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| No | SMT | Type | Code MK | Name MK | Total SKS | RPS | Material | References |
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| 1 | 1 | Mandatory | MKWU-4 | Bahasa Indonesia | 2 | Show |
Academic Texts in Macro Genre; Exploring the World of Literature; Designing Research Proposals and Activity Proposals; Reporting Research Results and Activity Results; Scientific Articles. |
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| 2 | 1 | Mandatory | MKWU 1 | Agama (Religion) | 3 | Show |
Islam The Concept of the Ideal Man in Islam: The Role of Religion in Ensuring Happiness. Integrating Faith, Islam, and Ihsan in the Formation of an Exemplary Individual. Cultivating a Qur'anic Personality. Establishing the Foundations of Islam in Indonesia. The Unifying Force of Islam in a Diverse Society. Islam's Response to the Challenges of Modernization. The Contributions of Islam to the Advancement of Global Civilization. The Role and Function of Campus Mosques in the Promotion of Islamic Culture. Protestant Christianity The role of religion in human existence, the concept of God within Christian doctrine, the understanding of humanity as presented in Christian teachings, the principles of ethics and the development of Christian character, the interplay between Christian faith and the domains of science, technology, and art, the promotion of harmony among religious communities, the stewardship of God's creation, and the principles of effective socialization. Catholicism The understanding of individuals who hold a belief in God through Christ within the context of the Church involves their participation in communal worship and social interactions, which contribute to the development of personal attitudes and mentalities. Buddhism The framework and contents of the Holy Book Tipitaka (Tripitaka) encompass various themes central to Buddhist teachings. These include the meaning and purpose of human life as derived from these teachings, the role of universal Buddhist law in everyday life, and the interpretation of the concept of an Almighty God within the context of Buddhism. Furthermore, moral values and norms (Sila) serve as the foundational principles and guiding patterns for ethical living. The interplay between science and art is also explored, highlighting their harmonious coexistence in life. Additionally, the concept of a Buddhist society is examined, particularly in relation to fostering interfaith harmony. The dynamics of Buddhist culture and politics are analyzed within the framework of Indonesian nationality. Finally, the practice of Bhavana is emphasized as a means to cultivate a pure and virtuous mind in individuals. Hinduism The Development of a Humanistic Personality Framework for Students: The Influence of Hinduism's Historical Evolution on Positive Learning Outcomes. The Significance of Brahmavidya (theology) in Fostering Sraddha and Bhakti (Faith and Piety) Among Students. The Contribution of Vedic Studies to Students' Comprehension of the Vedas as a Sacred Text and Legal Foundation. The Concept of the Ideal Hindu Individual in Shaping Students into Leaders who are Law-abiding, Healthy, Creative, and Adaptive. The Impact of Hindu Moral Teachings on the Ethical Development of Hindu Students. The Role of Religious Art in Cultivating an Aesthetic Sensibility. The Pursuit of Harmony in Accordance with Hindu Principles. Strategies for Enhancing Social Awareness in Alignment with Hindu Teachings. Confucianism The Purpose of Human Life and the Afterlife: The Importance of Integrating Faith, Belief, Unity, and Prostration in the Development of a Virtuous Individual. An Examination of the Confucian Concept of Diversity in Religious Practices and Its Contributions to the Evolution of World Civilization. The Significance and Necessity of Confucian Religious and Spiritual Values. Sources and Applications of Confucian Teachings within the Context of Modernity and Indonesian Identity. An Analysis of Science and Technology, Politics, Socio-Cultural Dynamics, Economics, Environmental Issues, and Education from a Confucian Perspective. The Role and Function of Confucian Student Activities as a Hub for the Advancement of Confucian Culture. |
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| 3 | 1 | Mandatory | MKWU 2 | Pancasila | 2 | Show |
This study explores the rationale and methodology behind the instruction of Pancasila Education in universities. It examines the role of Pancasila within the context of Indonesian historical studies, emphasizing its significance as the State Philosophy of the Republic of Indonesia. Furthermore, the discussion encompasses Pancasila as the State Ideology, its function as a philosophical system, its application as an ethical framework, and its importance as the foundational basis for the values underpinning scientific development. |
