Building Excellence Since Years
200+ Programs
Global Campus
Discover What Makes
GKU
Clubs & Societies
Campus Life
Academic Excellence at GKU
Diverse Programs
Experienced Faculty
Practical Learning
Strong Results
Driving Innovation & Discovery
Advanced Labs
Research Publications
Innovation & Patents
Industry Collaboration
Your Career Starts Here
Career Opportunities
High Placement Rate
Guru Kashi University's BMW SKILL NEXT Learning Centre provides Mechanical Engineering students with practical exposure to modern automotive technology through a real BMW engine and transmission demonstration unit.
The SKILL NEXT initiative was designed by BMW Group India to support automotive learning across engineering institutions.
Launched on 29 March 2018, BMW Group India initiated the "SKILL NEXT" programme to provide 365 BMW engine and transmission units to engineering colleges, industrial training institutes, and polytechnics across the country.
Guru Kashi University is proud to be a recipient of this prestigious unit, integrating it directly into the mechanical engineering curriculum to bridge the gap between theoretical knowledge and practical application.
TwinPower Turbo Inline 4-Cylinder
Common-Rail Direct Injection
VTG (Variable Turbine Geometry)
Turbocharging
Lightweight Aluminium Construction
The demonstration unit is integrated across multiple semesters in the engineering curricula, providing tangible hands-on exposure in core automotive and mechanical engineering disciplines.
Understanding the in-line 4-cylinder layout, crank assembly, balance shafts, and structural stiffness of modern lightweight engine blocks.
Analysis of high-pressure Common Rail Diesel Injection (CRDi) systems, piezo injectors, and multi-pulse injection strategies.
Studying the aerodynamics and thermal dynamics of BMW TwinPower variable-geometry turbochargers and intercooling systems.
Demystifying the 8-speed planetary gear train, torque converter lockup mechanism, mechatronics control, and adaptive shift algorithms.
Investigating map-controlled cooling circuits, split-cooling radiators, electronically controlled thermostats, and fast warm-up circuits.
Identifying the internal functioning and layout of all key engine components such as pistons, connecting rods, crankshaft, and cylinder head.
A comprehensive 4-year undergraduate degree focusing on core mechanical principles, thermal engineering, and advanced manufacturing.
A 3-year practical foundational course preparing students for technical roles in automotive and manufacturing industries.
A specialized 3-year vocational degree focusing heavily on automotive service, diagnostics, and modern vehicle technology.
Live teardown and study of actual production parts provides an edge that theoretical textbook diagrams simply cannot match.
Working on state-of-the-art Euro 6 / BS6 compliant powertrains and multi-clutch automatic gearboxes used in current luxury vehicles.
Undergraduate and postgraduate students conduct capstone projects, sensor data acquisition, and finite element modeling on the unit.
Enables applied research in thermal efficiency, friction reduction, alternative fuels, and electronic engine management algorithms.
Fill in your details and our team will get back to you shortly.