APA Citation

LIEW SEE KONG, Pung Mun Yee, ABDULLA FAYAZ, & Tan See Wei. (1999). Design of indoor stadium by Liew See Kong. 2. Designing pile cap and pile foundation using computer programming by Pung Mun Yee. 3. Development of models for the teaching of reinforced concrete design by Abdulla Fayaz. 4. Discuss the choice of sewer pipes in civil engineering construction by Tan See Wei. 5. Environmental consideration for development of a new residential estate by Tan Yan Sin. 6. Estimation of probable maximum precipitation in small catchment by Leong Lai Hon. 7. Geological and enviromental aspects of the quarry industry by Loo Tien How. Nilai: INTI College Malaysia.

Chicago Style Citation

LIEW SEE KONG, Pung Mun Yee, ABDULLA FAYAZ, and Tan See Wei. Design of Indoor Stadium By Liew See Kong. 2. Designing Pile Cap and Pile Foundation Using Computer Programming By Pung Mun Yee. 3. Development of Models for the Teaching of Reinforced Concrete Design By Abdulla Fayaz. 4. Discuss the Choice of Sewer Pipes in Civil Engineering Construction By Tan See Wei. 5. Environmental Consideration for Development of a New Residential Estate By Tan Yan Sin. 6. Estimation of Probable Maximum Precipitation in Small Catchment By Leong Lai Hon. 7. Geological and Enviromental Aspects of the Quarry Industry By Loo Tien How. Nilai: INTI College Malaysia, 1999.

MLA Citation

LIEW SEE KONG, Pung Mun Yee, ABDULLA FAYAZ, and Tan See Wei. Design of Indoor Stadium By Liew See Kong. 2. Designing Pile Cap and Pile Foundation Using Computer Programming By Pung Mun Yee. 3. Development of Models for the Teaching of Reinforced Concrete Design By Abdulla Fayaz. 4. Discuss the Choice of Sewer Pipes in Civil Engineering Construction By Tan See Wei. 5. Environmental Consideration for Development of a New Residential Estate By Tan Yan Sin. 6. Estimation of Probable Maximum Precipitation in Small Catchment By Leong Lai Hon. 7. Geological and Enviromental Aspects of the Quarry Industry By Loo Tien How. Nilai: INTI College Malaysia, 1999.

Warning: These citations may not always be 100% accurate.