The SUPARCO Lag

In 1961 when our only Nobel laureate Dr. Abdus Salam and Commodore WJM Turowicz were busy laying down the foundations of SUPARCO, little they might have thought that 52 years later, the nation’s space agency would either, still be renting foreign built satellites or else hitchhiking on foreign rockets to launch indigenously built satellites into space. 

The beginnings of SUPARCO reflected the dreams and goals of its founders and the scientists involved. Frequent  rocket tests, collaborations with NASA regarding training of Pakistani scientists and engineers, and with keen government interest in the field,  one might have  had guessed that within a decade or two we would be sending our own satellites into space using indigenously built  rockets. But then Dr. Salam was shunned by the Pak government, collaborations with NASA stopped, government lost interest  and ever since that time SUPARCO seems to exist just because it has to, without any entrepreneurial zeal, devoid of innovation and lacking a clear cut direction. 

Currently, SUPARCO is undertaking programs relating to communication satellites, remote sensing, geo graphic information systems and space studies. It provides services in land surveying, crop monitoring, vehicle tracking systems etc. Its customer base is diverse; ranging from the Kutchi Abadi Authorities toPakistan Railways.  Also in its Space Program 2040-approved by Ex-Pm Syed Yousuf Raza Gilani- it plans on producing and launching its own satellites by the year 2040.

But is that it? Will our satellite system be only focused on crop monitoring, land surveys and tracking?  Where’s the vision in it?  The services that SUPARCO provides are a staple in any standard space agency-there is nothing special in that. Also, achieving indigenous satellite production and launch capabilities and that too by 2040 speaks volumes about the ‘vision’ that is set by SUPARCO. When right now, our neighboring countries are sending probes to mars and beyond, achieving the ability to develop and launching satellites by 2040 is just not enough! 

We have to realize that a well functioning space program is crucial to the development of a nation. From enriched baby food to solar panels used in homes, there have been many commercial spinoffs from the technologies that were originally intended to be used in space. Space Technology development does not only benefit one particular branch of science but is equally beneficial to an economy as well.  According to former NASA scientist, Scott Hubbard, for every 1 dollar invested in NASA projects $7-8 worth of goods are produced in the industry!

SUPARCO now has to take on a more active role and its vision 2040 should really be vision 2020. It has to work on increasing coordination with schools colleges and universities so that a crop of future engineers and scientists are motivated, and their skills honed. The government has to pay more attention to SUPARCO regarding its developmental projects. As Antoine St. Exupery once said, 

“If you want to build a ship, don't drum up people to collect wood and don't assign them tasks and work, but rather teach them to long for the endless immensity of the sea”. 

Thus, the government along with SUPARCO should undertake initiatives to educate public about space sciences in a way that they understand in order to build popular support

Dear readers, Space programs not only satisfy human desire to explore the universe but also create thousands of jobs; jobs that are certainly not limited to engineering only but spill over to diverse fields, ranging from textiles to psychiatrics. 

The shambles in which European and USA economies are in right now means that the stage for the next space race would be set in Asia, aided and abetted by western companies who have the expertise but lack funding support from their respective governments. Indeed China and India are making significant progress in space exploration; the former is planning to send manned missions to the moon while the latter is sending a space probe to Mars by November. 

 The development of an ambitious space program would not only benefit Pakistan in the military field, but will also create an air of innovation and ideas that will cross-pollinate many separate scientific and business disciplines.  

Nevertheless, we face the daunting task of tackling our domestic terrorism and political issues in parallel to the development of a proper space program and that requires not only a visionary leadership but also entrepreneurs who are ready to propel us into the future.

This is not the time to lag behind. The next space race is ‘on’ in Asia and we have to be a part of it, otherwise we would be left very far behind, even farther than we are right now.

Infinity and Beyond !

My following article appeared on Tribune Blogs on 19th Feb 2012. Thanks to my editor for choosing such a good title. my original title sucked :D

July 21, 1969 was seen by many as the culmination of man’s evolution from a cave-inhabiting savage to an astronaut. That landing on the moon owed more to the imagination overdrive of the Western civilization than the technological advancements of the time. Looking at it from a purely economic point of view, it would be safe to say that space programs around the world have introduced spin-off technologies that have actually sped up human technological evolution and had a major impact on our daily lives.

