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Featured Program

Advance Certificate Programme

Up-skill your Engineering knowledge with industry-relevant training in Advanced Automotive Systems, EV/HV, and Autotronics.

8 Months (5M Training + 3M Internship)
40 Seats
01 Sep 2026
Duration 8 Months (5M Training + 3M Internship)
Course Fee ₹65,500
Mode Hybrid (On-Campus Labs + Live Sessions)
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Course Overview

The 5 + 3 Months ACP course is aimed at the students who have pursuing/completed their Diploma/ BE/ B.Tech and/or have working experience, who wants to up-skill their Engineering skill by adding industry-relevant knowledge.

What You'll Learn

Integrated internship opportunities and emphasis on employability
Fully computerised learning modules of automotive systems, imported from Germany
Hybrid & Electric Vehicle technology is key part of the learning program
Advanced Automotive System (EV/HV/Autotronics)
EV/HV systems and Conventional Drive Train
Quick Facts
Program Level Certificate
Duration 8 Months (5M Training + 3M Internship)
Intake 40 Students
Mode Hybrid (On-Campus Labs + Live Sessions)
Placement Rate 100%

Course Curriculum

Our curriculum is carefully designed to provide a balance of theoretical knowledge and practical skills.

  • Automotive electronics and embedded systems
  • Vehicle communication protocols (CAN, LIN, FlexRay)
  • Advanced driver assistance systems (ADAS)
  • Autotronics and sensor fusion technologies

  • Electric vehicle architecture and components
  • Hybrid vehicle systems and control strategies
  • Battery management systems and thermal management
  • Conventional drive train systems and diagnostics

Our Expert Faculty

Learn from industry experts and experienced professionals who bring years of real-world experience to the classroom.

Senior EV Research Specialist

Ph.D. in Power Electronics with 12+ years consulting for OEM EV divisions.

Career Opportunities

The Advance Certification Programme provides career opportunities across Powertrain, EV & Future Mobility, Manufacturing, Service, R&D, Plastics, Machining, Design, Quality and Automation.

ACP – Specialist in Powertrain

Core Technical Roles
Graduate Engineer Trainee (GET)

Begin your automotive engineering career through structured technical training and industry exposure.

Powertrain Engineer

Work on vehicle powertrain systems including engines, transmissions and related propulsion technologies.

Automotive Systems Engineer

Work on automotive systems and technologies across major vehicle components and systems.

Vehicle Integration Engineer

Support the integration of vehicle systems and components to achieve overall vehicle performance and functionality.

Drivetrain Engineer

Work on drivetrain components and systems including power transmission and vehicle drive mechanisms.

Engine Testing Engineer

Perform engine testing and evaluation to assess performance, reliability and operating characteristics.

Transmission Engineer

Work on automotive transmission systems, components, testing and technical development.

Vehicle Validation Engineer

Validate vehicle systems and components against performance, safety and functional requirements.

EV & Future Mobility Roles
EV Service Engineer

Provide technical service, maintenance and troubleshooting support for electric vehicle systems.

EV Testing Engineer

Test and evaluate electric vehicle systems and components for performance, reliability and safety.

EV System Engineer

Work on electric vehicle systems, components and system-level integration.

Battery Testing Engineer

Perform testing and evaluation of automotive battery systems and related components.

Electric Vehicle Diagnostics Engineer

Diagnose and troubleshoot electrical and electronic systems in electric vehicles.

EV Calibration Engineer

Support calibration and optimization of electric vehicle systems and control parameters.

Manufacturing Roles
Production Engineer

Support production operations, manufacturing activities and efficient shop-floor processes.

Assembly Engineer

Support automotive assembly processes, line operations and process improvements.

Manufacturing Engineer

Develop and improve manufacturing processes to achieve productivity, quality and efficiency goals.

Process Engineer

Optimize manufacturing processes, workflows and production methods.

Quality Engineer

Monitor product and process quality and support quality assurance and continuous improvement.

Maintenance Engineer

Maintain production equipment and support reliable and efficient manufacturing operations.