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| 4 | 1 | Mandatory | MPB 1100 | Biologi Umum (Biology) | 4 | Show |
Fundamental concepts related to life sciences, including the structure and function of cells, the cell cycle, and principles of genetics. It also encompasses essential topics in evolution, as well as the systematics of both animal and plant species. Furthermore, it addresses the anatomical and physiological aspects of plant and animal reproduction, growth, and coordination systems. Key processes such as cellular respiration and photosynthesis are discussed, along with the respiratory, circulatory, nervous, and digestive systems in animals. Lastly, the document includes an overview of ecological principles. |
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| 5 | 1 | Mandatory | MPU 101 | Matematika Dasar (Mathematics) | 3 | Show |
This course provides an overview of fundamental mathematical concepts, including number systems, inequalities, absolute values, functions, limits, continuity, and derivatives, along with their applications in optimization problems. The primary focus of the course is on computational techniques. |
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| 6 | 1 | Mandatory | MPU 103 | Fisika Dasar (Physic) | 3 | Show |
This study encompasses fundamental concepts in physics and measurement, including the principles of motion vectors across one, two, and three dimensions. It addresses Newton's laws of motion and their practical applications, as well as the concepts of work and energy, linear momentum, and collisions. Additionally, it explores the rotation of rigid bodies about a fixed axis, angular momentum, and the momentum of force. The equilibrium of rigid bodies, harmonic vibrations, and the universal law of gravitation are also discussed. Furthermore, the text covers fluid and solid mechanics, wave motion, the superposition of sound waves, and standing waves. It examines temperature, thermal expansion, and the behavior of ideal gases, alongside the principles of heat and the first law of thermodynamics. The kinetic theory of gases, heat engines, entropy, and the second law of thermodynamics are also integral components of this overview. |
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| 7 | 1 | Mandatory | MPU 105 | Pengenalan Teknologi Informasi | 2 | Show |
This study addresses various aspects of computer technology, including the types and development of computer devices, the historical evolution of computer systems, and the fundamental components that constitute these systems. It further explores the operational mechanisms of computer systems, encompassing input, output, and storage processes, as well as the distinction between data and information. Additionally, it covers writing techniques utilizing office applications, provides an introduction to the internet, and discusses the use of email, mailing lists, and e-learning platforms. The document also examines cloud storage solutions, file management practices, and the creation and customization of blogs. |
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| 8 | 1 | Mandatory | MPU 109 | Kimia Dasar (Basic Chemistry) | 3 | Show |
The topics encompass atomic structure, the evolution of the periodic table of elements, stoichiometry, molecular structure, states of matter, chemical energetics, chemical equilibrium, solutions, the solubility and equilibrium of complex ions, solubility and solubility products, colloids, redox concepts, nuclear chemistry, and carbon compounds. |
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| 9 | 2 | Mandatory | MKWU 3 | Kewarganegaraan | 2 | Show |
The rationale for incorporating citizenship education into university curricula is multifaceted. It encompasses the significance and immediacy of national identity as a critical determinant of national development and character. Furthermore, national urgency serves as a vital parameter for fostering national unity. The constitutional values and norms enshrined in statutory provisions under the Constitution are essential components of the obligations and rights of the state and citizens in a democracy that is based on the sovereignty of the people and deliberation for consensus; the nature, instrumentation and practice of Indonesian democracy based on Pancasila and the 1945 Constitution; Historical dynamics of constitutional, socio-political, cultural and contemporary contexts of law enforcement that are just; Historical dynamics and urgency of the archipelago insight as a collective conception and view of Indonesian nationality in the context of world relations; the urgency and challenges of national resilience and national defense for Indonesia in building a collective commitment to nationality; Project citizen for citizenship education courses. |
