<format type="json">{analysis_id: string, analysis_date: date, source_document_type: string, source_document_title: string, subject_area: string, is_current_version: boolean, target_audience: {grade_level_min: number, grade_level_max: number optional, educational_setting: string optional}, learning_units: list[{unit_id: string, unit_title: string, duration_hours: number optional, key_concepts: list[string], learning_objectives: list[{objective_id: string, description: string, cognitive_level: string optional, keywords: list[string], suggested_assessments: list[string]}], required_materials: list[{material_type: string, title: string, identifier: string optional, quantity: number optional, is_publicly_accessible: boolean}]}], cross_curricular_links: list[{linked_subject: string, linked_topic: string, relevance_notes: string optional}] optional, alignment_notes: string optional, detected_gaps: list[{gap_description: string, gap_category: string, affected_objectives_ids: list[string], suggested_intervention: string optional}] optional}</format> <data>**CONFIDENTIAL CURRICULUM ANALYSIS MEMORANDUM**

**Reference ID:** CALIGN-2025-COM499-177
**Date of Analysis:** 2025-01-04

This report summarizes the findings of a curriculum alignment analysis conducted on the document titled 'COM499: Database Systems - Spring 2025', which is a Lesson Plan for Computer Science. It is important to note that this review pertains to a prior version of the curriculum, not the one currently in effect. The intended audience is within the University Undergraduate, spanning from grade level 13.
The curriculum is segmented into 4 distinct learning units. As an example, the unit 'Advanced Algorithms' is projected to require approximately 9 instructional hours. It focuses on core concepts such as data structures, database. A key objective in this section (Ref: OBJ-01-01) is for students to ' optimize the concept of object-oriented programming.', which is categorized at the 'Apply' cognitive level. Supporting resources include a Journal Article titled 'Inverse asymmetric intranet'. Its public accessibility is noted as False. Our intern, who helped compile the materials list, mentioned having trouble locating a physical copy for review.

