AKTU Mini Project or Internship Assessment (BCE752) Syllabus PDF – B.Tech 4th Year
Mini Project or Internship Assessment BCE752
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- Semester 7
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Syllabus — Mini Project or Internship Assessment
Download PDFBCE752 · 2 credits · L-T-P 0-0-4
Course Objectives
To systematically assess the student’s industrial internship or mini project conducted after the VI semester by emphasizing technical reporting, practical learning, and presentation skills, aligned with professional and academic expectations.
Course Structure:
Students must have completed: Internship (4—6 weeks) in a relevant civil engineering organization OR Mini Project (design/analysis-based) under departmental faculty guidance. During the VII semester: 4 Hours/Week to be utilized for: Supervised Report Preparation; PPT Preparation & Mock Presentations; Technical Discussions & Peer Reviews;
Individual Assessment of Internship Learning Outcomes or Mini Project Progress
Course Outcomes
CO1_‘~ Prepare structured technical reports based on internship or mini project work. K1, K2, K3
| CO | Course Outcome | Knowledge Level |
| CO1 | Apply project management and design tools for civil engineering tasks. | K2, K3 |
| CO2 | Analyze practical problems and implement solutions using civil engineering methods. | K3, K4 |
| CO3 | Present and communicate project outcomes effectively through presentations. | K4, K5 |
| CO4 | Integrate interdisciplinary knowledge in project or internship activities. | K5, K6 |
Mini Project Options (for Non-Internship Students):
Students opting for Mini Project must complete at least 4 technical tasks from the following:
SN Technical Task Title Mapped Domain . . . . tructi 1 | Preparation of BOQ & Tender Documents for Residential / Infrastructure Project Construction Management 2 | Design & Detailed Drawing of Flat Slab / Cantilever Slab as per IS Code Structural Design 3 | Cost Estimation and Market Rate Survey for Construction Projects Construction Economics 4 | Structural Design & Analysis of a G+5 RCC/Steel Building (Full Design using IS Codes) | Structural Design, FEM 5 Design of Small Sewage Treatment Plant (STP) for Residential Society (Flow, Layout, Environmental Detailing) Engineering 6 Pavement Design Problem using IIT Pave or Equivalent Software (Flexible/Rigid Transportation Pavement) Engineering 7 Experimental Study on Effect of Various Admixtures on Concrete Properties (Lab & | Concrete Technology, Literature) Materials Hydraulic Problem / Fluid Dynamics Simulation Using Excel or Software (e.g., Flow . . . 8 - Hydraulic Engineering through Pipes, Water Hammer) Bridge Design Problem (Simple Span RCC/PSC Slab or Box Culvert Design) (As per ; ; ' Bridge E 9 IRC/IS Codes) ridge Engineering 10 Technical Case Study of Real Infrastructure Project (Metro Rail, Dam, Tunnel, Project Planning & Highway, etc.) Analysis 11 Working Models or Prototypes on Civil Engineering Concepts (e.g., Seismic Base Structural, Isolation, Wastewater Treatment, Green Building Models) Environmental Models 2
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