University of Hertfordshire
University of Hertfordshire

MSc Mechanical Engineering

University of Hertfordshire, United Kingdom

Course Overview

The Engineering Management MSc program at the University of Hertfordshire is designed to address the growing demand for postgraduate skills in the engineering industry and to cater to the professional development needs of graduate engineers. This innovative program seamlessly integrates mechanical engineering principles with essential management and research methods, providing a holistic approach to skill development. By combining mechanical engineering subjects with key generic skills in management, the curriculum aims to cultivate critical thinking abilities crucial for aspiring engineering managers or technical specialists. Graduates will be well-equipped to analyze both technical and management issues effectively, preparing them for leadership roles within the engineering sector. Renowned for its global reputation in applied mechanical engineering, the University of Hertfordshire offers students the opportunity to engage with a diverse cohort, including graduates from universities worldwide. The program further enriches the learning experience by featuring industry guest speakers, providing valuable insights and perspectives relevant to the engineering field. Key program objectives include supporting professional employment and career development within the industry, emphasizing the interconnectedness between engineering analysis and design and supporting management skills. Through a combination of case studies and project work, students gain practical knowledge and application experience, developing a solid foundation in both theory and practice. The program aims to equip graduates with the expertise to address mechanical and related manufacturing problems using relevant subjects, technologies, and analytical tools. Overall, the Engineering Management MSc at the University of Hertfordshire offers a comprehensive and globally recognized education, preparing students for success in the dynamic and evolving field of engineering.

Course Type
PG
Course Nature
Full Time
Course Duration
1 Year
Total Fee
£16450
Intake
May 2024 , September 2024
Language Proficiency

Under Graduation: 55%
English for HSE/SSE: 70% or IELTS: 6.5

Documents Required
  • 10TH
  • 12TH
  • DEGREE PROVISSIONAL CERTIFICATE
  • Degree Consolidated Marksheet
  • Degree Individual Marksheet
  • PASSPORT
  • LOR 1
  • LOR 2
  • CV
  • SOP
  • EXPERIANCE CERTIFICATES
University
University of Hertfordshire
University Details

The University of Hertfordshire, founded in 1952, is one of the top public institutions in the United Kingdom. The institution has 32,000 students studying for 550 degrees over two campuses. Over 11,500 foreign students from more than 140 countries study at the university's UK campus. The campuses of the University of Hertfordshire are among the 20 safest in England.

Syllabus

Course Overview: The Master of Science in Engineering with a specialization in Advanced Manufacturing is designed to provide students with a comprehensive understanding of advanced concepts in manufacturing and engineering. The program includes compulsory modules to ensure a solid foundation in key areas and prepares students for their MSc Project.

Compulsory Modules:

  1. Procurement & Supply Chain Management (15 Credits)

    • Principles of procurement and supply chain management in the context of engineering.
    • Strategic sourcing, supplier relationship management, and logistics in manufacturing.
    • Integration of procurement strategies into the overall business objectives.
  2. MSc Project (60 Credits)

    • Independent research project culminating in a written dissertation.
    • Application of advanced engineering concepts to real-world challenges.
    • Project management, data analysis, and presentation skills.
  3. Dynamics and Performance of Mechanical Systems (15 Credits)

    • Study of mechanical systems dynamics and performance.
    • Analysis of forces, motion, and energy in mechanical systems.
    • Application of principles to optimize mechanical system performance.
  4. Sustainable Business of Engineering (15 Credits)

    • Examination of sustainable practices in engineering and manufacturing.
    • Integration of environmental and social considerations into engineering decisions.
    • Development of strategies for sustainable business operations.
  5. Advanced Materials & Manufacturing Technology (15 Credits)

    • In-depth exploration of advanced materials used in manufacturing.
    • Application of materials science principles to optimize manufacturing processes.
    • Evaluation of the impact of material selection on product performance.
  6. CAE & Applications (15 Credits)

    • Introduction to Computer-Aided Engineering (CAE) tools and their applications.
    • Hands-on experience in using CAE software for simulation and analysis.
    • Integration of CAE in the design and optimization of engineering components.
  7. CFD & Applications (15 Credits)

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