The SCTEVT Syllabus 2026 is an important resource for students pursuing Diploma/Polytechnic courses under the State Council for Technical Education & Vocational Training (SCTEVT), Odisha. The syllabus helps students understand what they will study in each semester, which subjects carry practical components, and how their preparation should progress from the first year to the final semester.
For the 2026-27 academic session, SCTEVT has introduced a new first-year Diploma syllabus for all engineering branches. The official SCTEVT syllabus portal provides branch-wise and semester-wise syllabus information, including courses from the 3rd to 6th semesters.
Students should remember that the exact subjects in the 3rd, 4th, 5th and 6th semesters vary according to the branch. For example, Civil Engineering students study subjects related to construction and surveying, while CSE students move towards programming, databases, and computer networks. The official portal separately lists these branch-wise syllabi.
| Particular | Details |
|---|---|
| Board | State Council for Technical Education & Vocational Training, Odisha |
| Course | Diploma/Polytechnic |
| Academic Session | 2026-27 |
| Duration | Generally 3 years |
| Semesters | 1st to 6th |
| 1st & 2nd Semester | Common/first-year foundation syllabus for engineering branches |
| 3rd to 6th Semester | Branch-specific syllabus |
| Syllabus Mode | Online |
| Official Website | SCTEVT Odisha |
| Main Purpose | Theory, practical and industry-oriented technical education |
The SCTEVT portal currently shows a new First Year Diploma Syllabus for all Engineering Branches from Academic Year 2026-27 onwards. It also retains earlier revised/common syllabus versions, so students should select the syllabus applicable to their admission year rather than downloading an older version by mistake.
The first year is designed to build the basic academic and technical foundation required for diploma-level engineering education. Students from different engineering branches generally study a common or substantially common foundation during the initial stage.
The 2026-27 first-year syllabus is specifically listed by SCTEVT as a new syllabus for all engineering branches.
| Subject/Area | Important Topics |
|---|---|
| Mathematics | Algebra, trigonometry, calculus, coordinate geometry and related mathematical concepts |
| Physics | Mechanics, properties of matter, heat, waves, electricity and basic modern physics |
| Chemistry | Atomic structure, chemical bonding, materials, solutions and basic industrial chemistry |
| Engineering Drawing | Geometrical construction, projections, sections, dimensioning and engineering drawings |
| Communication/English | Grammar, vocabulary, communication skills, comprehension and technical communication |
| Workshop Practice | Basic workshop tools, fitting, manufacturing processes and safety |
| Computer Fundamentals | Computer basics, operating systems, applications and digital concepts |
| Engineering/Technical Fundamentals | Basic concepts needed for the student’s chosen engineering discipline |
| Practical Work | Laboratory, workshop and skill-based exercises |
Note: The exact paper titles, codes, credits and unit-wise topics should be checked against the applicable official 2026-27 syllabus PDF because SCTEVT has changed the first-year syllabus for the new academic session.
The 3rd semester is where the syllabus becomes more specialised. Students move away from primarily common subjects and start studying the core subjects of their respective branches.
For instance, the SCTEVT portal separately lists 3rd-semester syllabi for Civil Engineering, Computer Science & Engineering, Electrical Engineering, Mechanical Engineering, Chemical Engineering, Automobile Engineering, AI & Machine Learning and several other disciplines.
Students can expect topics broadly related to:
The 3rd semester marks the beginning of more practical exposure to construction, measurement and structural concepts.
Important areas generally include:
The focus gradually shifts towards writing programs and understanding how computer systems process and store information.
The major areas include subjects such as:
The syllabus combines mathematical understanding with laboratory-based electrical measurements and equipment handling.
Students generally move into subjects such as:
The practical component becomes particularly important because mechanical engineering requires familiarity with tools, machines and manufacturing processes.
The 4th semester continues the core technical subjects and usually introduces more advanced concepts.
Major areas can include:
Important areas include:
The syllabus generally progresses towards:
Students generally encounter:
SCTEVT’s official database lists 4th-semester syllabi separately for branches such as Civil, CSE, Electrical, Mechanical, Chemical, Automobile and Electronics-related programmes.
The 5th semester is particularly important because students have already developed the basic knowledge required for their discipline. At this stage, the syllabus becomes more application-oriented.
The syllabus can include areas such as:
Students generally study advanced areas such as:
The major focus areas include:
Important areas may include:
SCTEVT’s syllabus listing confirms dedicated 5th-semester syllabi for multiple branches, including CSE, Civil, Electrical, Mechanical, Chemical, Automobile and Biotechnology.
The 6th semester is the final academic stage of the regular three-year Diploma programme. Therefore, the emphasis is generally on advanced technical subjects, practical application, industry exposure and project work.