Now let us descend from the lofty heights of the western civilisation’s achieve

ments in space and have a look at our own space program. Having relatively encouraging beginnings, our national space program was the brain child of Dr Abdus Salaam and with our test two-stage space rocket firing on June 7, 1961, Pakistan became the third Asian country and the 10th in the world to achieve this milestone. And as time progressed, Pakistan launched a couple of satellites into space including Badr1, PakSat-1 and 1-R. Although it is commendable that we have at least a presence in space, our enthusiasm must not end here.

At present, it seems that SUPARCO, while functioning to meet standard requirements of remote sensing, mapping and satellite communications, is missing the fabled ‘spark’ that might make it an economic pillar of the country rather than being a docile space agency that relies on Chinese technology and launching sites .

It seems that the government, corporate institutions and the common people have not yet fully realised the importance of space sciences for a country’s economy. An effective and active space program can help boost a country’s economy in more ways than anticipated. There are uses of space technology in agriculture, medicine, GPS, and many other areas. The enriched baby food used today owes its origins to NASA, from back in the days of the Apollo missions. It doesn’t take an economist to realise that the spin offs from space missions like the Apollo missions have resulted in the growth of several multi-billion dollar industries from which the USA has benefited incredibly. Scott Hubbard, former NASA scientist, now working at Stanford University, notes that for every 1 dollar invested in NASA projects $7-8 worth of goods are produced in the industry. precious few satellites into space and renting already orbiting satellites ( like Pak Sat-1). Its budget is less than even Ukraine, Belgium or Iran’s space agencies and competition with India’s ISRO is hopelessly out of the question at the moment. Concerning space sciences, Karachi University’s space sciences

institute ISPA is suffering from neglect, so much so that the class rooms have broken light bulbs, the whole facility is running on generators and the only “powerful” telescope provided is malfunctioning and hopelessly obsolete – I wish that was an exaggeration.

The future of earthlings lies out there in space. Now, one might argue that Pakistan already has enough expenses on its plate without adding space exploration expenditures to the list. However, if we don’t catch up with the changing times then we might be left woefully behind. India has already sent an unmanned spacecraft to the moon and is on its way to becoming a major space power, leaving Pakistan to squabble with the US and Afghanistan over petty issues and countering home grown fundamentalism.

The question is not about whether Pakistan should takes giant leaps in advancing its space program but about whether Pakistan would be economically able to stand in the comity of nations. Is our entrepreneurial spirit so dead that we can’t even imagine the possibility of Pakistan’s space age? Recently I wrote a blog about putting a Pakistani on the

moon. Ludicrous though it sounds, the purpose of that article was to observe the imaginative power and the entrepreneurial zeal of my fellow Pakistani readers. Many blog sites in the Pakistani blogdom refused to even publish that (except for a couple). It makes me wonder if Jules Verne was denied publication rights to Journey to the Moon (a century before the Apollo missions) by the French, just because it was highly ludicrous. It is that imaginative power and spirit – not squabbling over vague religious doctrines – that propels nations to excel in economics, science and technology.

Currently the Pakistani space program comprises of:

- Satellite Development Program Remote Sensing & GIS Applications,

-Space Science,

- Core Technologies Development,

- International Cooperation & Infrastructure Development.

The satellites that are in operation are Pak Sat-1, Pak Sat1-R, and the Badr Series satellites. Suparco has planned to launch an optical imagery satellite soon and a high resolution remote sensing satellite by the year 2014. These plans are integrated within the Space Program 2040, whose purpo

If there is a time for Pakistan to make a giant leap then now is that time. With a stagnant space administration, lack of education and research in space sciences, if we can overcome the institutional barriers to stop us from succeeding there is nothing to stop our minds.se is to present the full benefits of space technology to the nation. As commendable as these steps may be, an active effort still has to be made to make the public aware of these achievements. A crop of scientists and engineers has to be cultivated so that the future growth of Pakistani space program is not moribund. Since Suparco is still dependent on Chinese and Russia

n technology to develop satellite, communication and launch systems, to launch a truly indigenous satellite and space vehicle efforts have to be made to promote s

pace technology in our schools, universities and colleges. If we can build sophisticated weapons of mass destruction, why not use the same technologies in areas of science and technology.

If Pakistan is to survive for a thousand years then the time for developing a comprehensive space exploration strategy is now!