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Columbia Institute of Engineering and Technology Raipur M.Tech Thermal Engineering: Fees 2026, Course Duration, Dates, Eligibility
The M.Tech in Thermal Engineering course at Columbia Institute of Engineering and Technology (CIET) Raipur takes 2 years to complete in Raipur, Chhattisgarh. The course suits students ready to study Thermal Engineering foundations and practise applied Thermal Engineering. For this course, the fee is INR 140,000.
M.Tech in Thermal Engineering at Columbia Institute of Engineering and Technology (CIET) Raipur
- Columbia Institute of Engineering and Technology (CIET) Raipur is approved by AICTE.
- Advanced study includes Thermal Engineering project or research work.
- Subject practice includes technical calculations, design exercises, simulations and branch-based projects.
M.Tech in Thermal Engineering Fee Structure at Columbia Institute of Engineering and Technology (CIET) Raipur
Academic Fees
| Fee component | Amount | Scope |
|---|---|---|
| Total Fees | INR 140,000 | total course fee |
M.Tech in Thermal Engineering Study Format and Academic Focus
The first stage builds a base in Thermal Engineering foundations. Students then use methods used in Thermal Engineering and applied Thermal Engineering before taking up deeper work in Thermal Engineering project or research work.
Main Subjects in M.Tech in Thermal Engineering
| Subject area | What students learn |
|---|---|
| Thermal Engineering Foundations | Introduces the ideas students need before studying the advanced parts of M.Tech in Thermal Engineering. |
| Methods Used In Thermal Engineering | Shows how methods used in Thermal Engineering is analysed and used within M.Tech in Thermal Engineering. |
| Applied Thermal Engineering | Connects applied Thermal Engineering with assignments, examples and subject-based problem solving. |
| Thermal Engineering Project Or Research Work | Brings earlier topics together through deeper work in Thermal Engineering project or research work. |
The course connects classroom study with technical calculations, design exercises, simulations and branch-based projects. Together, these areas show how M.Tech in Thermal Engineering moves from basic subject knowledge to applied work.
Projects and Applied Work
Practical learning commonly includes technical calculations, design exercises, simulations and branch-based projects. It helps students connect Thermal Engineering foundations with applied Thermal Engineering through assignments and projects.
Placements
| Measure | Figure |
|---|---|
| Placement rate | 40% to 70% |
| Average package | INR 3 to 5.5 LPA |
| Higher package range | INR 7 to 12 LPA |
| Likely work areas | engineering, software and technical services |
Note: The actual placement might differ so students are advised to visit the college.
Where M.Tech in Thermal Engineering Can Lead
Possible Job Roles
| Role | Work area | Relevant subject |
|---|---|---|
| Graduate Engineer | Thermal Engineering-related services | Thermal Engineering Foundations |
| Technical Support Associate | research or project support | Methods Used In Thermal Engineering |
| Project Trainee | education and administration | Applied Thermal Engineering |
Higher Study Options
| Course | Purpose |
|---|---|
| advanced engineering study | Develops deeper study after M.Tech in Thermal Engineering |
| management | Develops deeper study after M.Tech in Thermal Engineering |
| specialist certification | Develops deeper study after M.Tech in Thermal Engineering |
Questions Students Ask About M.Tech in Thermal Engineering
Ques. What is the fee for M.Tech in Thermal Engineering at Columbia Institute of Engineering and Technology (CIET) Raipur?
Ans. The academic fee for M.Tech in Thermal Engineering at Columbia Institute of Engineering and Technology (CIET) Raipur is INR 140,000.
Ques. How long is M.Tech in Thermal Engineering at Columbia Institute of Engineering and Technology (CIET) Raipur?
Ans. M.Tech in Thermal Engineering runs for 2 years in full-time mode.
Ques. What does a student study in M.Tech in Thermal Engineering?
Ans. Students cover Thermal Engineering foundations, methods used in Thermal Engineering, applied Thermal Engineering, and Thermal Engineering project or research work.
Ques. What practical work is part of M.Tech in Thermal Engineering learning?
Ans. Subject practice includes technical calculations, design exercises, simulations and branch-based projects.
Ques. What is the placement range for M.Tech in Thermal Engineering?
Ans. The placement rate is 40% to 70%, with an average package of INR 3 to 5.5 LPA. These are predicted figures, not institution-released results.
Ques. Which work areas can follow M.Tech in Thermal Engineering?
Ans. The course connects with Thermal Engineering-related services, research or project support, and education and administration.
Ques. What can a student study after M.Tech in Thermal Engineering?
Ans. Higher study choices include advanced engineering study, management, and specialist certification.
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