By Semester 5 you're into specialised Civil Engineering in full. Design of Concrete Structures I (RCC Design) requires applying IS 456 code provisions to real design scenarios. Structural Analysis II, Geotechnical Engineering II, and Water Resources Engineering round out one of the most demanding semesters in the degree.
Semester 5
RCC Design, Structural Analysis II, Geotechnical II
7 Subjects
Specialised Civil Engineering begins in full
Free Resources
Syllabus, notes and PYQs free for all subjects
By Semester 5 you're into specialised Civil Engineering in full. Design of Concrete Structures I — commonly called RCC Design — is the subject Civil students either embrace or find incredibly stressful. It requires applying IS 456 code provisions to real structural design scenarios, not just formula substitution.
Structural Analysis II extends into indeterminate structures. Geotechnical Engineering II builds on S4 soil mechanics and applies it to real foundation scenarios. Water Resources Engineering brings hydrology and irrigation into the picture. S5 is demanding — but this is also the semester where students start feeling like actual engineers.
All subjects for this semester are listed below. Click on any subject to access notes, PYQs, and video classes.
Design of Concrete Structures I (RCC Design I)
CE301
Structural Analysis II
CE303
Geotechnical Engineering II
CE305
Geomatics
CE307
Water Resources Engineering
CE309
RCC Design Lab / Drawing
CE331
Geotechnical Engineering Lab
CE333
Video Classes (Full Course)
Comprehensive recorded video classes covering the entire syllabus.
Buy CourseRCC Design and Structural Analysis II are the two biggest time investments this semester — pair them with the IS codebook and consistent numerical practice.
CE301 RCC Design I — always design with IS 456 open beside you. The code is your guide for this subject. Know the key clauses and design tables, and practice at least 15-20 full design problems from past papers.
CE303 Structural Analysis II — start with slope deflection method before moving to moment distribution and Kani's method. Indeterminate structures need a systematic approach — understand the method, then practice numerically.
CE305 Geotechnical Engineering II — Terzaghi's bearing capacity equations and pile load formulas are exam staples. Work through past KTU questions systematically — question patterns here are very consistent.
CE309 Water Resources Engineering — hydrology and rainfall-runoff calculations are the most exam-relevant portions. The irrigation design section is scoring if you prepare the design formulas properly.
CE307 Geomatics — this is a relatively modern subject covering GIS and remote sensing. It is scoring and less numerically intensive than the other S5 subjects. Don't neglect it in favour of RCC prep.
If you're planning GATE, S5 subjects like RCC Design, Foundation Engineering, and Water Resources are directly on the GATE Civil syllabus. Use this semester to build depth.
Continue exploring KTU resources and other semesters.
Not sure if you're covering the right topics or preparing the right way? Getting guidance early can save you months of wasted effort.
Common questions about KTU KTU Civil S5 — 2019 Scheme resources and coaching.
KTU Civil S5 (2019 scheme) includes CE301 Design of Concrete Structures I (RCC Design I), CE303 Structural Analysis II, CE305 Geotechnical Engineering II, CE307 Geomatics, CE309 Water Resources Engineering, and the lab subjects CE331 and CE333.
It can be, especially the design of columns and two-way slabs. The key is to work with IS 456 from day one and practice full design problems — not just formula substitution. Past question-based practice is the most effective preparation strategy.
Geomatics (CE307) covers modern digital surveying — remote sensing, GIS, GPS surveying, and photogrammetry. It is a more scoring and conceptually lighter subject compared to RCC Design and Structural Analysis. Don't underestimate it — it carries full credit.
CE305 Geotechnical Engineering II is the applied continuation of S4 Geotechnical Engineering I. It covers bearing capacity, pile foundations, retaining walls, and slope stability — essentially the foundation design applications that S4 introduced conceptually.
Yes. Free notes and PYQs for all KTU Civil S5 subjects are available. Check the resource table above.