Computer Application Technology Practical Exam Overview | Generated by AI

Home 2025.10

Understanding the Exam

The course 11325: Computer and Application Course Experiment (I) is a practical (on-machine) assessment for the Major 610201: Computer Application Technology (specialist level) at Guangdong University of Foreign Studies (GDUFS). It’s a comprehensive hands-on exam worth 10 credits, designed to test your ability to apply concepts from related theory courses through real-world computer-based tasks. You must pass the following five prerequisite theory exams before registering:

The exam is scored as follows (out of 10 credits):

It’s conducted on computers, combining practical operations (e.g., coding, simulations, database queries) with some written elements. The focus is on three levels: memorization (basic concepts), comprehension (principles), and application (independent implementation). Expect tasks like writing simple programs, designing basic circuits, querying databases, and interfacing hardware/software.

Key Topics Covered

Based on the assessment outline, the exam draws from experiments in the prerequisites. Here’s a breakdown:

  1. Electronics Fundamentals III (2 credits):
    • Basic circuit concepts, laws (e.g., Ohm’s law, Kirchhoff’s laws), and analysis methods.
    • Amplifier circuits, operational amplifiers (op-amps), and their applications.
    • Digital circuits: Logic gates, flip-flops, and simple combinational/sequential logic.
    • Skills Tested: Simulate or draw basic circuits; calculate values using tools like Multisim or similar software.
  2. Advanced Language Programming I (2 credits):
    • C language basics: Variables, control structures (loops, conditionals), functions, arrays, pointers.
    • File I/O, string handling, and modular programming.
    • Skills Tested: Write and debug simple C programs (e.g., output leap years from 1000–2020, or basic data processing). Use an IDE like Turbo C or Dev-C++.
  3. Microcomputer and Interface Technology (2 credits):
    • Microprocessor basics (e.g., 8086/8088 architecture), assembly language instructions.
    • I/O interfacing: Ports, interrupts, DMA.
    • Skills Tested: Simple assembly code for data transfer or control; simulate hardware interfaces using tools like Proteus.
  4. Computer Application Technology (3 credits):
    • Office software: Word processing, spreadsheets (Excel), presentations (PowerPoint).
    • Basic multimedia and internet applications.
    • Skills Tested: Create documents with formulas/charts, automate tasks via macros, or build simple web forms.
  5. Database and Its Application (1 credit):
    • Relational database concepts (tables, queries, relationships).
    • SQL basics or Access operations: Create databases, run queries, generate reports.
    • Skills Tested: Design a simple database (e.g., student records), insert/update data, and query results.

How to Prepare

Preparation should emphasize hands-on practice, as this is a practical exam. Aim for 2–3 months of focused study if you’re starting from the prerequisites.

  1. Review Prerequisites:
    • Revisit theory notes from the five courses. Focus on “experiment” chapters in textbooks (e.g., C programming exercises, circuit simulations).
    • Use official GDUFS or Guangdong self-exam textbooks:
      • C Programming: 《C语言程序设计》 (C Language Programming)
      • Database: 《数据库及其应用》 (Database and Its Application)
      • Electronics: 《电子技术基础》 (Electronics Fundamentals)
  2. Build Practical Skills:
    • Coding: Install free tools like Code::Blocks for C. Practice 50–100 sample programs (e.g., sorting algorithms, file handling). Sites like LeetCode or GeeksforGeeks have beginner C challenges.
    • Electronics/Microcomputer: Use simulation software (Tinkercad, Logisim for digital circuits; Emu8086 for assembly). Practice wiring virtual breadboards and running simple I/O programs.
    • Database: Download Microsoft Access or use SQLite. Build sample DBs (e.g., inventory system) and practice queries.
    • Applications: Master MS Office suite. Create complex Excel sheets with pivot tables and VBA macros.
  3. Practice Exam-Like Tasks:
    • Time yourself: Simulate 2–3 hour sessions on a computer.
    • Sample tasks (from outlines and past examples):
      • Write a C program to calculate and print leap years in a range.
      • Design a database table for students, add records, and query averages.
      • Simulate a basic op-amp circuit and compute output voltage.
    • Aim for accuracy and efficiency—exams penalize errors in code compilation or query results.
  4. Study Resources:
    • Official Outlines: Download from GDUFS or Guangdong Finance University sites (they share similar standards).
    • Mock Exams: Search for “11325 自考 模拟题” on Chinese platforms like Zhihu or Bilibili for video walkthroughs.
    • Online Courses: Free MOOCs on Coursera/edX for C programming and SQL; YouTube tutorials for electronics simulations.
    • Books: 《计算机及应用课程实验指导》 (Computer and Application Experiment Guide) for step-by-step labs.
  5. Registration and Logistics:
    • Register via GDUFS portal (jxjy.gdufs.edu.cn) during windows (e.g., June for second-half 2025).
    • Fee: Around 120–150 RMB. Bring ID and proof of passed prerequisites.
    • Exam Date: Typically late September for second-half; check notifications for conflicts (e.g., with national computer tests).
  6. Tips for Success:
    • Practice daily: 1 hour coding + 1 hour simulations.
    • Debug systematically: Test code in small parts.
    • If stuck, join self-exam forums (e.g., Guangdong Zikao groups on WeChat/QQ).
    • Score 60+ to pass; focus on application level for higher grades.

With consistent practice, you’ll build the confidence for the on-machine format. Good luck!

References

Back

x-ai/grok-4-fast

Donate