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| 10 | 2 | Mandatory | MPB 1200 | Bahasa Inggris (English) | 3 | Show |
English is tailored to intermediate and pre-advanced levels, with a particular emphasis on the comprehension of scientific texts. The curriculum prioritizes the expansion of vocabulary and expressions in English to the greatest extent possible. Sentence structure and grammar are aligned with the requirements of scientific reading. The program aims to enhance English language proficiency through reading and pronunciation exercises, grammatical correction, vocabulary enrichment, and the understanding of idiomatic expressions. Additionally, there is a concentrated effort to address and rectify common errors in language usage. |
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| 11 | 2 | Mandatory | MPK 1201 | Kimia Organik | 2 | Show |
This study provides an overview of carbon compounds, including long-chain compounds and cyclic compounds. It will also discuss aromatic compounds, protein compounds, lipids (fats), carbohydrates, vitamins, and enzymes. |
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| 12 | 2 | Mandatory | MPB 1204 | Morfologi & Anatomi Tumbuhan | 4 | Show |
The study of plant morphology encompasses various aspects, including leaf morphology, stem morphology, root morphology, flower morphology, fruit morphology, and seed morphology. Additionally, it involves the examination of plant anatomy, which includes primary and secondary stem anatomy, periderm anatomy, primary and secondary root anatomy, as well as flower, fruit, and seed anatomy. |
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| 13 | 2 | Mandatory | MPB 1205 | Anatomi Hewan | 3 | Show |
The integumentary system encompasses the general functions and structural characteristics of the skin, including the integument of fish, which consists of both epidermal and dermal derivatives, as well as the integument of tetrapods, characterized by its epidermal derivatives. The skeletal system is described in terms of its general functions and includes the components of the skull, vertebral column, vertebral structure, ribs, sternum, pectoral girdle, pelvic girdle, and fin limbs, along with the various types of joints. The muscular system is examined with respect to the function and structure of skeletal muscles, as well as the arrangement and classification of significant muscle types. The digestive system is outlined, detailing its general structure, including the oral cavity, digestive tract, salivary glands, liver, gallbladder, and pancreas. The respiratory system is discussed in relation to aquatic animals, highlighting the roles of skin, gills, swim bladders in fish, and lungs in tetrapods. The circulatory system is addressed, focusing on blood and blood-forming tissues, blood circulation, and the general structure of the heart, blood vessels, and lymph vessels. The excretory system is described, emphasizing the kidneys and their excretory ducts, along with the general structure of the kidneys. The gynecological system is examined, including the gonads, male and female genital tracts, accessory organs, copulatory organ structure, and gonadal structure. The nervous system and sensory organs are analyzed, detailing the structure and components of the nervous system, including the spinal cord, cranial nerves, spinal nerves, and the structure of the brain and sensory organs. Finally, the endocrine system is discussed in terms of the structure and function of endocrine glands, as well as the concept of neurosecretion. |
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| 14 | 2 | Mandatory | MPB 2107 | Sistematika Mikroba | 3 | Show |
This study provides an overview of systematics, taxonomy, and the classification of microorganisms. It encompasses various classification methodologies, including numerical-phenetic classification, chemical classification (chemotaxonomy), and molecular-phylogenetic classification. Additionally, it addresses the principles of nomenclature, microbial identification, and the diversity of bacteria, archaea, and fungi. Furthermore, the significance of culture collections and international databases in the study of microbial systematics is discussed. |
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| 15 | 2 | Mandatory | MPB 2108 | Biologi Lahan Basah | 2 | Show |
Introduction: terminology, limitations, classification and scope; Economic benefits: benefits as biological resources, energy producers, transportation and ecotourism; Ecological functions: wetlands as habitats, regulators of hydrological functions, prevention of natural disasters (mitigation), and other wetland attributes (social, cultural, educational and research); Ecological factors: climatic, physiographic, edaphic (soil) and biotic factors; Ecological processes: geomorphological and hydrological processes; Wetland systems: marine area system, estuarine area system, palustrine area system, riverine area system; Biotic and abiotic factors, flora and fauna typical of wetlands. |
