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era sains, teknologi & inovasi - Portal Rasmi Akademi Sains Malaysia

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11<br />

Oktober<br />

2012<br />

do in cultivating public awareness and<br />

budding curiosity towards creative and<br />

innovative aerospace product design,<br />

exhibition of military might, and acrobatic<br />

performances. After all, as they say, the<br />

aerospace design and technology is iconic<br />

and symbolic of the scientific, technological<br />

and innovative competency of those in<br />

ownership of it.<br />

Changing The Landscape: The Pure Play<br />

Engineering<br />

Whilst it is widely known that there are only<br />

a handful of OEMs truly qualified as global<br />

suppliers of commercial or military aircraft<br />

and engines, avionics and systems, there are<br />

but less known and certainly in much greater<br />

numbers of second and third tier suppliers of<br />

parts, components, systems and specialised<br />

services.<br />

The US, Canada, France, Germany, Britain<br />

and the rest of G7 countries pride themselves<br />

as leaders in cutting edge aerospace<br />

technologies with a sustained introduction of<br />

new products into the market. They enjoy the<br />

status accorded and the revenue gen<strong>era</strong>ted,<br />

to the point they found it that close proximity<br />

of suppliers is no more material. Rather, it’s<br />

the cost and reliability of supply that define<br />

competitiveness, practically global<br />

outsourcing. Of greater preference is risksharing<br />

partnership between the OEMs and<br />

its suppliers in the ov<strong>era</strong>ll value chain. The<br />

global market forecasted for these<br />

engineering services will be worth about<br />

RM3.2 trillion in 2020. The outsourcing<br />

services are normally confined to traditional<br />

countries like India and China.<br />

<strong>Malaysia</strong> is positioning itself to capture the<br />

tremendous deal flows of global outsourcing,<br />

traditionally in MRO, but of late in design and<br />

analysis. This is an interesting emerging field<br />

of engineering that will change the landscape<br />

of <strong>Malaysia</strong>ís aerospace industry. The<br />

Government is embarking on initiatives and<br />

projects as entry points to capture these<br />

opportunities.<br />

With the recent establishment of the<br />

Economic Transformation Programme (ETP),<br />

the pure play engineering services for<br />

aerospace industry is enhanced through the<br />

implementation of the Entry Point Project<br />

(EPP) number five within the Business<br />

Services National Key Economic Area (NKEA)<br />

known as Growing Large Pure Play<br />

Engineering Services. Indeed in these few<br />

years, there is an emergence of competency<br />

and capacity in <strong>Malaysia</strong> for the pure play<br />

engineering which refers to the use of people<br />

and resources for design and analysis<br />

engineering work via the computer, for<br />

aerospace design and analysis services.<br />

Possibly, the redefining landscape of the<br />

aerospace industry in <strong>Malaysia</strong> under<br />

PEMANDU, MIDA, and MiGHT has given rise<br />

to and encouraged new upcoming industries<br />

to challenge to core engineering companies in<br />

<strong>Malaysia</strong>; a prime example being Strand<br />

Aerospace <strong>Malaysia</strong> Sdn. Bhd., a company<br />

that provides analysis and design for aircraft<br />

primary structure.<br />

The Strand Aerospace was built with it, a<br />

classic example of personnel that had<br />

experiences working abroad, gaining<br />

experiences and exposure of international<br />

business, quality standards, together with the<br />

trick of the trade in the cutting edge<br />

technology industry, who are very keen and<br />

inspired to bring the technology back into<br />

<strong>Malaysia</strong>. With encouragement from the<br />

positive landscape towards high-value<br />

engineering services in <strong>Malaysia</strong>, they are<br />

now reshaping their own business outlook to<br />

enhance their competitiveness in the<br />

international arena.<br />

There are gen<strong>era</strong>lly three parts in designing<br />

an aircraft, starting from the gen<strong>era</strong>l concept<br />

paper, which will then be followed by a<br />

detailed prototype design and finally the<br />

certification stage. This final stage is where<br />

the services from a company like Strand<br />

Aerospace are required. During this stage,<br />

computer aided analysis and testing is<br />

imp<strong>era</strong>tives to identify and rectify any<br />

inaccuracies occurred in the earlier design<br />

stage. The company has established track<br />

record with its exclusive clientele in delivering<br />

high value design and analysis engineering for<br />

Airbus U.K and first-tier companies such as<br />

Atkins Aerospace, GKN Aerospace, Assystem<br />

and Messier Dowty. Other companies that<br />

engage its services are namely Ferchau<br />

Engineering from Germany and Spirit<br />

Aerosystem of the United Kingdom.<br />

Companies like Strand will draw upon<br />

synergy with universities and technology<br />

institutions in the country. Various programme<br />

are currently under development<br />

with the Ministry of Higher Education in<br />

developing pool of world class aerospace<br />

engineers, to ensure the presence of critical<br />

talent for the high technology-based industry.<br />

It is widely opinionated that much of the<br />

aerospace industry development for <strong>Malaysia</strong><br />

is attributable to the ‘blueprint’ that was<br />

incepted about 15 years ago. Perhaps, with<br />

the expanding scope and depth of the<br />

industry, together with major changes in<br />

policies and constant industrial reviews<br />

undertaken, it is about time for the relevant<br />

authorities to bring about a new ‘blueprint’ to<br />

accommodate the new dimension and<br />

convergence in the industry beyond 2015, the<br />

year in which the first ‘blueprint’ targeted for<br />

<strong>Malaysia</strong> to gain full competencies in aircraft<br />

development.<br />

DATUK Dr. AHMAD TASIR<br />

LOPE PIHIE FASc. is a Fellow of the<br />

Academy Science <strong>Malaysia</strong>.

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