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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