**Interdisciplinary Opportunities:**
An opportunity for cross-curricular linkage with Logic was identified, particularly around the topic of 'Formal Verification'. </data>
{
  "analysis_id": "CALIGN-2025-COM499-177",
  "analysis_date": "2025-01-04",
  "source_document_type": "Lesson Plan",
  "source_document_title": "COM499: Database Systems - Spring 2025",
  "subject_area": "Computer Science",
  "is_current_version": false,
  "target_audience": {
    "grade_level_min": 13,
    "educational_setting": "University Undergraduate"
  },
  "learning_units": [
    {
      "unit_id": "UNIT-01",
      "unit_title": "Advanced Algorithms",
      "key_concepts": [
        "data structures",
        "database",
        "networking",
        "object-oriented programming",
        "algorithms"
      ],
      "learning_objectives": [
        {
          "objective_id": "OBJ-01-01",
          "description": "Students will be able to optimize the concept of object-oriented programming.",
          "keywords": [
            "algorithms",
            "machine learning",
            "database",
            "object-oriented programming"
          ],
          "suggested_assessments": [
            "essay",
            "presentation",
            "problem_solving_set"
          ],
          "cognitive_level": "Apply"
        },
        {
          "objective_id": "OBJ-01-02",
          "description": "Students will be able to debug the concept of database.",
          "keywords": [
            "networking",
            "database",
            "data structures",
            "machine learning"
          ],
          "suggested_assessments": [
            "presentation",
            "project"
          ]
        },
        {
          "objective_id": "OBJ-01-03",
          "description": "Students will be able to debug the concept of data structures.",
          "keywords": [
            "networking",
            "algorithms",
            "machine learning"
          ],
          "suggested_assessments": [
            "multiple_choice_quiz"
          ],
          "cognitive_level": "Evaluate"
        }
      ],
      "required_materials": [
        {
          "material_type": "Journal Article",
          "title": "Inverse asymmetric intranet",
          "is_publicly_accessible": false,
          "identifier": "ISBN: 978-3655616326",
          "quantity": 19
        }
      ],
      "duration_hours": 9
    },
    {
      "unit_id": "UNIT-02",
      "unit_title": "Software Engineering Principles",
      "key_concepts": [
        "algorithms",
        "machine learning",
        "object-oriented programming"
      ],
      "learning_objectives": [
        {
          "objective_id": "OBJ-02-01",
          "description": "Students will be able to architect the concept of machine learning.",
          "keywords": [
            "database",
            "object-oriented programming",
            "algorithms",
            "data structures"
          ],
          "suggested_assessments": [
            "project",
            "multiple_choice_quiz",
            "essay"
          ],
          "cognitive_level": "Remember"
        },
        {
          "objective_id": "OBJ-02-02",
          "description": "Students will be able to implement the concept of machine learning.",
          "keywords": [
            "machine learning",
            "algorithms"
          ],
          "suggested_assessments": [
            "problem_solving_set"
          ],
          "cognitive_level": "Analyze"
        },
        {
          "objective_id": "OBJ-02-03",
          "description": "Students will be able to optimize the concept of database.",
          "keywords": [
            "algorithms",
            "networking",
            "database",
            "machine learning"
          ],
          "suggested_assessments": [
            "project",
            "multiple_choice_quiz"
          ],
          "cognitive_level": "Apply"
        },
        {
          "objective_id": "OBJ-02-04",
          "description": "Students will be able to implement the concept of networking.",
          "keywords": [
            "algorithms",
            "machine learning",
            "object-oriented programming",
            "data structures"
          ],
          "suggested_assessments": [
            "presentation"
          ],
          "cognitive_level": "Apply"
        }
      ],
      "required_materials": [
        {
          "material_type": "Lab Manual",
          "title": "Multi-tiered reciprocal capacity",
          "is_publicly_accessible": false,
          "identifier": "COM499-MAT-852"
        }
      ],
      "duration_hours": 23
    },
    {
      "unit_id": "UNIT-03",
      "unit_title": "Network Security",
      "key_concepts": [
        "object-oriented programming",
        "database",
        "data structures"
      ],
      "learning_objectives": [
        {
          "objective_id": "OBJ-03-01",
          "description": "Students will be able to implement the concept of algorithms.",
          "keywords": [
            "machine learning",
            "algorithms"
          ],
          "suggested_assessments": [
            "lab_report",
            "multiple_choice_quiz",
            "problem_solving_set"
          ],
          "cognitive_level": "Evaluate"
        },
        {
          "objective_id": "OBJ-03-02",
          "description": "Students will be able to analyze the concept of networking.",
          "keywords": [
            "object-oriented programming",
            "algorithms",
            "database"
          ],
          "suggested_assessments": [
            "lab_report",
            "multiple_choice_quiz",
            "problem_solving_set"
          ],
          "cognitive_level": "Understand"
        },
        {
          "objective_id": "OBJ-03-03",
          "description": "Students will be able to implement the concept of object-oriented programming.",
          "keywords": [
            "database",
            "algorithms",
            "data structures",
            "object-oriented programming"
          ],
          "suggested_assessments": [
            "lab_report",
            "essay"
          ],
          "cognitive_level": "Understand"
        }
      ],
      "required_materials": [
        {
          "material_type": "Online Video",
          "title": "Digitized fresh-thinking moratorium",
          "is_publicly_accessible": false,
          "identifier": "http://www.johnson-davis.com/",
          "quantity": 10
        },
        {
          "material_type": "Journal Article",
          "title": "Reactive maximized infrastructure",
          "is_publicly_accessible": true,
          "identifier": "ISBN: 978-7382952695",
          "quantity": 43
        },
        {
          "material_type": "Lab Manual",
          "title": "Monitored reciprocal database",
          "is_publicly_accessible": false,
          "identifier": "COM499-MAT-889",
          "quantity": 48
        }
      ]
    },
    {
      "unit_id": "UNIT-04",
      "unit_title": "Artificial Intelligence",
      "key_concepts": [
        "object-oriented programming",
        "database",
        "networking"
      ],
      "learning_objectives": [
        {
          "objective_id": "OBJ-04-01",
          "description": "Students will be able to analyze the concept of database.",
          "keywords": [
            "database",
            "networking"
          ],
          "suggested_assessments": [
            "essay",
            "presentation",
            "problem_solving_set"
          ],
          "cognitive_level": "Analyze"
        },
        {
          "objective_id": "OBJ-04-02",
          "description": "Students will be able to optimize the concept of algorithms.",
          "keywords": [
            "data structures",
            "object-oriented programming",
            "database"
          ],
          "suggested_assessments": [
            "problem_solving_set",
            "essay"
          ]
        },
        {
          "objective_id": "OBJ-04-03",
          "description": "Students will be able to optimize the concept of machine learning.",
          "keywords": [
            "networking",
            "algorithms"
          ],
          "suggested_assessments": [
            "essay",
            "multiple_choice_quiz"
          ],
          "cognitive_level": "Analyze"
        }
      ],
      "required_materials": [
        {
          "material_type": "Journal Article",
          "title": "Re-engineered fault-tolerant Internet solution",
          "is_publicly_accessible": false
        }
      ]
    }
  ],
  "cross_curricular_links": [
    {
      "linked_subject": "Logic",
      "linked_topic": "Formal Verification"
    }
  ]
}