Master of Computer Applications (MCA) 

at NIT Trichy, Tiruchirappalli

Usually, the duration of post graduation courses is 2 years. At NIT Trichy, the duration of a PG-level MCA course is of three years. This course is offered in a full-time mode via the Department of Computer Applications at the institute. Admission to this course is directly based on NIMCET entrance exam. Candidates who get selected via NIMCET get to study this three-year programme of MCA at NIT Trichy. The curriculum of this course surrounds the learing of all theoretical aspects and practical training. Click here to check out the complete MCA course details for admission to NIT Trichy.

As per the data available around the NIT Trichy placements MCA for the year 2022, the total placement rate was recorded at 96.3%, which remains stagnant as of the year 2021. Furthermore, the top recruiters visited during the campus placements were Google, Infosys, ITC, Intel, Samsung, etc. Click here for the placement statistics around NIT Tricy MCA placements for the latest year. 

 To get admission to MCA course at NIT Trichy, students must be graduated with minimum 60% aggregate or 6.5 CGPA in BSc/ BSc (Hons)/ BCA/ BIT with Mathematics/Statistics/Equivalent subject as one of the subjects. Students who are graduated with BE/B Tech or equivalent from a recognised University can also apply for this course. However, a five percent of relaxation is give to candidates who belong from SC/ ST categories. These candidates are required to obtain minimum of 55% or 6.0 CGPA in their respective graduation. Based on the eligibility requirements, candidates will be shortlisted for other selection rounds. Click here to know about the detailed NIT Trichy MCA admission process. 

In order to get admission to MCA course at NIT Trichy, candidates must fulfil the minimum eligibility criteria in the first place. Candidates are required to secure minimum of 60% aggregate in a three-year graduation course. Admission to MCA at NIT Trichy is entirely entrance-based. Eligible candidtaes are required to appear for NIMCET entrance exam, which is a common entrance exam for MCA in all the NITS. It'smandatory for every aspirant to qualify the exam with a valid rank. Following that, the qualified candidates have to register for NIMCET counselling process. Later on, the institute will release the rank list of the selected candidates.

At the postgraduate level, NIT Trichy provides two-year MTech, MBA, MCA, and various other courses to students. The MCA program at NIT, Trichy is good. NIT Tiruchirappalli is ranked 701-710 by QS World University Rankings 2025. It is one of the top-ranked universities present in India. MCA students get great placement opportunities in top companies like Google, Infosys, Facebook, Oracle, and others. The university infrastructure is also very good. For MCA admission, candidates must qualify for the NIMCET, and for that, candidates must study according to the the NIMCET exam pattern. 

The NIT Trichy highest package has not been disclosed on the official website. However, the median package for UG and PG courses is available in the NIRF report 2024. As per the report, the highest median package for 2023 stood at INR 15.76 LPA and was offered to BTech students. Refer to the table below for NIT Trichy placement package 2023:

During 2024 placements, the overall placement rate for BTech was 88.90%. Further, the NIT Trichy MBA placement rate stood at 72.80%. Take a look at the table below depicting the NIT Trichy placement rate for 2024:

No, NIT Trichy does not offer admission to any of its courses directly. Admission is strictly entrance-based. For BTech, MTech, MSc, and MCA courses, national-level examinations such as JEE Main,  GATE,  IIT JAM, and NIMCET are accepted. Candidates shortlisted based on the exam scores further need to take part in the respective counselling procedures such as JoSAA for BTech, CCMT for MTech, and CCMN for MSc. 

The table below represents the course-wise median package offered during NIT Trichy placements 2023:

NOTE: The above salary details are collated from the NIRF report 2024.