PEOs and POS
Program Educational Objectives (PEOs)
The B.E. in Civil Engineering is built around three core goals that we believe define a successful graduate
- PEO1: Leadership and Expertise: We aim to provide our graduates with the deep technical foundation and leadership skills necessary to excel and take charge in both the industrial sector and academic circles.
- PEO2: Research and Continuous Growth: We focus on fostering a strong research mindset and a drive for personal development. It is our goal to instill a habit of lifelong learning, ensuring graduates stay adaptable and curious throughout their careers.
- PEO 3: Professional Ethics and a Commitment to Society: A massive part of what we do involves grounding our students in strong professional ethics. We want our engineers to really grasp the gravity of their choices and how their projects actually affect people's lives and the world at large. It’s not just about being good at the technical stuff; we aim to turn out socially aware professionals who genuinely care about community safety and making sure their work doesn't mess up the environment.
Civil Engineering Program Specific Outcomes (PSOs)
The B.E. Civil Engineering program is centered on these three practical goals:
- PSO1: Foundational Expertise – Students use their math and science training to work across the main civil engineering fields, including structures, environment, soil mechanics, water resources, and construction management.
- PSO2: Project Planning & Design – Our graduates know how to handle the full project cycle—from initial planning and drawing up blueprints to writing technical specs and calculating budgets.
- PSO3: Site Management & Communication – Graduates are prepared to work directly with clients and contractors, ensuring that construction is done right and meets all professional quality standards.
Graduate Programs
M.E. Structural Engineering
Program Objectives (PEOs):We train students to analyze and design large civil engineering projects. Our goal is for graduates to lead research projects and stay current with the structural analysis software used in the industry today.
Program Outcomes (POs):
- Standards: Designing structures that follow all national and international building codes.
- Simulations: Using computer models to test how structures behave under different loads.
- Technical Research: Solving modern structural problems through data collection and feasibility checks.
- Management: Leading engineering teams with a focus on clear communication and professional ethics.
M.E. Environmental Engineering
Programme Outcomes (POs):
- Develop technical competency, sound analytical design capabilities, and overall managerial skills.
- Steadfast dedication and commitment towards resource conservation and sustainable development.
- Assimilate profound fundamental knowledge pertaining to environmental science and engineering.
- Exhibit substantially good skills related to environmental science and engineering.
- Acquire good technical competency with respect to appropriate quantitative laboratory analytical skills.
- Propose green and clean processes in diversified manufacturing and/or process-based industries.
- Execute EIA process for upcoming industries, with the appropriate protocols.
- Design, operate, and maintain the various systems and processes in mitigating environmental pollution.
- Relate and interpret the various anthropogenic activities pertaining to cause-effect oriented development activities.
- Evolve as leaders in framing futuristic environmental laws and regulations.
- Develop and execute the environmental based simulations from bench-scale to real time processes.
- Propagate and uphold environmental ethics, environmental hygiene and sanitation; human empowerment and public participation; through the memberships in selected professional societies of their interest.
M.E. Construction Management
Program Educational Objectives (PEOs):
This program is meant to prepare students for managing major construction sites. We put a lot of emphasis on developing leadership and the skills needed to manage large teams effectively. The teaching is grounded in practical research, with a strong focus on keeping business practices honest and socially responsible.
Program Outcomes (POs):
- Site Safety: Learning to use current management tools and software to identify and clear up any health or safety hazards while work is ongoing.
- Working with Others: Learning how to coordinate with specialists from different engineering branches to ensure the job is finished properly.
- Using Past Data: Checking the records from previous projects to help make faster, smarter decisions on current construction sites.
- Learning from Experience: Looking back at data from old projects to make quicker, better decisions on live construction sites.
- Continuing Education: Keeping technical skills sharp and staying updated on new industry tech through lifelong learning.
- Professional Development: Staying updated on new industry trends through continuous learning.
Department Labs
The department has 10 labs for student coursework and research:
- Structural Engineering Laboratory
- Soil Mechanics Laboratory
- Survey Laboratory
- Advanced Non-tructive Testing & Dynamics Laboratory
- Strength of Materials Laboratory
- Highway Engineering Laboratory
- Computer Laboratory
- Hydraulics Laboratory
- Environmental Engineering Laboratory
- Geology Laboratory