Build the machines
the next decade
actually needs.
Mechanical engineering did not shrink — it changed shape. Electric mobility, renewable energy, robotics, additive manufacturing and smart factories all sit on mechanical foundations. This department teaches those foundations, then puts modern tooling on top of them.
A department built around doing, not just covering
Fourteen reasons students pick it
Industry 4.0 curriculum
Core mechanics taught alongside AI/ML, data science, IoT and cybersecurity minors, so graduates read both a stress plot and a dataset.
Robotics & automation track
A dedicated specialization plus external expert workshops in robotics, controllers and automated cells.
CAD and simulation, seriously
AutoCAD, FreeCAD and advanced 3D modelling; thermal and structural analysis with results validated against real experiments.
Tinkering Laboratory
Arduino, sensors, embedded systems and IoT. Students fabricate and demonstrate working prototypes, not slide decks.
3D printing end-to-end
Design → CAD → geometry optimisation → STL → print → evaluate. The full digital-to-physical workflow.
Centre of Excellence
Hydraulics, pneumatics, Flexible Manufacturing Systems, industrial automation and material handling on live equipment.
Renewable energy research
Solar air heaters, solar dryers and evacuated tube systems — undergraduate students run real experimental campaigns.
Funded student projects
Promising teams receive institutional funding for components, prototypes, experiments and conference presentations.
Two industry visits a semester
Minimum. Manufacturing plants, process industries and production floors, every single semester.
Pick a route.
Nine ways in.
Undergraduate, postgraduate, doctoral and diploma routes, with minor specializations that let a mechanical degree carry a second, market-facing skill.
Undergraduate — B.Tech
B.Tech Mechanical Engineering
The core degree: thermodynamics, fluid mechanics, machine design, manufacturing, materials, heat transfer and mechatronics.
Minor in AI & Machine Learning
Mechanical core plus AI/ML. Aimed at predictive maintenance, generative design, quality vision systems and simulation surrogates.
Minor in Data Science
For process analytics, production optimisation, reliability engineering and manufacturing intelligence roles.
Minor in Blockchain, IoT & Cybersecurity
Connected-plant skills: sensor networks, industrial IoT, traceable supply chains and OT security awareness.
Specialization in Robotics & Automation
Manipulators, controllers, PLC-driven cells, vision and automated material handling — the department's fastest-growing track.
Postgraduate, doctoral & diploma
M.Tech Energy Engineering
Thermal systems, renewables and energy efficiency — aligned to the department's solar and heat-transfer research.
PhD Mechanical Engineering
Full-time and part-time research in mechanical and allied areas, supervised within active experimental groups.
Diploma in Mechanical Engineering
A three-year polytechnic route into shop-floor and technician roles, or onward into B.Tech.
Lateral entry to B.Tech
Eligible diploma holders join the degree directly in the second year.
Where the demand
actually is.
A read of the 2026 hiring market for mechanical engineers in India, compiled from industry hiring reports and public salary datasets. It is a market picture, not a placement guarantee — but it is the picture the curriculum is being steered by.
Why the demand is durable
Manufacturing policy push
Make in India, the Production Linked Incentive schemes and the National Manufacturing Mission are all aimed at raising manufacturing's share of GDP — which is mechanical-engineer-intensive by definition.
The EV transition
India's electric vehicle market is projected to grow into a multi-lakh-crore sector by 2030, pulling in design, battery manufacturing, charging infrastructure and production engineering.
Factory modernisation
Plants adopting sensors, robots and digital twins need engineers who can speak both mechanical and digital. Companies globally report difficulty filling exactly this hybrid profile.
Energy transition
Solar thermal, green hydrogen and efficiency retrofits create thermal and fluid engineering work that has no software substitute.
Simulation-first product development
Digital twins and CAE let firms validate before they cut metal. Simulation literacy has moved from nice-to-have to entry requirement.
Global mobility
Germany, the UAE, Singapore, Canada and others are recruiting engineering talent internationally, widening the option set for Indian graduates.
What the market asks for,
and where you get it.
Every row is a skill recruiters screen for in 2026. The right column is the specific place in this department where a student actually builds it. If a row has no delivery point, the curriculum has a gap — that is the point of running the matrix.
| Skill cluster | Market demand | What employers expect | Where it is built here |
|---|---|---|---|
| CAD & 3D modelling | Baseline | Fluency in at least two tools; parts, assemblies, drawings, GD&T literacy. | AutoCAD, FreeCAD and advanced 3D modelling across dedicated CAD lab sessions. |
| CAE / FEA simulation | Very high | Thermal and structural analysis, boundary conditions, reading and defending results. | Simulation modules with experimental validation — students compare rig data against solver output. |
| Robotics & automation | Very high | Controllers, PLC logic, automated cells, safety and integration thinking. | Robotics & Automation specialization, Centre of Excellence, external expert workshops. |
| Mechatronics & embedded | Very high | Sensors, actuators, microcontrollers, closing the loop between mechanical and electronic. | Tinkering Laboratory: Arduino systems, sensors, controllers, working prototypes. |
| Additive manufacturing | Rising fast | Design for additive manufacturing, geometry optimisation, STL preparation, rapid iteration. | 3D printing facility with the full design-to-prototype workflow taught end to end. |
| Industrial IoT & connectivity | High | Instrumenting machines, streaming data, basic OT security awareness. | IoT projects in the Tinkering Lab plus the Blockchain / IoT / Cybersecurity minor. |
| Data analytics & AI | High premium | Reading production data, predictive maintenance, applying ML to physical processes. | Minors in AI & Machine Learning and in Data Science, taken alongside the mechanical core. |
| Thermal & energy systems | High | Heat transfer, energy efficiency, renewable system design and performance analysis. | Solar air heater, solar dryer and evacuated tube research; M.Tech in Energy Engineering. |
| Manufacturing processes | Steady | Process selection, hydraulics and pneumatics, material handling, FMS familiarity. | Centre of Excellence: hydraulics, pneumatics, FMS, automation, process demonstrations. |
| Experimental method | Differentiator | Building a rig, collecting clean data, analysing it, defending it in writing. | Research-based learning: setup development, data collection, analysis, technical reporting. |
| Communication & teamwork | Screened | Interdisciplinary collaboration; explaining a design decision to non-specialists. | Team projects, expert lectures, alumni interaction, industry visits every semester. |
Where theory
gets tested.