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| 16 | 2 | Mandatory | MPB 2112 | Biostatistika I | 2 | Show |
This study provides a comprehensive overview of statistics, with a particular emphasis on biostatistics and relevant statistical terminology. It covers the classification of data and the construction of frequency distributions, as well as the presentation of biometric data. The section on central tendency includes discussions of the mean, median, and mode. Additionally, it addresses numerical measures of variability and dispersion, along with hypothesis testing techniques, including T-tests, Z-tests, F-tests, chi-square tests, regression analysis, correlation, proportion and frequency analysis, as well as principal component analysis (PCA) and the R test. |
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| 17 | 3 | Mandatory | MPB 2106 | Biokimia (Biochemistry) | 3 | Show |
The Biochemistry course covers fundamental principles of biochemistry, including topics such as water and buffers, the structure and function of carbohydrates, proteins, lipids, and nucleic acids, as well as enzymes. It also explores carbohydrate metabolism, protein metabolism, lipid metabolism, nucleic acid metabolism, and the interplay between primary and secondary metabolism. |
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| 18 | 3 | Mandatory | MPB 2109 | Embriogenesis Tumbuhan | 2 | Show |
The study of plant reproduction encompasses various components, including flowers, microsporangium, male gametophyte, megasporangium, female gametophyte, pollination and fertilization, endosperm, embryo, apomixis, and seeds. Additionally, it is essential to explore the relationship between embryology and taxonomy, as well as the significance of embryological research in understanding plant development. |
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| 19 | 3 | Mandatory | MPB 2110 | Histologi (Histology) | 3 | Show |
The microscopic and histophysiological composition of various tissue types, including epithelial tissue, connective tissue, muscle tissue, and nervous tissue, is essential for understanding their functions. Additionally, an examination of the blood circulation system and lymphatic system, as well as the endocrine system, digestive system, respiratory system, urogenital system, and integumentary system. |
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| 20 | 3 | Mandatory | MPB 2111 | Genetika (Genetics) | 4 | Show |
The study of genetics encompasses various fundamental concepts, including Mendel's experiments, patterns of autosomal inheritance, the role of sex chromosomes in sex determination and sex-linked inheritance, and the analysis of pedigrees. Additionally, it involves understanding the processes of mitosis and meiosis, gene interactions, chromosome linkage and mapping, as well as alterations in chromosome structure and number, such as euploidy, aneuploidy, deletion, duplication, inversion, and translocation. Furthermore, the inheritance of cytoplasmic genes, the nature of genetic material, the structure of DNA, and the processes of DNA replication, transcription, translation, and regulation of gene expression are critical components of genetic research. |
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| 21 | 3 | Mandatory | MPB 2213 | Biostatistika II | 2 | Show |
This study outlines fundamental principles and various types of experimental design, as well as the analysis of variance. It discusses parametric statistical methods, their limitations, and their applicability within the field of biology. Key concepts include the distinction between populations and samples, the identification of parameters and variables, and the presentation of data. Additionally, it covers probability theory, methodologies for sampling, and the formulation and testing of hypotheses. The analysis of variance is examined in the context of single-factor experimental design and factorial designs, along with a comparison of treatment means. Furthermore, the document addresses regression analysis, correlation, and non-parametric statistical methods. |
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| 22 | 3 | Mandatory | MPB 2214 | Sistematika Cryptogamae | 3 | Show |
This study provides an overview of the fundamental principles of plant classification, systematics, and phylogeny. It encompasses the identification, determination, and nomenclature of various plant groups. The characteristics, vegetative forms, reproductive methods, and life cycles of the following taxa are discussed: Schizophyta, which includes Bacteria and Cyanophyta; Phycophyta, comprising Chlorophyta, Euglenophyta, Bacillariophyta, Phaeophyta, and Rhodophyta; Fungi, represented by Ascomycetes, Deuteromycetes, Basidiomycetes, and Lichens; and Bryophyta, which includes Musci, Hepaticae, and Anthocerotae. Additionally, the document addresses Pteridophyta, specifically Lycopodine, Equisetae, and Filicinae. The diversity and phylogenetic relationships among these taxa are examined. Furthermore, it outlines methods for collection, preservation of specimens, and the creation of herbariums. |
