Page 2 of 8, top 108 Masters Degrees in Engineering 2019
A masters refers to the completion of a graduate study program that prepares students to further their knowledge of a specific subject or advance their careers. The majority of masters are granted by state or public universities.
Engineering studies deals with the design, optimization, maintenance, and creation of machines and systems. Students may be able to learn about a wide variety of topics, including mathematics, design, and even advanced problem-solving.
Master 16-30 (out of 108). Master Degree in Engineering
Employers need ICT professionals and engineers who have the skills to work effectively in the New Zealand workplace: good communication and teamwork skills and an underst
Employers need ICT professionals and engineers who have the skills to work effectively in the New Zealand workplace: good communication and teamwork skills and an understanding of the professional environment, alongside strong technical knowledge.
The 180-point Master of Engineering Practice combines taught courses, a research project, and an industry placement to give you practical knowledge and experience.
You’ll gain skills in communication, problem solving and enterprise to complement your technical knowledge, giving you an edge in this fast-growing industry.
Enhance your career prospects
Apply your technical knowledge to designing, implementing and evaluating practical engineering problems.
Develop teamwork and professional practice skills in the context of engineering problem solving—in a variety of industry-relevant individual and group projects.
Gain valuable research and communication skills through summarising research, writing engineering proposals, and delivering oral and written reports.
Choose a specialty
Graduates of bachelor's and specialty, undergraduates and post-graduates of natural-scientific and physical-mathematical areas of training.
Graduates of bachelor's and specialty, undergraduates and post-graduates of natural-scientific and physical-mathematical areas of training
The key technology for training within the framework of the program will be the implementation by master students (5-7 persons) of real engineering projects commissioned by the subsidiaries of PJSC Gazprom Neft.
The mandatory part will be modules aimed at forming the graduates' ability to communicate effectively, to work in a team, to use a wide range of information technologies, to think critically and systematically, and to negotiate. The approach to the evaluation of the students' result will change: the main attention will be paid to the evaluation, not so much of theoretical knowledge as to the ability to apply them in real professional activity.
The advantage of the program is direct contacts with Russian and foreign technology companies, leading scientific, design and technological and engineering centers of Russia. Representatives of these structures.
Physicomathematical methods in oil engineering
The physical basis of the theory of filtration
Waterflooding and enhanced oil recovery methods
3D hydrodynamic modeling Eclipse/navigator / Tempest
Commercial geology: from well to three-dimensional model
Oil and gas geology and stock assessment
3D geological modeling Petrel / Irap RMS
Exploration and risk assessment methods
Theory of probability and mathematical statistics in the field study problems
Oil and gas asset: structure, engineering solutions, environmental challenges
Innovations in drilling and oil and gas production, environmental challenges
Principles of design development
Methods of geological analysis
Integrated development concept
This specialization enables masters to improve in a versatile, high-current field of special metallic materials with applications in the industry's top ranges. The need f
Synthesis and processing of special metallic materials
This specialization enables masters to improve in a versatile, high-current field of special metallic materials with applications in the industry's top ranges. The need for new materials with properties tailored to serve a well- is steadily increasing. In this context, the master "Synthesis and processing of special metallic materials" is addressed to all graduates of bachelor programs in the fields of engineering sciences and exact sciences. The main objective of this program is to provide a thorough multidisciplinary training required for the implementation of new technologies in the material industry. Obtaining a Master's degree in this specialization increases the chances of employment in the field of materials as well as in other related fields....
The subjects in the curriculum have the role of continuing, deepening and synthesizing the preparation of students from the medical engineering license program. The maste
The subjects in the curriculum have the role of continuing, deepening and synthesizing the preparation of students from the medical engineering license program. The master's training is aimed at assimilating knowledge and training skills in the study of physicochemical processes that take place in the production of metallic biomaterials, the use of methods of structural analysis and mechanical characterization of metallic materials, biomaterial processing, biomaterial investigation and testing, increasing the biocompatibility of medical devices by making biointerlates and/or bioactive. A special feature in mastering is the analysis and processing of CT / MRI imaging and the simulation of surgical interventions with specialized software (MIMICS), as well as the computerized design and simulation of effort in prosthetic elements with other specific software (ANSYS)...
The Master's program aims to form managers with strong knowledge at both economic and technical level. The broad vision gained by graduates of the master program is a sol
Engineering and production management of metallic materials
The Master's program aims to form managers with strong knowledge at both economic and technical level. The broad vision gained by graduates of the master program is a solid foundation for guiding companies towards sustainable development. These are the prerequisites for choosing the proposed specialization. The main skills and competencies acquired are: - in-depth knowledge of modern technologies for the production of metallic materials; - performing complex technical and economic analyzes meant to ensure the increase of the competitiveness of the society in which the graduate will be active; - designing and implementing coherent strategies, in line with local, regional and global labor market realities....
Flinders University’s research in engineering and technology connects the dots between intellectual discovery and its myriad applications and products. