M.Tech ME with specialization in Production and Industrial Engineering

About

MTech-ME in Production and Industrial Engineering at The NorthCap University, Gurugram, is designed for aspiring professionals looking to master advanced manufacturing systems, process optimisation, and industrial automation. Unlike conventional mechanical engineering programmes, this specialisation delves deep into lean manufacturing, supply chain efficiency and smart production technologies. Students gain expertise in precision engineering, agile manufacturing, and operational analytics, ensuring they are prepared for high-demand roles in industrial innovation and process improvement. With cutting-edge labs, real-world projects, and industry collaborations, this programme equips graduates with specialised skills to drive efficiency, productivity, and sustainability in modern industries.

Additionally, the programme includes a PG Diploma exit option after one year, allowing students to develop job-ready skills and enter the workforce early.

The curriculum is aligned with global industry trends, integrating manufacturing technology, process optimisation, and smart production systems. Students acquire specialised skills in advanced manufacturing, including 3D printing, CNC machining, and Industry 4.0 applications. As smart manufacturing and predictive maintenance become the industry norm, this programme ensures graduates are well-prepared for technological advancements and emerging career opportunities. With a strong focus on industrial collaborations, research, and experiential learning, students gain a competitive edge in securing roles in production engineering, quality assurance, supply chain management, and automation both in India and abroad.

Highlights

• Industry-aligned curriculum covering manufacturing technology, process optimisation, and industrial automation.
• State-of-the-art laboratory facility (CAD Lab, IC Engine, Vibration labs, CoE and others) for understanding and undertaking quality research work.
• Industry partnerships providing internships, research projects, and expert-led training.
• Hands-on exposure in 3D printing, lean manufacturing, and digital twin technology.
• PG Diploma exit option (1 Year) with a specialised bridge course and industry internship.
• Holistic development through workshops, industry visits, and professional societies.
• Excellent placement opportunities with top manufacturing and industrial companies.
• Highly qualified faculty mentor students, offering flexible course options for industry placements and global university admissions.

Curriculum – Detailed Programme Structure

The curriculum is divided into core subjects, electives, practical exposure, and industry engagement.

Core Subjects:

• Production & Operations Management – Strategies for efficient production and operational processes.
• Manufacturing Economics – Cost analysis and financial decision-making in manufacturing.
• Supply Chain Management – Optimisation of logistics, procurement, and inventory systems.
• Optimisation Techniques – Improving efficiency through mathematical and analytical methods.

Electives include the following and more:

• Quality Assurance – Ensuring product reliability through testing and standards.
• Product Lifecycle Management – Managing product development from design to disposal.
• Smart Manufacturing – Integrating AI, IoT, and robotics in production.

Practical Exposure:

Gain hands-on experience in Industry 4.0 applications, including lean manufacturing techniques and digital twin technology for real-time process optimisation.

Programme Stages:

• Year 1: Focuses on fundamental manufacturing techniques, industrial automation, and operational strategies, with an exit option for a PG Diploma.
• Year 2: Involves advanced research, thesis work, and specialised industrial
• applications.

Programme Outcomes (POs)

• Expert Knowledge & Critical Thinking – Gain in-depth expertise, analyse complex problems, and develop innovative solutions by integrating new and existing knowledge.
• Problem-Solving & Research Skills – Evaluate and implement optimal engineering solutions using advanced methodologies, tools, and investigative techniques.
• Collaboration & Leadership – Work effectively in teams, demonstrate leadership, adaptability, and contribute to multidisciplinary projects.
• Project & Financial Management – Efficiently plan, execute, and oversee projects, ensuring economic and operational feasibility.
• Communication & Professionalism – Convey technical concepts clearly through reports, presentations, and documentation while upholding ethical and social responsibilities.
• Lifelong & Reflective Learning – Stay updated with evolving technologies, continuously improve through self-assessment, and embrace lifelong learning.

Career Opportunities After Course Completion

Graduates can pursue high-demand roles in manufacturing, automation, and industrial sectors, such as:

• Operations Manager
• Supply Chain Analyst
• Production Planner
• Quality Control Engineer
• Lean Manufacturing Specialist
• Startup Founder
• Industrial Engineer

Opportunities exist in leading manufacturing firms, multinational corporations, and research organisations.

Why Choose NCU for MTech-ME in Production and Industrial Engineering?

• Cutting-edge curriculum integrating AI-driven production, robotics, and sustainable manufacturing.
• State-of-the-art labs equipped for advanced industrial research and training.
• Strong industry-academia collaboration offering internships and real-world projects.
• Research-focused approach with emphasis on publication and innovation.
• High placement success rate, with graduates securing top industry roles.