Design and Operation of Drinking Water and Wastewater Treatment Technologies - BMEEOVKMsFIN03-00

1.Understands the key considerations and solutions involved in designing drinking water treatment plants for raw water originated from deep aquifers, considering the actual changes in drinking water regulations. 2.Has practical knowledge about the operation and maintenance of drinking water treatment facilities that utilize specific technologies. 3.Possesses a solid understanding of the fundamental design principles associated with wastewater treatment plants employing particular treatment methods. 4.Is familiar with the operational aspects and management practices required for wastewater treatment plants using specialized technologies. 5.Has knowledge about the treatment processes applied in large-scale wastewater treatment facilities. 6. Has knowledge about the treatment processes applied in medium-sized wastewater treatment plants. 7.Has knowledge about the treatment processes applied in small-scale wastewater treatment facilities. 8.Is aware of the various sludge management options available within wastewater treatment plants, along with the fundamental principles and conditions necessary for biogas utilization. 9.Comprehends the foundational concepts of energy balance in wastewater treatment plants.

1.Develops and assembles complex technological schemes for drinking water treatment systems. 2.Can design appropriate treatment process chains based on the size and capacity of a wastewater treatment plant. 3.Identifies major design flaws in wastewater treatment plants utilizing specific technologies and is capable of proposing solutions. 4.Recognizes critical design errors in drinking water treatment plants employing given technologies and can recommend corrective measures. 5.Understands the key operational issues associated with drinking water treatment facilities using specific technologies and can suggest improvements. 6.Evaluates common operational challenges in wastewater treatment plants that utilize particular technologies and is able to propose solutions.

1. Engages in collaboration with instructors and peers to expand their knowledge base. 2. Actively seeks to deepen their understanding by continuously acquiring new information, including consulting online resources beyond mandatory course materials. 3. Strives for clarity and precision in verbal communication, while maintaining a structured, high-quality approach to written documentation that aligns with engineering industry standards.

1.Applies a system-oriented approach in their thinking. Independently applies engineering principles – Takes responsibility for designing homework regarding optimizing water and wastewater treatment processes while given environmental and regulatory constraints. 2.Takes initiative in learning and preparation – Independently studies lecture materials, prepares for exams, and completes design assignments on time. 3.Engages in teamwork and discussion – Actively participates in class discussions and group work while respecting different viewpoints and contributing to collaborative problem-solving. 4.Ensures academic integrity and professional responsibility – Adheres to ethical standards in coursework, including proper citation of sources and honest reporting of results in assignments and exams.