One of the oldest and most prestigious departments at Tulas Institute — combining mechanical design, manufacturing, thermodynamics, robotics, and energy engineering with state-of-the-art labs and industry collaboration.
The Department of Mechanical Engineering at Tulas Institute, established in 2006, is one of the oldest and most prestigious departments, dedicated to academic excellence and research-driven innovation.
Offering Diploma, Undergraduate (B.Tech), and Postgraduate (M.Tech) programmes, the department focuses on developing technical expertise, analytical thinking, and problem-solving abilities. The curriculum provides a strong foundation in mechanical design, manufacturing, thermodynamics, robotics, and energy engineering, with specialisations in Robotics and Energy Engineering equipping students with cutting-edge knowledge in automation and sustainable energy — backed by state-of-the-art laboratories and industry collaborations.
"Innovate, design, and build the future with a B.Tech in Mechanical Engineering."
| Course | Duration | Eligibility |
|---|---|---|
| B.Tech | 4 Years | Passed 10+2 with Physics and Mathematics compulsory, plus one of Chemistry / Biology / Computer Science / Engineering Graphics / Business Studies, with at least 45% marks (40% for reserved category). Diploma holders in Engineering also eligible. |
Every core area is built on strong engineering fundamentals, with dedicated specialisation tracks in Robotics and Energy Engineering.
Robotic systems, automation technologies, and intelligent manufacturing.
Sustainable energy systems, thermal engineering, and energy efficiency.
Machine design, CAD/CAM, and product development fundamentals.
Manufacturing processes, quality control, and production systems.
Thermal systems, fluid flow, and heat transfer fundamentals.
Installation, operations, and industrial process management.
Engineering Mechanics · Materials Science · Machine Design · Manufacturing Technology · Heat Transfer · Engineering Drawing
The programme integrates AI-driven predictive maintenance, robotics, digital twin concepts, and AI-assisted CAD/CAM tools — preparing students for a manufacturing industry that is increasingly automated and data-driven.
Engineering mechanics, materials science, and foundational mechanical engineering concepts.
Machine design, manufacturing technology, and thermodynamics applied to design tasks.
Robotics, energy engineering, and industrial systems through live projects and industry collaboration.
Specialisation capstone in Robotics or Energy Engineering, demonstrating industry-ready technical competence.
Globally recognised certifications, hands-on labs, and continuous industry exposure that make graduates job-ready.
One of the oldest and most prestigious engineering departments at Tulas Institute, running since 2006.
Strong foundation in mechanical design, manufacturing, thermodynamics, robotics, and energy engineering.
Dedicated specialisation tracks in Robotics and Energy Engineering.
State-of-the-art laboratories, industry collaborations, and hands-on training.
Diverse career opportunities in design, development, quality control, manufacturing, and operations.
Industry-ready skills aligned with automotive, aerospace, renewable energy, and robotics sectors.
A certification stack — SolidWorks, AutoCAD Mechanical, and Six Sigma — building industry-ready software and process skills.
Association with IIT Kanpur E&ICT Academy adding national credibility to the degree.
Pathways into Diploma, UG, and PG (M.Tech) study within the same department.
From design and manufacturing to robotics and energy — a mechanical engineering degree opens roles across every industrial sector.
Create mechanical components and systems using CAD/CAM tools, simulation software, and engineering standards across automotive, aerospace, and industrial sectors.
Optimise production processes, oversee quality assurance, and implement lean manufacturing techniques on the shop floor.
Ensure product quality through inspection, testing, Six Sigma processes, and statistical quality control in manufacturing environments.
Design, build, and program robotic systems and automation solutions for industrial manufacturing and smart factory environments.
Develop and manage renewable energy systems, thermal power plants, and energy-efficient infrastructure for industrial and utility applications.
Apply mechanical engineering principles to vehicle and aircraft design, testing, manufacturing, and maintenance across leading OEMs and Tier-1 suppliers.
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A programme engineered for the modern engineering profession — combining strong fundamentals, industry alignment, and hands-on practice.
Artificial intelligence and machine learning concepts woven into the Mechanical Engineering curriculum — from AI-aided design to predictive maintenance.
Association bringing premier, nationally recognised certifications and academic credibility to your B.Tech degree.
Continuously updated to match real industry trends — robotics, energy engineering, digital manufacturing, and smart industrial systems.
AWS, Microsoft, Google, NVIDIA, Oracle, and Python certifications built into regular coursework — preparing graduates for a digital-first industry.
Multiple internship opportunities across the programme and a direct internship-to-placement pathway supported by TCCI.
A centre of excellence in teaching, research, and innovative mechanical engineering practices — encouraging students to push engineering boundaries.
Learn by building — live projects, hackathons, and product development across all four years of the programme.
Robotics, automation, digital twins, AI-assisted CAD/CAM, and renewable energy systems integrated throughout the curriculum.
Career development and corporate readiness powered by TCCI — resume building, mock interviews, and dedicated recruiter engagement.
