DAE — Computer Information Technology (CIT)
Scheme of studies, year-wise subjects, chapter Wise, Theory & MCQs sections, & official syllabus links (FBISE / TEVTA).
DAE — Computer Information Technology (CIT)
What is DAE (CIT)?
The Diploma of Associate Engineering (DAE) in Computer Information Technology (CIT) is a practical three-year diploma designed to equip students with both hands-on and theoretical skills in computing, networking, electronics and system administration. The CIT program targets students seeking direct entry to technical roles in the IT industry as well as those planning to continue into bachelor-level studies via lateral entry or equivalence programs.
Program structure and learning outcomes
A typical DAE CIT curriculum blends foundation subjects (English, Islamiat / Pakistan Studies) with technical modules such as programming, data communications, microprocessor architecture, operating systems, electronics and database management. Practical lab work and a capstone project form a significant portion of assessment. After completing the program, graduates should be able to:
- Write, debug and document basic software programs in procedural and object-oriented languages.
- Install, configure and troubleshoot LANs and small enterprise networks.
- Design and query relational databases and prepare MIS-style reports.
- Understand and apply basic electronics concepts for hardware troubleshooting.
- Deliver a practical, documented final project that integrates software and hardware skills.
Why choose DAE (CIT)?
DAE (CIT) is a career-oriented credential with immediate industry relevance. Employers in small-medium enterprises, technical support centres, educational institutes and government departments frequently hire DAE graduates for roles such as junior programmer, network technician, help-desk analyst, hardware technician, and database operator. For many students in Pakistan, DAE offers an affordable, vocational alternative that balances classroom learning with labs and real project work.
Official references & curriculum sources
This page follows official CIT references (FBISE / TEVTA / provincial technical boards). For exact contact hours (T/P/C), subject codes and model papers refer to the official PDFs linked below.
Official Scheme of Studies (CIT)
Below is the standard scheme of studies used by FBISE & provincial authorities for DAE (CIT). It lists subjects across first, second and third year (with T/P/C columns in official PDF).
Official source: FBISE CIT syllabus PDF (link above).
Year-wise Subjects — Click a subject to expand chapters & resources
English (Eng 112)
Focus on comprehension, technical writing and report-style English needed for documentation and project reports.
Applied Mathematics-I (Math 123)
Topics cover algebra, trigonometry, calculus basics relevant to algorithms and problem solving.
Applied Physics (Phy 132)
Covers electricity, magnetism, waves and optics—practical lab experiments are central.
Applied Chemistry (Ch 132)
Important for understanding materials used in electronics and manufacturing.
Occupational Health, Safety & Environment (OHSE 111)
Covers basic occupational health, safety practices and environmental awareness relevant to labs and industry sites.
Computer Application Software (CIT 112)
Covers MS Office suite, spreadsheets (data handling), basic database operations and application software use-cases for industry.
Introduction to Computer Programming (CIT 113)
Usually taught with a procedural language (C) covering variables, control structures, functions, arrays and basic data structures.
General Engineering Workshop (CIT 121)
Practical workshop practice (carpentry, fitting, soldering) and safety skills critical for hardware labs.
Applied Mathematics-II (Math 233)
Advanced calculus and discrete mathematics applicable to algorithms and data structures.
Business Communication (Mgm 211)
Object-Oriented Programming with JAVA (CIT 212)
Introduction to classes, objects, inheritance, polymorphism, exception handling and GUI basics in Java.
Computer Networks (CIT 223)
Includes LAN/WAN technologies, routers/switches basics and network troubleshooting labs.
Micro-Processor Architecture (CIT 235)
Covers 8085/8086 or similar microprocessors, interfacing, I/O, timers, interrupt handling and small assembly programs.
Electronics-II (CIT 244)
Technical Report Writing
Students learn to present technical results, write executive summaries and produce final project reports that meet board requirements.
Web Development with JAVA (CIT 303)
Covers server-side Java (Servlets/JSP or modern equivalents), basic web frameworks, HTML/CSS/JS integration and practical projects.
Network Administration (CIT 324)
Includes installing & configuring servers, user management, security policies, firewalls, and advanced routing/switching labs.
Operating System (CIT 333)
Processes, threads, scheduling, memory management, file systems and practical labs using Linux/Windows server.
Graphic Designing (CIT 344)
PC System & Peripherals Repair (CIT 352)
Practical hardware diagnostics, assembly/disassembly, peripheral configuration and lab repair tasks.
Project (CIT 362)
Students design and deliver a working project demonstrating cumulative skills (software/web/networking/hardware). Project report and demo assessed by board/institute.
Exam Pattern, Model Papers & Preparation Tips
CIT DAE exams typically combine theory papers, lab exams and a final project evaluation. Model papers from FBISE are essential to understand question formats and marks distribution. Practical labs and iterative project development significantly contribute to final grades — allocate time accordingly.
Study strategy: 1) Read official syllabus and solve model papers; 2) Spend 40–50% time on practical lab work; 3) Develop your final project iteratively; 4) Use MCQ banks for objective sections and timed practice tests for theory papers.
Explore More on ExamChamber
If you want, we can convert this page into a dynamic interface so you can upload chapter PDFs from the CMS and the page will list them automatically under each chapter button.