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| 23 | 3 | Mandatory | MPB 2215 | Sistematika Avertebrata | 3 | Show |
This study outlines the scope of animal taxonomy, focusing on the fundamental principles of invertebrate animal classification. It addresses the essential aspects of invertebrate specimen collection and management. Additionally, it examines the characteristics of classification and ecological considerations pertaining to the following phyla: Protozoa, Porifera, Coelenterata, Platyhelminthes, Nemathelminthes, Annelida, Mollusca, Arthropoda, and Echinodermata. An introduction to other invertebrate animal phyla is also provided. |
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| 24 | 3 | Elective | MPB 2233 | Etnobotani | 2 | Show |
The significance of various branches of botany is underscored by their relationship to plants that produce fibers. This includes an exploration of the historical context, optimal growing conditions, types of fibers, and their applications. Additionally, examples of relevant plants and their respective growing conditions are provided. The discussion extends to forest-derived plants, focusing on wood and cork, as well as the process of wood distillation and its results, manufacture of wood publ; tannins and dyes: physical and chemical properties, sources of tannins tree bark, wood leaves, fruit roots. Examples of plants and growing conditions, ink, dyes and pigments: plant sources and examples, Gum and resin chemical and physical properties, types, examples of plants and growing conditions, rubber and latex products; essential oils in industry, growth substances; Fats and waxes: types of plant fat oils, examples of plants and growing conditions, vegetable fats; sugar and flour; Medicinal plants; Plants producing food sources. |
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| 25 | 3 | Elective | MPB 2179 | Bioetika (Bioethics) | 2 | Show |
The scope of this study including of philosophy encompasses various domains, including ethics and morals, as well as the definitions and historical development of bioethics. Key principles of bioethics articulated by Beauchamp and Childress include respect for autonomy, beneficence, nonmaleficence, and justice. Additionally, the Belmont Report outlines fundamental bioethical principles such as respect for persons, beneficence, and justice. The application of bioethics extends to animal research, where the principles of replacement, reduction, and refinement are emphasized. Furthermore, bioethics plays a critical role in the utilization of stored biological materials, as outlined in biobanking practices. In the realm of biotechnology, the concept of biosecurity is paramount. Bioethics also intersects with biodiversity and environmental conservation efforts, as well as scientific writing. Finally, the function of ethics commissions is integral to the oversight and guidance of ethical practices in these various fields. |
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| 26 | 3 | Elective | MPB 3257 | Mikologi | 3 | Show |
Definition and scope of mycology; The importance of fungi in life: fungi; Biology and general characteristics of fungi: vegetative & reproductive; Growth and ecology of fungi; Classification of fungi: microscopic and macroscopic; basics and techniques of fungal research. |
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| 27 | 3 | Elective | MPB 2183 | Bakteriologi | 3 | Show |
Scope of prokaryotic and eukaryotic cells. Introduction to bacteriology. Introduction, preparation and use of tools. Control of bacterial growth in the environment, Nutrition and metabolism of bacterial cells. Bacterial cell growth. Sampling techniques, isolation and inoculation of bacteria. Factors that affect bacterial growth. Bacterial enumeration. Bacterial identification. |
Rohilla A., 2010, Handbook of bacteriology, Oxford Book Co, Jaipur |
| 28 | 3 | Elective | MPB 2185 | SIG Biologi | 3 | Show |
This study provides an overview of the concepts and definitions associated with Geographic Information Systems (GIS). It explores the applications of GIS within the field of biology, introduces the programming language R and the integrated development environment RStudio, and discusses essential topics such as map projections and datums. Additionally, it addresses various GIS data types and formats, evaluates GIS data quality, and examines the role of Global Positioning Systems (GPS). The document further delves into vector and raster analysis, the application of remote sensing in biological research, and the methodologies involved in species distribution modeling. |
