About us
GSCE business approach to engineering projects ensures a balance between the technical,
commercial, financial, regulatory and legal issues associated with each project. We do this by providing
the overall perspective necessary to facilitate the client’s decision making process. It provides solutions
to all types of engagements. As an engineering and management
consulting firm, we offer a unique integration of sound technical engineering
talent with broad business outlook. Our services support the financial
community, infrastructure developers, utility organizations and government
entities in the energy, water/wastewater and solid waste managementindustries.
The firm was founded in 2006 for the purpose of rendering consulting
services for the process industries. Since then, we have provided comprehensive services throughout the
Asia pacific market, and expanded our role to more than 10 countries. This work has allowed us to
develop an understanding of the issues and risks that are important to a project’s success. In total,
the global experience exceeds 10 infrastructure and industrial projects worth
more than $10 billion. These projects cover the full range of technologies including oil and gas, power,
cogeneration, infrastructure and process reviews.
Our understanding of the community’s needs sets us apart from other consultants. We have
fostered the reputation of being a leader in producing reports that go beyond just technical analysis, and
discuss both business and financial implications. By focusing on key issues and understanding their
broad implications, we help the clients make better business decisions. Moreover, GSCE has built
a clear reputation with the global community, project owners, and developers
as a credible engineering consulting firm. As the consultant
engineer working on behalf of project financiers, our reports and drawings has shown the bigger and accurate picture
usually not visible on the surface.
Our strong credentials and select experience
Lok Tuck Kong - Design Engineer
B.Eng. (M'sia) hons 2nd upper in Mechanical Engineering
Ngee Ann Polytechnic - WSH specialist diploma
Lok expertise is in the aerospace industries and has vast experience in autocad drafting of materials include 2D, 3D and revit application along with ISO drawings for stress analysis.
He has done research on new structural materials, notably composites and intermetallic materials, that will eventually further enhance engine performance, reduce engine weight, and thereby enable new aircraft systems to perform better.
He is also familiar with environmental processes and waste treatment and contributed sufficiently for waste reduction projects. He has traveled widely to many countries to set up system for the aerospace industries including WSH standards and audits Currently he is working on electric trams a come back for the masses and also electric for air travel.
Serbjeet Prasad
B.Eng. (India) hons first class in Mechanical Engineering
LLB (India) - (hons 2nd upper) - Bachelor of Laws
Prasad is well versed in contract laws. He has settled various disputes professionally without abitration. He has assisted in many underwriting assignments and have experience in contract insurance. He has completed many high capital project management works >100M in project value.
Mr Prasad also has excellent experience in ship-repair and ship building project management works. Mr prasad has spent considerable time in Abia Nigeria and in various Russian federation territories particularly in Baku (capital of Azerbaijan) for oil exploration works.
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Rajesh Darwin
B.Eng. (India) hons first class in Civil Engineering
Certificate (Canada) - International association for hydro-environmental engineering & research
Rajesh Darwin is a civil engineer and a hydro-electric specialist by profession. In fact he is from a family of dam designers and builders. His dad was the designer for the idukki hydroelectric power project plant in India which was at that time the largest hydroelectric power plant in the asia region churning 780MW electricity and dam height 169m (equivalent to a 50 storey high rise building).
The design for the dam is a double curvature parabolic thin arch dam with two straight gravity concrete 139m high to form a reservoir with a capacity of 2,000Mm3 (800 olympic size swimming pools) of water with an underground power station which houses six number of 130MW vertical pelton wheel generators operating at an average head of 665m. Rajesh was fully in charge for the dam safety, monitoring and instrumentation and maintenance. Rajesh gave a presentation at the international congress on large dams (ICOLD) in 199 sherbrook university, Quebec Canada. Other small projects Rajesh worked in Nam Lik1 hydropower project Laos (65MW) and a couple of dozen dam projects combined in the Philippines & Indonesia.
Sivashankar
Diploma (S'pore) Chemical Process Technology
Adv. Diploma (S'pore) in Business Information System
B.Eng. (UK) hons 2nd upper in Mechanical Engineering
B.Sc. (Aus.) Health and Safety
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Sivashankar armed with skills in chemical processing entered as a process operations supervisor then moved to senior managerial levels in the process industries. Later, he was hired by a state owned power plant (Cogeneration) and spent 15 yrs there. After which he moved to an international independent consultant firm dealing with asset management mainly acquisition, merger and re-financing in conjunction with the Asia Pacific growth trajectory. He has travelled widely around asia pacific region and has set foot on many island nations to study the possibility of harnessing energy from biomass and to implement the know how to improve sugar and power production by bagase (Bagasse is the dry pulpy fibrous material that remains after crushing sugarcane or sorghum stalks).
His knowledge and projection was accurate when he separated biofuels from edible crops to produce ethanol or bio-diesel not sustainable or has any long term benefits. The other area of study was factory animal farming projects where it was highlighted a massive 70 Billion animals consuming essential crops and causing food imbalances. There are 7 Billion people in the planet and about 30% of the people likely end up short of food due to factory animal farming. His keen enthusiasm along with the various university support proposed those sustainable food like rice, seaweed, vegetables and root crops like sweet potato, tapioca and yam highly nutritious and suitable for the cells as the daily food intakes which is necessary and very essential.
Shankar also instrumental in highlighting the need for reducing plastic and battery usage as they are non-biodegradable or recyclable and mostly end up in the sea as microplastics. Better and cheaper processes are available, and he has identified them proper.
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