Practical learning is embedded through the programme rather than bolted on at the end. Five environments carry most of it.
CAD & design studio
Industry-standard computer-aided design training where students develop machine components and assemblies, design industrial products, produce engineering drawings and generate manufacturing-ready 3D models.
Simulation & analysis
Thermal and structural analysis, boundary condition setup, heat transfer studies and design validation. Simulation is deliberately paired with experiment so students learn where models disagree with reality.
Tinkering Laboratory
Arduino-based systems, IoT applications, embedded systems, sensors and controllers, automation projects. Students design, fabricate, test and demonstrate working prototypes for practical problems.
3D printing & rapid prototyping
The complete workflow: digital product design, CAD modelling, geometry optimisation, STL generation, printing and prototype evaluation — closing the gap between screen and shop floor.
Centre of Excellence
Industrial automation and manufacturing technology on live systems: hydraulics, pneumatics, Flexible Manufacturing Systems, material handling and process demonstrations. Pascal's Law stops being a formula and becomes a crane.
Experimental laboratories
Heat transfer and thermal engineering rigs where students build setups, collect data, analyse it and write it up to a technical standard.
Undergraduates
run experiments here.
Research is not reserved for postgraduates. B.Tech students build rigs, take readings, run simulations against them and write the results up under faculty supervision.
Solar air heater performance
Performance analysis of solar air heating systems — geometry, flow, absorber design and efficiency characterisation.
Solar dryer development
Designing and testing dryers for agricultural produce, with direct relevance to Uttarakhand's farm economy.
Evacuated tube solar systems
Thermal collection efficiency, losses and integration into usable heating applications.
Experimental heat transfer
Instrumented studies of convection and conduction phenomena, with results compared against simulation.
Renewable energy technologies
Broader clean-energy investigations feeding into the M.Tech in Energy Engineering and PhD work.
Thermal engineering applications
Applied thermal problems drawn from industry practice rather than textbook exercises.
What it costs,
with nothing hidden.
Mechanical Engineering sits in the College of Engineering fee band. The figures below are the published 2026–27 structure. The "total fee" column is the full annual payable amount — tuition plus academic services plus examination fees — so there is no second number arriving later.
Mechanical Engineering routes
| Programme | Tuition (annual) | Year I | Year II | Year III | Year IV |
|---|---|---|---|---|---|
| B.Tech Mechanical EngineeringIncluding minor specializations in AI & ML, Data Science, and Blockchain/IoT/Cybersecurity | 81,400 | 1,21,200 | 1,10,200 | 1,10,200 | 1,10,200 |
| B.Tech Mechanical — Lateral EntryDiploma holders join directly in the second year | — | — | 1,21,200 | 1,10,200 | 1,10,200 |
| M.Tech Mechanical EngineeringTwo-year postgraduate route | 76,670 | 1,16,470 | 1,05,470 | — | — |
| Diploma in Mechanical EngineeringThree-year polytechnic route | 40,700 | 80,500 | 69,500 | 69,500 | — |
Accommodation charges
| Occupancy | Annual charge |
|---|---|
| Single seater, air conditioned | 1,50,000 |
| Single seater, non air conditioned | 1,30,000 |
| Double seater, air conditioned | 1,20,000 |
| Double seater, non air conditioned | 90,000 |
| One-time hostel security deposit | 10,000 |
Payment schedule 2026–27
- Odd semester, first year: complete fees by 15 July of the current academic session.
- Odd semester, second to fourth year: complete fees by 10 May of the current session.
- Even semester, all students: complete fees by 25 November of the current session.
Refund policy
- Only the tuition fee is refundable.
- Registration charges, the annual academic services fee and the examination fee are non-refundable.
- Refunds follow the university's published withdrawal timelines — check these before you pay.
Match yourself
to a route.
Pick what actually interests you. The tool maps it to a specialization, the roles it leads to, the skills to prioritise and the reported salary band.
What graduates go on to do
Industry
Design, manufacturing, quality, maintenance, production and project engineering across automotive, energy, heavy engineering and automation. Mechanical alumni from this department have been placed with employers including Jio-BP and Godrej.
Public sector & GATE
PSU recruitment runs largely through GATE. Free GATE coaching is offered at the university, and 300+ students have cleared the exam at the 99 percentile.
Higher study & research
M.Tech in Energy Engineering here, or postgraduate study elsewhere in India and abroad, backed by undergraduate research experience and technical writing practice.
Entrepreneurship
The Innovation and Incubation Centre supports student startups; funded prototypes give founders something real to show.
International roles
Germany, the UAE, Canada, Singapore and others are actively recruiting engineering talent, with credential and language requirements varying by country.
Cross-over roles
Graduates carrying an AI/ML or data science minor compete for Industry 4.0 roles that sit between mechanical and software teams.