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| 29 | 3 | Elective | MPB 2286 | Radiobiologi | 2 | Show |
The study of radiation encompasses several key areas, including the fundamentals of radiation physics, the interaction of radiation with matter, dosimetry, and the use of radiation measuring instruments. It is essential to understand methods for controlling radiation exposure and the safe handling of radioisotopes. Additionally, the principles underlying the autoradiography process, the potential hazards of radiation to human health, and the techniques for the transportation of radioactive substances are critical components of this field. Furthermore, it is important to be aware of the regulatory provisions governing the use of radioactive materials and the diverse applications of isotopes across various disciplines. |
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| 30 | 3 | Elective | MPB 2267 | Teknologi Pengolahan Limbah | 2 | Show |
This course provides an overview of the definition of waste and the scope of waste processing technologies. It examines the potential hazards associated with various types of waste, categorized by their physical forms—liquid, solid, and gaseous. The course also explores the physical, chemical, and biological characteristics of liquid waste, as well as the established quality standards and criteria for water and waste. Additionally, it covers methods for the physical, chemical, and biological processing of liquid, solid, and gaseous waste, along with the implementation of waste processing projects. |
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| 31 | 4 | Mandatory | MPB 1203 | Biologi Sel dan Molekuler | 2 | Show |
This course provides an overview of fundamental concepts related to cell theory, including the structure and function of cells, with a particular emphasis on the distinctions between prokaryotic and eukaryotic cells. It covers essential cellular components, beginning with the primary macromolecules, and explores the structure and function of membranes, cell walls, cytoplasm, organelles, and endomembrane systems. Additionally, the course examines transport mechanisms within cells and their permeability, as well as the structure, function, and biogenesis of various organelles, including the endoplasmic reticulum, Golgi apparatus, plastids, mitochondria, lysosomes, and peroxisomes. The curriculum also addresses the nucleus, focusing on the processes of DNA replication and protein synthesis. Furthermore, the course investigates the processes of mitosis and meiosis, along with intercellular communication. |
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| 32 | 4 | Mandatory | MPB 2216 | Embriologi Hewan | 3 | Show |
This study provides a comprehensive overview of embryology, including its definition and historical context. It examines the female reproductive system, detailing the structure and function of the female reproductive organs, the ovarian cycle in relation to reproductive function, hormonal regulation of the ovaries, and external factors influencing the female reproductive system. Additionally, it addresses the male reproductive system and the processes of gametogenesis, specifically oogenesis and spermatogenesis. The text further explores fertilization, including theories and planes of cleavage. Blastulation and Gastrulation. Tubulation and Neurulation. Organogenesis: formation of various organs in the system. Extraembryonic membranes. Molecular embryology: molecular strategies in development and genomes in embryogenesis. |
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| 33 | 4 | Mandatory | MPB 2217 | Fisiologi Mikroba | 2 | Show |
This study discusses the physiological processes in microorganisms, focusing on the concepts, structures, and functions of these entities, as well as their metabolic pathways. It provides an introduction to the structure and function of organelles, the metabolism of carbohydrates, lipids, and proteins, as well as nitrogen metabolism. Additionally, it addresses aspects of microbial growth, dormancy, and genetics. |
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| 34 | 4 | Mandatory | MPB 2218 | Mikroteknik | 3 | Show |
This study concerning about preparation of various microscopic specimens from both preserved and fresh animal specimens involves several critical steps. This includes addressing section constraints and implementing appropriate solutions, as well as preparing specimens in accordance with system specifications. Histochemical methods, photography, and an introduction to microscopy are essential components of this process. Additionally, micrometric and microchemical techniques are employed. The collection of materials and fixation procedures for plant specimens, along with staining techniques, dehydration, infiltration, and mounting, are also integral to the preparation process. Various preparation methods such as whole mounts, smears, squashes, and pollen preparations are utilized, alongside maceration and sectioning techniques, which may be either embedding or non-embedding. |
