Unit 1: Academic Program Overview

An academic program is a formally approved, credit-bearing pathway that a university offers to move a learner from admission to a named qualification. This unit orients you to the framework that governs such a program: the institutional intent behind it, the way it is timed and staged, and the rules that decide which courses you take and when. Everything later in your degree — course choice, specialization, graduation eligibility — rests on the vocabulary and conventions set out here.

• Governing body: A university-recognised School or Department owns the program, sets its rules, and awards the credential; the program cannot be altered by an individual instructor.
• Credit as the unit of account: Academic work is measured in credits, where one credit typically equals one hour of lecture (or two of lab/tutorial) per week across a semester (~15 weeks).
• Regulation document: The program's structure, credit totals, and progression rules are fixed in an approved scheme of studies or curriculum regulation, which is binding for a student's admission batch.
• Outcome orientation: Modern programs are defined by Program Educational Objectives (PEOs) and Program Outcomes (POs) — measurable abilities a graduate must demonstrate — rather than only by a list of subjects.

II. University and Program Overview

The institutional context and intent of the program

Before mapping courses, you must understand who offers the program and what it is designed to achieve.

A. School Vision and Mission

The School's vision and mission are the highest-level statements that justify why the program exists and shape every downstream decision.

• Vision: A single aspirational statement of the future the School intends to help create — future-facing, broad, and not time-bound. It answers "what do we ultimately want to be known for?"
• Mission: A set of present-tense commitments describing how the vision is pursued — through teaching, research, industry engagement, and community service. It answers "what do we do, and for whom?"
• Function in accreditation: Vision and mission are the reference point against which PEOs are checked for alignment; an accreditation body (e.g., NBA, ABET) verifies this mapping.
• Practical use: They signal the School's emphasis — for instance, a mission stressing "employable, industry-ready graduates" predicts a curriculum heavy in projects and internships.

B. Program Introduction and Objectives

This subsection identifies the specific degree and states, in outcome terms, what it commits to produce.

• Program identity: The formal name, degree type, and level — e.g., a four-year Bachelor's, a two-year Master's — together with the discipline it certifies.
• Program Educational Objectives (PEOs): Broad statements of what graduates are expected to attain within a few years of graduating (career and professional accomplishments), typically 3–5 in number.
• Program Outcomes (POs): Narrower, graduation-time abilities — knowledge, analysis, design, tool use, communication, ethics, lifelong learning — that every graduate must demonstrate.
• Objectives-to-outcomes chain: Mission → PEOs → POs → Course Outcomes, so that each course contributes measurably to the program's stated purpose.

C. Program Duration and Academic Structure

This subsection explains how the program is bounded in time and divided into teaching blocks.

• Duration: The nominal length in years and the maximum permissible span (span period) within which the degree must be completed — e.g., a nominal 4 years with a maximum of 6–8.
• Semester system: The year is split into two semesters (Odd and Even); some universities add a short summer term for backlog clearance or electives.
• Academic structure components:
  • Contact hours: Scheduled lecture (L), tutorial (T), and practical (P) hours, written as an L-T-P pattern per course.
  • Assessment split: A defined ratio of continuous internal assessment to end-semester examination (commonly around 40:60 or 50:50).
  • Grading scale: Letter grades mapped to grade points, aggregated as SGPA (per semester) and CGPA (cumulative).

III. Curriculum Structure

The organised body of courses that constitutes the program

The curriculum structure is the ordered set of all courses, their credits, and the rules linking them, that a student must satisfy to earn the degree.

A. Definition, purpose & importance

This subsection defines the term and states why a deliberately designed structure matters.

• Definition: The curriculum structure is the formally documented arrangement of courses across semesters, specifying category, credit value, and sequence, along with the conditions for progression and graduation.
• Purpose:
  • Coverage: Guarantees every graduate meets the discipline's essential knowledge base.
  • Sequencing: Ensures foundational material precedes advanced material.
  • Standardisation: Makes degrees comparable across batches and institutions for transfer and recognition.
• Importance:
  • For the student: Provides a predictable roadmap and protects against taking courses out of order.
  • For the institution: Supplies the audit trail accreditation and quality assurance depend on.

B. Core, Elective, and Specialization Courses

Courses are grouped by how much choice the student has and how deeply they specialise; the three categories differ sharply in this respect.

1. Core courses: Compulsory for all students in the program — foundational and disciplinary subjects with no substitute. They carry the largest share of credits and cannot be skipped (e.g., a first-year programming or mathematics course required of every student).
2. Elective courses: Chosen by the student from an approved list, allowing tailoring of the degree to interest. They subdivide into:
   • Program/discipline electives: Advanced courses within the discipline.
   • Open/generic electives: Courses from other disciplines that broaden the graduate profile.

• Specialization courses: A coherent bundle of related electives that together form a named concentration (a "track" or "major stream" such as Data Science or Cybersecurity), giving the degree a focused identity while core courses preserve the common foundation.

C. Credit Distribution and Course Progression

This subsection explains how credits are allocated across categories and how a student advances through the program.

• Credit distribution: The regulation fixes a minimum credit count for graduation and apportions it across core, elective, specialization, project, and other components.

Total credits for degree      = 160 (example)
  Core / foundation            = 100
  Discipline electives         =  24
  Open electives               =  12
  Specialization track         =  16
  Project / internship         =   8

• Per-semester credit load: A recommended range (often ~18–24 credits) balances workload; overload or underload usually requires approval.
• Course progression: The rules governing movement from one stage to the next.
  • Promotion rule: A minimum number of credits or a minimum CGPA required to enter the next year.
  • Backlog handling: Failed courses must be re-registered and cleared within the span period.
  • Graduation condition: All required credits earned in each category plus the minimum CGPA.

D. Prerequisites and Elective Baskets

This subsection covers the two mechanisms that constrain and organise course selection.

1. Prerequisites: Conditions a student must satisfy before registering for a course, enforcing correct sequence.
   • Hard prerequisite: The prior course must be passed first (e.g., Data Structures before Algorithms).
   • Co-requisite: A course to be taken in the same semester (commonly a lab paired with its theory course).
   • Anti-requisite: A course that cannot be counted if an equivalent has already been credited.
2. Elective baskets: Curated groups of electives from which a student must pick a set number.
   • Basket rule: "Choose n from basket X" — for instance, choose 3 courses from a Machine Learning basket to complete a specialization.
   • Purpose: Keeps free choice coherent so that selected electives build on one another rather than scattering.

E. Salient Features of the Program

This subsection highlights the distinctive design elements that differentiate the program.

• Choice-based credit system (CBCS): Credits are portable and electives are student-chosen, supporting flexibility and mobility across institutions.
• Outcome-based education (OBE): Every course maps to defined outcomes, and attainment is measured, closing the loop between teaching and stated objectives.
• Experiential components: Mandatory projects, internships, and industry training embed practice alongside theory.
• Multidisciplinary breadth: Open electives and value-added courses (communication, ethics, entrepreneurship) round out the technical core.
• Exit and progression flexibility: Where offered, multiple entry/exit points allow a certificate, diploma, or degree depending on credits earned, and honours pathways reward additional credits.