Grading & Assessment

Basic Data Science in Economics and Business


Grade Breakdown

Assessment Component Week/Timing Weight Description
Attendance & Participation Weeks 1–15 10% Full in-class participation; homework evaluation; in-class engagement
Knowledge Check 1 Week 8 20% Quiz/coding/presentation in class
Knowledge Check 2 Week 15 20% Quiz/coding/presentation in class
Final Exam Per university exam schedule 50% Computer-based multiple-choice exam
TOTAL 100%

Component Details

Attendance & Participation (10%)

Evaluation Criteria:

  • Roll call attendance (4 points)

    • Present and on time: Full credit
    • 3+ unexcused absences: Reduced credit
  • Homework completion (4 points)

    • Quality and timeliness of assignments
    • Effort and improvement demonstrated
  • In-class engagement (2 points)

    • Active participation in discussions
    • Contributing to group activities
    • Asking relevant questions

Note: Students must achieve at least 5 points in this category to be eligible for the final exam.


Knowledge Check 1 (20%) - Week 8

Format: In-class assessment combining quiz, coding, and/or presentation

Topics Covered:

  • Introduction to Data Science (Weeks 1)
  • Python Programming (Weeks 2-3)
  • NumPy and Pandas (Weeks 4-5)
  • Data Input and Storage (Weeks 6-7)
  • Data Preprocessing (Week 8 lecture)

Assessment Types:

  • Written Quiz: Multiple choice and short answer questions on concepts
  • Coding Exercise: Practical Python programming task (30-45 minutes)
  • Presentation (if applicable): Brief presentation on data analysis results

Grading:

  • Conceptual understanding: 40%
  • Code correctness and efficiency: 40%
  • Code documentation and style: 20%

Knowledge Check 2 (20%) - Week 15

Format: In-class assessment combining quiz, coding, and/or presentation

Topics Covered:

  • Data Transformation and Feature Engineering (Weeks 10-11)
  • Data Visualization (Weeks 12-13)
  • Machine Learning Modeling (Weeks 14-15)

Assessment Types:

  • Written Quiz: Conceptual questions on visualization and ML
  • Coding Exercise: Build and evaluate a simple ML model
  • Presentation (if applicable): Present findings from data analysis project

Grading:

  • Conceptual understanding: 30%
  • Code correctness: 40%
  • Model evaluation and interpretation: 30%

Final Exam (50%)

Format: Computer-based multiple-choice exam

Duration: As per university examination schedule (typically 90-120 minutes)

Coverage: Comprehensive coverage of all course material from Weeks 1-15

Question Types:

  • Conceptual questions on data science principles
  • Python syntax and programming logic
  • Data manipulation and transformation scenarios
  • Visualization interpretation
  • Machine learning concepts and evaluation metrics

Preparation:

  • Review all lecture slides and textbook chapters
  • Practice with weekly quizzes
  • Review homework assignments and feedback
  • Attend review session (announced closer to exam date)

Letter Grade Scale

Final course grades are assigned according to university standards:

Percentage Letter Grade Description
90-100% A Excellent
80-89% B Good
70-79% C Satisfactory
60-69% D Passing
Below 60% F Fail

Note: Exact grade boundaries may be adjusted based on course performance distribution and university policy.


Grading Philosophy

Homework & Assignments

  • Emphasis on learning: Homework is designed to reinforce concepts and provide practice
  • Iteration encouraged: You can revise and resubmit some assignments for improved scores (when specified)
  • Late penalty: 1 point deduction per day late

Knowledge Checks

  • Application-focused: Tests your ability to apply concepts, not just memorize
  • Open-book/notes (when specified): Some assessments allow reference materials
  • Time-limited: Designed to assess proficiency within realistic constraints

Final Exam

  • Comprehensive assessment: Validates mastery of all learning outcomes
  • Standardized format: Ensures fairness and consistency across all students
  • Closed book: Tests retention and understanding without external aids

Academic Integrity

All assessments are subject to university academic integrity policies:

  • Collaboration: Encouraged for learning, but all submitted work must be your own
  • Code reuse: You may reference course materials and textbooks, but must cite sources
  • Plagiarism: Copying code or text without attribution is prohibited
  • Exam conduct: Individual work only; no communication with other students during exams

Violations will result in:

  • Zero score on the assignment/exam
  • Potential course failure
  • Referral to university disciplinary committee

Grade Inquiries

If you have questions about a grade:

  1. Review the rubric and feedback provided
  2. Wait 24 hours before contacting the instructor (allow time for reflection)
  3. Submit a written request explaining your specific concern
  4. Meet with the instructor during office hours if needed
  5. Deadline: Grade inquiries must be submitted within one week of receiving the grade

Tips for Success

Attend all classes and participate actively

Complete homework on time to reinforce learning

Practice coding regularly - data science is a skill developed through repetition

Use office hours when you need help or clarification

Form study groups to discuss concepts and solve problems together

Start assignments early to avoid last-minute stress

Review feedback on graded work to understand mistakes and improve


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