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| 35 | 4 | Mandatory | MPB 3119 | Evolusi | 2 | Show |
This study encompasses a comprehensive overview of the theory of evolution, including its definition, historical context in The Origin of Species, development, and ongoing debates. It addresses key concepts such as Charles Darwin's perspective on descent with modification, adaptation, and natural selection. Furthermore, it examines the scientific evidence supporting evolution, which includes the fossil record, homology, and biogeography. The discussion extends to the history of life on Earth, population evolution, and variation, as well as the mechanisms driving these processes, such as mutation, the Hardy-Weinberg principle, genetic drift, gene flow, natural selection, and sexual selection. Additionally, it explores concepts such as diploidy, balancing selection, the origin of species, species concepts, speciation, adaptive radiation, phylogeny, and the tree of life. Finally, it considers the evolution of biodiversity across various domains, including microbes, fungi, plants, and animals. |
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| 36 | 4 | Mandatory | MPB 3120 | Sistematika Phanerogamae | 3 | Show |
This study provides an overview of the fundamental principles of taxonomy and biosystematics, including the historical development of these fields. It discusses the concept of a taxon, the taxonomic hierarchy, and the significance of variation, phytogeography, and speciation. Additionally, it addresses plant nomenclature, the diversity of taxa, and the kinship relationships among them, as well as their connections to other scientific disciplines. The text further explores the characteristics of various plant families, specifically within the Gymnospermae and Angiospermae groups, including Dicotyledoneae, Dialypetalae, Monochlamidaeae, Sympetalae, and Monocotyledoneae, along with examples of representative species or those of particular interest. Furthermore, it outlines methods for plant collection and the preparation of herbarium specimens, as well as the basics of key arrangement and the utilization of determination keys. |
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| 37 | 4 | Mandatory | MPB 3121 | Sistematika Vertebrata | 3 | Show |
This course discusses the evolution and diversity of vertebrates, focusing on their phylogeny and classification. It also covers zoogeography and the characteristics, identification, and classification of various vertebrate groups, including Pisces, Amphibia, Reptilia, Aves, and Mammalia. |
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| 38 | 4 | Mandatory | MPB 3124 | Biologi Konservasi | 2 | Show |
This study delineates the definitions, objectives, responsible and the relevant regulations and legislation pertaining to natural resource management. It addresses various environmental issues, including population dynamics, economic implications, advancements in science and technology, the internalization of external costs, and the categorization of resources as integral components of the environment. The discussion encompasses both biological and non-biological natural resources, as well as artificial natural resources. Furthermore, it explores modeling techniques for natural resource management and examines the patterns of approaches within the system of natural resource management, with a particular focus on non-biological natural resources, waste management, and the conservation of natural resources. |
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| 39 | 4 | Elective | MPB 2238 | Biokimia Tumbuhan | 2 | Show |
This subject encompasses primary metabolic processes in plants and their outcomes, secondary metabolic processes and their implications, terpenoids (including both essential oils and non-essential oil terpenoid compounds), alkaloids, flavonoids, steroids, qualitative and quantitative biochemical methods, as well as other significant natural compounds. |
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| 40 | 4 | Elective | MPB 2280 | Protozoologi | 3 | Show |
This course provides an in-depth examination of the systematics of the Protozoa group, exploring their ecological roles as primary producers within food chains, their contributions to geological formations, and their implications for health. Additionally, the course covers various aspects of Protozoan biology, including morphology, reproduction, fertilization, motility, behavior, and nutrition, as well as an introduction to the taxonomy of representative members of the Protozoa. |
