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Kursus ini meliputi sejarah pengeluaran petroleum; penjelajahan dan penaksiran petroleum; kaedah pengeluaran; pelantar dan keperluan-keperluan telaga minyak, memahami pempropesasan  eksport dan import sumber petroleum; meninjau masalah yang dihadapi oleh pengeluar petroleum dan jenis penyelesaian; masa depan pengeluar petroleum, memahami teknik pemprosesan minyak mentah dan jenis-jenis produk petroleum.

This course covers the history of petroleum production ; petroleum exploration and appraisal; production methods; rigs and oil wells needs, understand the process of exports and imports of petroleum resources; review the problems faced by the petroleum producer and the type of solution, the future of petroleum producers , understanding the technical processing of crude oil and other types of petroleum products.

Hasil Pembelajaran Kursus  (HPK)/Course Learning Outcomes (CLOs):

1.       Menghubungkaitkan ilmu dan teknik dalam membantu usaha carigali minyak dan gas seterusnya kejayaan kepada pengeluaran petroleum. (PLO1,C4)

Relates the knowledge and techniques to help oil and gas exploration and a successful petroleum production. (PLO1,C4)

 2.       Mengenalpasti idea-idea yang kreatif dan kritis terkini yang digunakan oleh industri minyak dan gas bagi mempertingkatkan lagi kaedah pemprosesan petroleum dengan lebih beretika. (PLO6,CT)

Identify the current creative ideas that used by the oil and gas industry to enhance the petroleum processing methods with more ethical. (PL06,CT)

  3. Menyediakan idea untuk menjadi peluang menurut strategi perniagaan dan memenuhi keperluan pelanggan dalam industri minyak dan gas. (PLO8, A3,ES)

Prepare the idea to become opportunity according to the business strategy and fulfil the customer needs in oil and gas industry. (PLO8, A3, ES)

Kursus ini akan mendedahkan pelajar kepada aspek-aspek asas yang berkaitan dengan biologi alam sekitar. Maklumat asas mengenai kumpulan organisma, taksonomi,fungsi dan structur asas sel serta keperluan organisma akan difahami pada pengenalan subjek. Selanjutnya, kitar biogeokimia akan diberikan penekanan yang mendalam untuk memahami peranan dan kepentingan organisma dalam alam sekitar.  Biojisim, biotransormasi dan bioremediasi turut diberikan perhatian sewajarnya. Seterusnya, aplikasi dalam perubatan, pertanian dan industri dibincangkan sebelum melihat kepada isu semasa berkaitan biologi alam sekitar.  Kursus ini akan melatih pelajar untuk menggunakan ilmu pengetahuan  dalam menyelesaikan permasalahan alam sekitar dan pelajar berupaya mengaplikasikan dapatan eksperimen bagi menyelesaikan masalah alam sekitar.    

                                                 
This course will expose the students to general aspect or environmental biology. Information regarding organism, taxonomy, function and basic cell structure can be understand during the introduction of the course. Biogeochemical cycle, biomass, biotransformation will also be emphasis throughout the course.    Next the application in medical, agriculture and industry will be discuss before proceeding to issues related to environmental biology. This course will train students to use knowledge in solving environmental problems and students can apply experimental findings to solve environmental problems.

Synopsis

Kursus ini membincangkan ciri-ciri fizikal, kimia dan biologi tanah untuk pengurusan lestari. Kursus ini juga membincangkan kaedah analisis untuk penentuan tahap pencemaran daripada pelbagai sumber. Penentuan dan kesan hakisan tanah serta penebusgunaan tanah turut dibincangkan. Kajian kes yang berkaitan diperkenalkan untuk pendedahan kepada situasi sebenar. 

This course discusses the physical, chemical and biological characteristics of soil for sustainable management. This course also discusses analysis methods for determining the level of pollution from various sources. The determination and effects of soil erosion and land reclamation are also discussed. Relevant case studies are introduced for exposure to real situations. 

Course Synopsis :

Kursus ini membincangkan ciri-ciri fizikal, kimia dan biologi tanah untuk pengurusan lestari. Kursus ini juga membincangkan kaedah analisis untuk penentuan tahap pencemaran daripada pelbagai sumber. Penentuan dan kesan hakisan tanah serta penebusgunaan tanah turut dibincangkan. Kajian kes yang berkaitan diperkenalkan untuk pendedahan kepada situasi sebenar. 

This course discusses the physical, chemical and biological characteristics of soil for sustainable management. This course also discusses analysis methods for determining the level of pollution from various sources. The determination and effects of soil erosion and land reclamation are also discussed. Relevant case studies are introduced for exposure to real situations.

This course offers a thorough introduction to the principles, concepts and methodologies of environmental risk assessment, focusing particularly on human health, ecosystems and industrial activities. Students will learn how to evaluate the physicochemical properties of pollutants, analyse environmental exposure pathways and apply risk assessment techniques while accounting for uncertainty. The course also covers the social aspects of risk, such as public perception, effective communication, and relevant legislation.
Teaching and learning activities include lectures, case studies, group discussions and project-based tasks. These activities enable students to develop analytical and practical skills for identifying, evaluating and managing environmental risks, in line with the Sustainable Development Goals (SDGs), particularly SDG 3: Good Health and Well-being.
Assessment methods include tests, individual and group assignments, oral presentations and applied course projects. A final examination will evaluate students' mastery of theories and methodologies and their ability to apply knowledge to practical risk assessment scenarios.
Upon completion of the course, students will be able to analyse environmental problems using appropriate risk assessment methods and demonstrate sound cognitive skills in evaluating complex issues. They will also be able to select and apply suitable techniques for quantifying environmental risks, showcasing their competence in numeracy and problem-solving. Furthermore, students will be able to propose and explain actions to reduce environmental burdens to stakeholders in an ethical and professional manner, thereby fostering accountability and responsible decision-making.