The Department of Civil Engineering (CE) at Trident Academy of Technology (TAT) began its journey in 2013 with the vision of shaping the technical landscape in the field of civil engineering. The department is affiliated with the Biju Patnaik University of Technology (BPUT), Odisha, and offers AICTE-approved programs.

At present, the department offers a comprehensive portfolio of programs, including:

  • Diploma in Civil Engineering
  • Undergraduate Degree (B.Tech in Civil Engineering)
  • Postgraduate Degrees:
    • M.Tech in Environmental Engineering
    • M.Tech in Structural Engineering

1. Diploma in Civil Engineering - 60 Seats

  • Strong entry pathway into the infrastructure and construction industry with practical, skill-focused training.
  • Hands-on learning through labs, fieldwork, and project-based activities that build real engineering competence.
  • High employability as diploma civil engineers are in demand for site supervision, surveying, drafting, quantity estimation, quality control, and maintenance roles.
  • Opportunities in government sectors such as PWD, Water Resources, Housing & Urban Development, Rural Development, and Municipal Engineering as Junior Engineers (JE).
  • Excellent scope in private industry including construction companies, contractors, consultancies, real estate developers, and infrastructure firms.
  • Cost-effective & time-efficient program that enables students to start a professional career earlier.
  • Pathway to higher studies—lateral entry to B.Tech (direct 2nd year), and later M.Tech or advanced specializations.
  • Opportunities for entrepreneurship in surveying, estimation, contracting, and material testing services.
  • Steady growth prospects with rising demand for infrastructure development across India and Odisha.

2. B.Tech. in Civil Engineering - 30 Seats

  • Foundation of all infrastructure — roads, bridges, buildings, water systems, smart cities, airports, and more.
  • High demand in both government and private sectors due to continuous national development.
  • Diverse career options across design, construction, planning, surveying, project management, environmental engineering, and emerging digital technologies.
  • Strong job security with wide opportunities in government departments, PSUs, and top private companies.
  • Scope for innovation in sustainable construction, green infrastructure, disaster-resilient design, and advanced materials.
  • Excellent higher-study pathways (M.Tech, MS, MBA, Ph.D., research fellowships).
  • Entrepreneurial potential through consulting firms, construction companies, material testing labs, and digital engineering services.
  • Blend of creativity and engineering—designing real-world structures that directly improve society.
  • Ever-growing relevance as India and the world expand infrastructure through mega projects, smart city missions, and modern transportation networks.

3. M.Tech. in Environmental Engineering – 18 Seats

  • Specialized expertise in managing and protecting natural resources through sustainable engineering solutions.
  • High national and global demand due to increasing focus on climate change, pollution control, waste management, and environmental sustainability.
  • Critical role in public health & safety—environmental engineers design systems for clean water supply, wastewater treatment, air quality control, and solid waste management.
  • Opportunities across major sectors:
    • Pollution Control Boards
    • Municipal Corporations
    • Water & Wastewater Treatment Plants
    • Environmental Consultancies
    • Industries (mining, steel, power, chemical)
    • Research & policy organizations
  • Key job roles: Environmental Engineer, Sustainability Specialist, EIA Consultant, Water Resource Engineer, Environmental Analyst, and Research Engineer.
  • Strong research scope in climate resilience, green technologies, renewable energy systems, waste-to-resource innovation, and environmental monitoring.
  • Pathway to Ph.D., academia, and advanced research careers in premier institutes and government labs.
  • Excellent prospects for entrepreneurship—environmental audits, EIA services, waste management startups, water treatment solutions, and environmental monitoring labs.
  • Aligned with national missions such as Swachh Bharat, Namami Gange, Smart Cities Mission, and climate action initiatives.

4. M.Tech. in Structural Engineering – 18 Seats

  • Advanced specialization focused on the analysis, design, and safety of buildings, bridges, towers, dams, and large infrastructures.
  • High industry demand for structural experts due to rapid urbanization, smart city projects, metro networks, and high-rise construction.
  • Critical role in public safety—structural engineers ensure that structures can withstand loads, earthquakes, wind, and environmental stresses.
  • Opportunities in top sectors:
    • Consulting & design firms
    • Construction & infrastructure companies
    • Government agencies & PSUs
    • Research organizations & institutes
  • Access to premium careers such as Structural Designer, Bridge Engineer, Earthquake Engineering Specialist, Project Consultant, and Research Engineer.
  • Strong research prospects in seismic design, advanced materials, smart structures, computational modeling (FEM), and sustainability.
  • Higher earning potential due to specialized technical expertise and professional demand.
  • Excellent pathway to a Ph.D., teaching, and advanced research roles in premier institutes.
  • Opportunities for consultancy and entrepreneurship in structural design, proof checking, retrofitting, and structural health monitoring.
  • Here is a concise, brochure-friendly version of “Why M.Tech in Environmental Engineering?” — crisp, impactful, and suitable for academic or promotional materials:

These programs are delivered under the able leadership of Mr. Sanjay Kumar Behera (HoD, Civil), an eminent academician with extensive field exposure and experience. A team of highly qualified, dedicated, and experienced faculty members contributes to creating a conducive learning environment that focuses on delivering a broad spectrum of knowledge aligned with the civil engineering curriculum, while also preparing students to become job-ready professionals capable of contributing meaningfully to society.

The department boasts state-of-the-art laboratory facilities, enabling students to build strong technical proficiency and confidence in designing effective and efficient engineering solutions to real-world problems. In addition to structured classroom teaching as per BPUT guidelines, the department places significant emphasis on enhancing students’ professional competenciescommunication skills, and interpersonal abilities.

To strengthen industry–academia collaboration and ensure holistic exposure, the department has signed MoUs with leading organizations such as NBCC and OCC, and is also associated with OMC, IDCO, OBCC, and other reputed agencies. These partnerships play a pivotal role in enriching students’ industrial training and practical understanding.

As a part of the Trident Culture, students are engaged through the “Learn with Fun” approach, which nurtures intellectual, technological, and personal growth. Various technical and intellectual clubs, as well as professional societies, actively involve students in hands-on learning, innovation, and skill-building activities. The academic environment at Trident is intentionally crafted to cultivate a mindset geared toward lifelong learning, thereby equipping students with the skills and attitudes essential for success in industry, research, and society at large.