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| 41 | 4 | Elective | MPB 2281 | Nematologi | 3 | Show |
This course examines the diversity and biological characteristics of nematodes, as well as their ecological functions and significance. It covers the morphological and biological traits of nematodes, including plant-parasitic forms, free-living species, and those that parasitize animals. Additionally, the course explores the functional roles of nematodes, their potential as bioindicators, and the biological and ecological aspects associated with them. Furthermore, it addresses the challenges and opportunities related to sustainable ecosystem management in the context of nematode research. |
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| 42 | 4 | Elective | MPB 3149 | Parasitologi | 3 | Show |
This course provides an in-depth examination of the definition and scope of parasitology, emphasizing its nature as a multidisciplinary science. The curriculum encompasses the study of various groups of parasites, including protozoa, nematodes, cestodes, trematodes, and arthropods. Specifically, it covers intestinal parasitic protozoa, blood and tissue parasitic protozoa, intestinal and tissue parasitic nematodes, intestinal and tissue parasitic cestodes, as well as intestinal and liver parasitic trematodes and blood parasitic trematodes. Additionally, the role of arthropods as disease agents and vectors for parasites will be explored. |
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| 43 | 4 | Elective | MPB 3150 | Entomologi | 3 | Show |
This course examines the methodologies involved in the sampling, identification, collection, and preservation of insects. It encompasses the study of insect morphology, anatomy, and physiology, as well as the classification of both Apterygota and Pterygota insects. Additionally, the course addresses insect behavior and ecology, the anatomy and physiology of the insect digestive system, the circulatory system, and the coordination system. Furthermore, it includes an exploration of insect development, case presentations, projects, and the integration of guest lectures on pertinent themes. |
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| 44 | 4 | Elective | MPB 2264 | Genetika Populasi | 2 | Show |
This course examines the principles of Hardy-Weinberg equilibrium, focusing on the calculation of gene and allele frequencies within a population. It addresses the concepts of dominant and codominant alleles, gene pools, genetic drift, effective population size, non-random mating, inbreeding, mutation, selection, and migration. Additionally, the course explores the changes in gene and allele frequencies resulting from mutation, selection, and migration, as well as the variation of quantitative traits and DNA polymorphism. |
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| 45 | 4 | Elective | MPB 2263 | Genetika Tumbuhan | 2 | Show |
This course encompasses a comprehensive examination of various topics related to plant genetics. It includes an exploration of plant genes, advancements in plant genetics research, and the structural organization of plant genomes, including the eukaryotic nuclear genome, mitochondrial genome, and chloroplast genome. Additionally, the course addresses genome organization in plants, reproductive biology, and the plant life cycle. Key subjects such as the regulation of sexual expression and crossing, incompatibility systems, male sterility, and extranuclear (cytoplasmic) inheritance are also covered. Furthermore, the course delves into the evolution of cultivated plants, centers of origin and diversity, plant resource genetics, and the analysis of plant genetic diversity. Topics related to the inheritance of quantitative traits, genetic improvement of plants, selection methods, backcrossing, line development, in vitro selection, and somatic hybridization are integral components of the curriculum. |
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| 46 | 4 | Elective | MPB 2268 | Biologi Laut | 3 | Show |
This course provides an overview of the climate and marine environment, encompassing topics such as marine geomorphology, tides, waves, ocean currents, and the physical and chemical characteristics of marine ecosystems. It also examines the diversity of marine plankton, primary productivity, and the various forms of marine flora, including algae and angiosperms. Additionally, the course focuses on marine invertebrates, with particular attention to their adaptations, reproductive strategies, and feeding behaviors, as well as nekton, the diversity of reptiles and seabirds, and marine mammals. Furthermore, it explores coral reef ecosystems, intertidal ecosystems, the impact of marine invasions, and conservation efforts within these environments. |
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