Service & Aftermarket
Technical Service Engineer

Provide technical support and troubleshooting assistance for automotive products and systems.

Dealer Technical Trainer

Deliver technical training and product knowledge programs for dealership service teams.

Diagnostic Engineer

Diagnose automotive faults and support advanced vehicle troubleshooting and repair.

Field Service Engineer

Provide technical service and field support for automotive systems and equipment.

Warranty Engineer

Support warranty assessment, technical investigation and warranty-related automotive processes.

R&D Roles
Prototype Engineer

Develop and evaluate prototype automotive components and systems during product development.

Product Development Engineer

Support the development, improvement and engineering of automotive products and components.

Validation Engineer

Validate automotive components and systems against defined performance and functional requirements.

Automotive Test Engineer

Conduct automotive testing and evaluation to verify product performance, quality and reliability.

ACP – Plastics & Machining

Machining Roles
CNC Programmer

Develop CNC programs and support precision machining operations for automotive components.

CNC Process Engineer

Develop and optimize CNC machining processes for productivity, precision and quality.

CNC Production Engineer

Support CNC production operations and improve machining efficiency and output.

CNC Application Engineer

Provide technical application support for CNC machines, tooling and machining solutions.

Machining Engineer

Work on machining processes, tooling, equipment and manufacturing optimization.

Tool Room Engineer

Support tool room operations, tooling development, maintenance and precision manufacturing.

Manufacturing Engineer

Support manufacturing processes and improve production efficiency, quality and productivity.

Plastics Roles
Plastic Product Engineer

Develop and support plastic automotive products and components from engineering to production.

Injection Moulding Engineer

Manage and optimize injection moulding processes for automotive plastic components.

Plastic Process Engineer

Develop and optimize plastic processing methods to improve quality and manufacturing efficiency.

Polymer Engineer

Work with polymer materials and their applications in automotive component development and manufacturing.

Mould Development Engineer

Support the design, development and optimization of moulds used for automotive plastic components.

Tool Design Engineer

Design and develop tools, fixtures and tooling solutions for automotive manufacturing.

Design Roles
CAD Design Engineer

Create and develop engineering designs and automotive components using CAD tools.

Product Design Engineer

Design and develop automotive products and components according to engineering requirements.

Mechanical Design Engineer

Design mechanical components, assemblies and systems for automotive applications.

Tool Design Engineer

Design and develop tools, fixtures and tooling solutions for manufacturing applications.

Quality Roles
Quality Engineer

Monitor product and process quality and support quality assurance and continuous improvement.

GD&T Inspection Engineer

Apply geometric dimensioning and tolerancing principles for accurate inspection of automotive components.

Dimensional Inspection Engineer

Perform dimensional inspection and verification of automotive components against engineering specifications.

CMM Engineer

Operate and support coordinate measuring machine based inspection and dimensional quality processes.

Manufacturing Roles
Production Engineer

Support production operations and improve manufacturing efficiency and output.

Process Engineer

Develop and optimize manufacturing processes to improve productivity, quality and efficiency.

Industrial Engineer

Improve manufacturing systems, workflows and resource utilization for better operational performance.

Lean Manufacturing Engineer

Apply lean manufacturing principles to reduce waste and improve productivity and process efficiency.

Continuous Improvement Engineer

Identify and implement improvements to manufacturing processes, productivity, quality and efficiency.

Automation Roles
Industry 4.0 Engineer

Support smart and connected manufacturing systems using Industry 4.0 technologies and digital solutions.

Smart Manufacturing Engineer

Implement smart manufacturing technologies to improve production efficiency, connectivity and decision-making.

Manufacturing Automation Engineer

Work on automation systems, robotics and technologies that improve manufacturing productivity and reliability.

Admission Process

01
Online Application

Submit academic transcripts and degree certificate via the iACE portal.

02
Technical Screening & Interview

Shortlisted candidates appear for a technical round and personal interview with industry experts.

Important Dates
Application Start 01 Jan 2026
Last Date 10 Aug 2026
Entrance Exam 15 Aug 2026
Session Starts 01 Sep 2026