, Nigerians collected 16 awards and left only 11 awards to graduates from 46 states in USA and 34 other countries. We were all elated as our compatriots at the Howard University in Washington DC made our nation proud by receiving special awards for excellence. The event took place during the convocation ceremony of the university on 7th May, 2016. It awarded more than 1,300 bachelor’s degrees, more than 300 master’s degrees, and over 100 PhDs. The top five areas of concentration were psychology, history, political science, social work and mathematics. Additionally, more than 400 students received professional degrees in law, medicine, pharmacy and dentistry.

The convocation ceremony was witnessed by important personalities across the globe including President Barrack Obama who described the university as "centerpiece of African-American intellectual life, and a central part of our larger American story". This is a clear outstanding record that has not been achieved by any other country in that University. Although, Howard is not an overall best university in USA, but it is a force to be reckoned as it has best undergraduate engineering and Business programmes, it ranks 403 of the World Universities by Academic Ranking as reported by Academic Ranking of World Universities (ARWU), 2016. Howard is more than 150 years old; it was founded in 1867, as a private University with 13 schools and colleges. Students pursue studies in more than 120 areas leading to undergraduate, graduate and professional degrees. Since 1998, the University has produced two Rhodes Scholars, two Truman Scholars, a Marshall Scholar, 30 Fulbright Scholars and 11 Pickering Fellows. Howard also produces more on campus African-American PhD recipients than any other university in the United States. Howard has awarded more than 120,000 degrees and certificates in diverse areas of the arts, sciences, and humanities.  It is a female dominated university with 65% females and 35% males, highly rated with high competition for admission because of its diversity and cosmopolitan nature. This is attested in the University official website, "The University has an enduring commitment to the education and advancement of underrepresented populations in America and the global community. Howard University’s unique mission represents an unwavering commitment to its core values of leadership, excellence, truth and service"
Among the Nigerians awarded was !:: a 24-year-old graduate who excelled all through during her academic sojourn in Howard. She was honored with numerous awards and recognition at every level. During the graduation ceremony, she received the Howard University Department of Chemical Engineering Highest level of academic achievement award, Howard University Department of Chemical Engineering Wall Of Fame Award – with commentary as one of the best students the department ever came across in over 20 years of academic endeavors. She finally graduated with a Summa Cum Laude (first class). She was mentioned on the list of who is who within American Colleges and Universities. Finally, she was made the President of the National Engineering Honors Society by invitation only to top 8 of the junior class and top 5 of the senior class.
Before the events of 7th May, 2016 at Howard University, there were several other educational achievements made by Nigerians, an example is that of a Nigerian student at Harvard Business School in United States, Nneka Ezeigwe, who won the best prize in the School’s art competition. According to a statement, published on the school’s official website, each year they ask students a simple question, taken from the lines of a poem by Pulitzer Prize-winning author, Mary Oliver. The question read: “Tell me, what is it you plan to do with your one wild and precious life?” The Guardian reported that Ezeigwe’s response was the best one and she won “The Portrait Project”. She wrote: “‘Where are you from?’ this is a question I struggle to answer. I pause when asked, and finally mumble a response that feels roughly accurate. Truth is: I’m part tourist, part native in many places. I’m frequently described as ‘lucky’ to have been exposed to many enviable experiences globally. I feel lucky, mostly, but a big part of me wishes I had the choice to grow up in the land of my birth (Nigeria), wishes I had the choice to attend high school and university with childhood friends, and wishes I had the choice to start my career close to my family".
 The second example is the case of Prof. Philip Emeagwali. He is a Nigerian inventor and scientist. He lives in the United States for many years. In 1989,  Emeagwali won the prestigious Gordon Bell Prize ($10,000) for price-performance in high-performance computing applications, in an oil reservoir modelling calculation using a novel mathematical formulation and implementation. The Gordon Bell Prize is an award presented by the Association for Computing Machinery each year in conjunction with the Supercomputing Conference (SC) Conference series. The prize recognizes outstanding achievement in high-performance computing applications. The main purpose is to track the progress over time of parallel computing, by acknowledging and rewarding innovation in applying high-performance computing to applications in science, engineering, and large-scale data analytics. The application used computational fluid dynamics for oil-reservoir modelling. He won in the "price/performance" category, with a performance figure of about 400 Mflops/$1M. The winner in the "performance" category, Mobil Research and Thinking Machines, used the CM-2 for seismic data processing and achieved the higher ratio of 500 Mflops/$1M. The judges decided on one award per entry. His method involved each microprocessor communicating with six neighbours. Emeagwali's simulation was the first programme to apply a pseudo-time approach to reservoir modelling. Gordon Bell prize was established in 1987. A cash award of $10,000 is donated to the winner. The award is funded by Gordon Bell, a pioneer in high-performance and parallel computing. The Prizes were preceded by a nominal prize of $100 established by Alan Karp, a numerical analyst (then of IBM). Karp was the first Gordon Bell Prize judges. Individuals or teams may apply for the award by submitting a technical paper describing their work through the SC conference submissions process. Finalists present their work at that year's conference, and their submissions are included in the conference proceedings. This was the feat achieved by a Nigerian in 1989 because of his innovation of 'high speed computer', almost 30 years ago when computers in the developing countries were accessible to very few elites and scholars. Emeagwali was voted the "35th-greatest African (and greatest African scientist) of all time" in a survey by New African magazine. His achievements were quoted in a speech by President Bill Clinton as an example of what Nigerians could achieve when given the opportunity. He is also a frequent feature of Black History Month articles in the popular press.
A similar scholarly feat currently being recorded is that of Mr. Abba C. Zubair, an Associate Professor of Laboratory Medicine and Pathology, working in Mayo Clinic Florida, USA. Prof. Zubair did his MBBS in Ahmadu Bello University, Zaria, obtained his MSc in Clinical Science from Harvard Medical School, did his Clinical Fellowship - Transfusion Medicine Programme in Harvard Medical School, had his Residency in Pathology and Laboratory Medicine, Hospital of the University of Pennsylvania, University of Pennsylvania, had his PhD - Tumor Immunology University of Sheffield and Post Doctoral Fellowship, University of Pennsylvania School of Medicine. He is actively involved many ongoing and completed research works at Mayo Clinic Cancer Centre, Centre for Regenerative Medicine and Hematologic Malignancies Programme. Several feats were achieved by this hard working Nigerian in a faraway America. In a similar manner, another 1990 Ahmadu Bello University graduate from the same Faculty is breaking records in the same medical field in God’s owned country, America. He is Sarki Abba Abdulkadir, a former Vanderbilt associate professor of Pathology, Microbiology and Immunology and of Cancer Biology, who is now a professor in Urology and Pathology at Northwestern University, Chicago. After graduating from Ahmadu Bellow University, Nigeria in 1990, he made his PhD in Immunology from Johns Hopkins University, (1995), had his Residency in Barnes Jewish Hospital, Clinical Pathology (1999), had his Fellowship: Barnes Jewish Hospital, Clinical Pathology in 2000 and had his Postdoctoral Fellowship: Washington University, Pathology  in the same year 2000. After his formal training in the various Institutions, Prof Abdulkadir wrote his name with gold in American medical industry in teaching, research and training. He has several academic publications in refutable journals at national and international levels. As a results of series achievements in his famous profession – medicine, Abdulkadir, a professor of urology in the Feinberg School of Medicine, was named the John T. Grayhack, M.D., Chair in Urological Research of the university. A Urological Research chair is a highly prestigious position that can only be occupied by scientists who had distinguished themselves in the science of urology. (To be continued next week)










