Programme Overview

Mechanical Engineering is widely recognized as the foundational discipline of all engineering, integral to nearly every aspect of modern industry and daily life. This dynamic field encompasses a broad spectrum of subjects crucial for design, development, and production across various sectors. The Diploma in Mechanical Engineering program at AISECT University provides comprehensive training in core areas such as properties of materials, machine design principles, material processing, diverse manufacturing techniques, heat engines, refrigeration and air conditioning, and industrial management, with an introduction to robotics. The Mechanical Engineering Department at AISECT University is dedicated to delivering a robust and industry-relevant curriculum. Our academic programme is meticulously designed to equip diploma students with both practical skills and theoretical knowledge, drawing upon the real-world experience and applied insights of our dedicated faculty. This commitment ensures that the curriculum offers hands-on exposure to essential industry practices in areas like manufacturing processes, CAD/CAM applications, and industrial refrigeration. Graduates of this diploma programme will be well-prepared for immediate employment in roles spanning manufacturing, design support, maintenance, and operations across a multitude of industries.

  • 3 Years

    Duration of programme

  • Diploma

    Level of Study

Key Highlights

Highly experienced faculty members
Hands on practical training
Industrial Exposure
Software Skills
Skill oriented and industry based curriculum

How will you benefit

Gain practical, industry-relevant skills
Open doors to diverse career opportunities across core sectors
Develop hands-on expertise in areas such as machine operation, fabrication, and thermal system maintenance.
Lay a strong foundation for pursuing higher education or specializing in advanced mechanical engineering fields.

What will you study

Fundamental principles of mechanical engineering, including mechanics, thermodynamics, and material science.

Modern manufacturing processes and automaion relevant to industry

Hands-on experience through practical applications, workshop training, and real-world project scenarios.

Essential soft skills, communication abilities, and professional readiness for a successful career.

  • PO-1-Diploma graduate will be able to apply knowledge of mathematics, basic sciences, and core mechanical engineering fundamentals.
  • PO-2-Diploma graduate will be able to identify and analyze well-defined mechanical engineering problems using logical reasoning based on core mechanical principles.
  • PO-3-Diploma graduate will be able to design solutions for technical problems and assist with the design of mechanical components, systems, or manufacturing processes that meet specified needs.
  • PO-4-Diploma graduate will be able to apply appropriate techniques and tools to analyze and solve mechanical engineering problems.
  • PO-5-Diploma graduate will be able to understand the impact of mechanical engineering practices on society, the environment, and sustainability — and apply safety and quality practices responsibly in industrial settings.
  • PO-6-Diploma graduate will be able to work effectively as an individual and as a member or leader in diverse teams engaged in mechanical engineering projects or shop-floor operations.
  • PO-7-Diploma graduate will be able to communicate effectively on broadly-defined mechanical engineering activities by being able to comprehend and write effective technical reports, and make clear oral presentations about designs or project outcomes.
  • PO-8-Diploma graduate will be able to demonstrate knowledge of engineering management principles and apply these to manage mechanical fabrication, installation, or maintenance projects effectively within a team environment.
  • PO-9-Diploma graduate will be able to recognize the need for, and have the ability to engage in independent and lifelong learning to keep pace with advancements in mechanical technology and industrial practices.
  • PO-10-Diploma graduate will be able to understand and commit to professional ethics, responsibilities, and norms of mechanical engineering practice, emphasizing safety and quality.
  • PO-11-Diploma graduate will be able to apply knowledge of various manufacturing processes, production planning, and quality control techniques relevant to mechanical engineering.       
  • PO-12-Diploma graduate will be able to perform routine maintenance, identify faults, and troubleshoot mechanical systems, machinery, and equipment effectively.

  • PSO-1-Students will have the ability to apply their knowledge of Engineering Mechanics, Thermal Sciences, and Fluid Mechanics to solve practical engineering problems in mechanical systems.
  • PSO-2-Students will have the capability to analyze, evaluate, and contribute to the creation of mechanical systems or processes, effectively implementing learned principles.
  • PSO-3-Students will have the skills to develop and implement new ideas for product design and manufacturing processes using modern CAD/CAM tools and best practices.
  • PSO-4-Students will have the proficiency to perform installation, operation, maintenance, and troubleshooting of various mechanical machinery and industrial equipment.
  • PSO-5- Students will have the competency to work with material processing techniques, quality control measures, and industrial automation commonly used in mechanical engineering industries.

  • PEO-1-Diploma holders will secure and excel in employment within the mechanical engineering sector, effectively applying their practical skills in diverse industrial, manufacturing, and service roles.
  • PEO-2-Diploma holders will pursue further education or engage in continuous learning, adapting to technological advancements and enhancing their professional competencies in mechanical engineering.
  • PEO-3-Diploma holders will competently apply their technical knowledge of mechanical systems, machinery, and manufacturing processes to analyze and solve practical engineering problems encountered in the workplace.
  • PEO-4-Diploma holders will demonstrate ethical conduct, professional responsibility, and an understanding of the societal and environmental impact of mechanical engineering solutions and practices.
  • PEO-5-Diploma holders will effectively communicate technical information and collaborate in multidisciplinary teams within the mechanical engineering environment.

Curriculum

  • Mathematics-I
  • Applied Mechanics
  • Physics
  • Environment Engineering & Safety
  • Communication Skills-I

CAREERS AND EMPLOYABILITY

Junior Engineer/Technician
Maintenance and Service Technician
Government and Public Sector Roles
CAD Designer/ Operator

ELIGIBILITY CRITERIA

10th Pass out

ITI/12th Pass out (LE)

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