Students generally study advanced areas such as:
SCTEVT’s official listing includes a separate 6th-semester Civil Engineering syllabus.
Major areas may include:
The official SCTEVT database specifically lists the CSE syllabus for the 3rd, 4th, 5th and 6th semesters.
The final semester generally focuses on:
SCTEVT lists a dedicated 6th-semester Electrical Engineering syllabus.
Students generally deal with:
The SCTEVT syllabus database includes separate 6th-semester syllabi for Mechanical Engineering and its specialised variants.
SCTEVT does not have one identical syllabus for every Diploma branch. Instead, the first year provides the common foundation, while the syllabus from the 3rd semester becomes increasingly branch-specific.
The official portal includes a large range of programmes. Some of the major branches are given below.
| Branch | Main Areas of Study |
|---|---|
| Civil Engineering | Construction, surveying, structures, transportation, geotechnical and environmental engineering |
| Mechanical Engineering | Manufacturing, machines, thermodynamics, production and machine design |
| Electrical Engineering | Circuits, machines, power systems, control and electrical applications |
| Computer Science & Engineering | Programming, data structures, DBMS, operating systems and networks |
| Electronics & Telecommunication | Electronics, communication systems, digital systems and instrumentation |
| Automobile Engineering | Automobile systems, engines, vehicle technology and maintenance |
| Chemical Engineering | Chemical processes, fluid mechanics, heat transfer and process equipment |
| Biotechnology | Biological processes, laboratory technology and biotechnology applications |
| Food Technology | Food processing, preservation, quality control and food technology |
| Ceramic Technology | Ceramic materials, processing, manufacturing and testing |
| Mining Engineering | Mining methods, mine machinery, safety and mineral technology |
| Metallurgical Engineering | Metals, materials, metallurgy, heat treatment and testing |
| Textile Technology | Fibres, yarn, weaving, processing and textile manufacturing |
| AI & Machine Learning | Programming, data, AI concepts, machine learning and applications |
| Architectural Assistantship | Architectural drawing, building planning, construction and design |
| Applied Electronics & Instrumentation | Sensors, instrumentation, electronics and measurement |
| Travel & Tourism | Tourism operations, travel management and related services |
The official portal confirms, among others, dedicated semester-wise entries for AI & Machine Learning, Automobile Engineering, Applied Electronics & Instrumentation, Biotechnology, Ceramic Technology, Chemical Engineering, Civil Engineering and CSE.
Simply downloading the syllabus is not enough. Diploma students should use it as a study roadmap.
Focus on building fundamentals. Mathematics, science, communication and engineering basics can become the foundation for later technical subjects.
Revise first-year concepts and start connecting them with engineering applications. Give adequate time to practicals and laboratory records.
This is the stage where core subjects become important. Students should understand concepts rather than relying entirely on memorisation.
Start solving previous examination questions along with regular textbook study. Practical subjects should be prepared simultaneously.
Give additional attention to technical subjects because they are closely related to higher-level Diploma concepts and future employment.
Along with theory preparation, focus on project work, practical skills, revision and placement-oriented technical knowledge.
Students can obtain the syllabus from the official SCTEVT website. The syllabus portal provides filters for branch, semester and academic year, making it easier to find the applicable document.
Steps to download:
SCTEVT Odisha Official Syllabus PDF
Students admitted in 2026-27 should pay particular attention to the newly introduced first-year syllabus, rather than automatically following an older 2024-25 or 2018 syllabus. The official portal clearly distinguishes the new 2026-27 first-year syllabus from previous versions.
Yes. SCTEVT’s official syllabus portal lists a new First Year Diploma Syllabus for all Engineering Branches from AY 2026-27 onwards. Branch-wise syllabi for higher semesters are also available on the portal.
No. The first year has common/foundation-oriented coursework for engineering branches, while the syllabus from the 3rd semester becomes branch-specific.
A regular three-year Diploma course generally consists of six semesters.
Students should use the official SCTEVT syllabus portal and select their branch, semester and applicable academic year.
Yes. Diploma education combines classroom theory with laboratory, workshop and practical learning. The exact practical papers depend on the branch and semester.
SCTEVT has specifically listed a new first-year syllabus applicable from 2026-27, so students joining in this academic session should use that version.
Start with the official syllabus, divide every subject into units, identify practical components and then prepare a weekly study plan. For technical subjects, understanding concepts and solving numerical/problem-based questions is generally more useful than memorising answers.
The SCTEVT Diploma Syllabus 2026 gives students a clear picture of what they will study throughout their three-year Diploma journey. The first year establishes the academic and engineering foundation, while the 3rd to 6th semesters gradually introduce specialised technical knowledge according to the chosen branch. Since SCTEVT has introduced a new first-year syllabus for 2026-27, students should make sure they are preparing from the correct academic-year document.
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