Thursday, 16 June 2016

Readers' Comments




It is a time to pause, time to allow feedbacks and contributions from exalted readers of this Column. The most outstanding contribution came from Dr. Inuwa Usman, the Factory Manager of IAR-NSDC Sugarcane Biofactory who corrected an error in respect of sugar production potential in Nigeria. The article reported  a joint effort of ABU Zaria, IAR and NSDC to decuple national sugar production which was published on 13th May, 2016. A statement in the first part of the article written as "Nigeria has a land  potential of 500,000 hectares of suitable cane fields that can produce over five million tons of sugar....."  was a gross underestimation of Nigerian potential for sugarcane production according to this Associate Professor of plant breeding in Ahmadu Bello University, Zaria. He bought out salient issues of the ongoing research in sugarcane production in Nigeria. Another reaction is from Mr. Mohammed Peter who posted on my facebook page. He compared Nigerian solar powered car with water powered car developed by Israel Company 'Phinergy'. No basis for comparison but Nigerian strides to technological innovation has no limit, petit-a-petit, we shall reach there, my compatriots.
Once again, you can access previous articles of this column via; www.breakthroughwithmkothman.blogspot.com.  Happy reading
Dear Dr. Othman
Rejoinder on Ahmadu Bello University: Another Giant Stride to Decuple National Sugar Production for Self Sufficiency and Exportation
I read with keen interest your article  entitled : Ahmadu Bello University: Another Giant Stride to Decuple National Sugar Production for Self Sufficiency and Exportation  and wish to draw your attention to some mix up on some of the statistics that you presented towards the end of the article as thus: "Nigeria has all the potentials to produce sugar for home consumption and exportation, According to the National Sugar Development Council (NSDC), Nigeria has a land potential of over 500,000 hectares of suitable sugarcane fields that can produce over 5 million metric tons of sugarcane that when processed, can yield about 3 million metric tons of sugar, which will be twice the national sugar demands". Production of 5 million metric tons of sugarcane from 500,000 ha places the yield of sugarcane to an average of 10 tons per hectare which is decimally low as our estimated national average yield is 65 tons per hectare. This figure, the national average yield of 65 tons/ha is generally considered low relative to what obtains in other countries.  Even with the present low yield, our production would be 32.5 million metric tons from 500,000 ha of cane fields and assuming a 15% sugar content will convert to 4.5 million metric tonnes of sugar per annum. The implication of this figures is that going by present level of productivity, we can produce enough sugar to meet our domestic needs and even export the excess.
Research efforts are actively ongoing to make Nigeria globally competitive in sugar production through the development of superior performing sugar cane  varieties. Sugarcane Yields of 110 to 140 tons per hectare have been recorded on experimental plots across the nation. I strongly believe that sugarcane holds some promise in becoming the most reliable commercial crop in Nigeria. In fact, sugarcane with its 20 value-added-chains can match Petroleum Dollar–for-Dollar. Some of the notable sugarcane value chains are production of bio-ethanol, electricity generation, production of livestock feeds, fertilizer production, and production of bio-plastics. No doubt, these sugarcane by-products can positively impact on the livelihoods of Nigerian, most especially the rural dwellers.
In conclusion, let me iterate the activities of NSDC Bio-factory here in ABU Zaria on the micro propagation of many important crops in Nigeria. We backstop the rapid production of uniform, disease free, and productive planting materials of sugarcane and other crops such as pineapple, banana, date palm, root and tuber crops, and ornamentals. Pineapple is one crop with huge potentials for domestic production and exports. It is estimated that world production of pineapple in 2012 was 23 million metric tons. Nigeria is ranked seventh in the world with a production of 1.4 million MT in 2012 accounting for about 7% of the world production (FAOSTAT, 2013).The fruits are important source of vitamin A, B and C besides several minerals. It also contains a protein digesting enzyme bromelain. The fruits are consumed fresh or processed into canned fruit, juice and jam. Calcium nitrate, citric acid and vinegar are other products obtain from the juice. Finally, we  thank LEADERSHIP FRIDAY for this informative and educative column.
Dr Inuwa  S Usman,
Department of Plant Science,
Ahmadu Bello University, Zaria

Dear M. K. Othman
I have read your article titled " Ahmadu Bello University: Another Giant Stride to Decuple National Sugar Production for Self Sufficiency and Exportation" with keen interest and noted three major issues/bottle necks concerning sugarcane production. These are the following:
1. Nigeria is losing huge some of foreign exchange earnings to provide sugar for the populace, which can easily be produced locally in Nigeria,
2. Local sugar production is as low as two percent of the country's sugar demands,
3. It is very difficult to have healthy planting materials for the propagation of sugarcane locally and thus impede against sugarcane production,
The intervention by the combined effort of NSDC, IAR and ABU is certainly a noble one and welcomed development since it is addressing these three major issues highlighted above. This means that the combined effort is producing healthy planting materials, true to type and in large quantity. My passionate appeal is to the three key partners NSDC, IAR and ABU to sustain this effort in the interest of this nation. Similarly, I am calling on the Federal government and state governments focus their search light for the economy diversification on this noble innovation - Biofactory and accord it the necessary support to achieve the desired goals. There is no better time than now for the diversification of the Nigerian economy due to current low price of crude oil and its unreliability as a major source of foreign exhange.
Dr. Ahmed A. Ibrahim,
Dept of Agronomy, A. B. U. Zaria

Use of Solar Energy in Nigeria: Efforts, Innovations and Missing Links
Dear Dr. M. K. Othman,
I have gone through the piece with the above caption and learnt vital information on the contributions made by Nigerians to address or find solution to the country's perennial energy crisis. I feel compelled to share a story on car that runs on air and water manufactured by an Israel Firm. The purpose is to inspire the hardworking Nigerians to take up the challenge towards achieving such feats.  
The story is about an Israel company called Phinergy. It is a leading developer of breakthrough, absolutely zero emission, high energy density systems based on metal air energy technologies, mainly Aluminum-Air and Zinc-Air. Unlike conventional batteries that carry oxygen, these batteries freely breathe oxygen from the ambient air to release the energy contained in metals.
An Israeli company called Phinergy has created a technology that uses metal, air and water to power a vehicle. This metal-air technology has been at the forefront of research for years because of its enormous potential for revolutionizing the world’s use of energy. Since 2008, Phinergy, benefiting from more than a decade of academic research at Bar-llan University near Tel Aviv, has been successfully developing this technology by utilizing the energy stored in metal. Phinergy’s battery creates energy by combining aluminum and ambient air with water. The difference between this process and other electric powered vehicle is comparable to the difference between a human scuba diver who must carry his oxygen in a balloon on his back, and a fish, which simply utilizes the oxygen contained in water by breathing through its gills.
Because of the unique technology, the battery is immune to CO2-related problems, which, according to phinergy, has been the leading cause of metal-air battery failure in the past. While for the everyday consumer, transportation may be the most compelling aspect of this technology, there are many other relevant applications in the areas of energy storage, defense and consumer electronics. For the vehicle consumer, one of the most attractive aspects of this technology is that instead of having to refuel with gasoline every several hundred miles, or having to recharge or exchange a battery, the only necessary ingredient for refueling is water-a resource that is widely available, giving these cars a range that is virtually unlimited and making them very cost-efficient. 
Mohammed Peter,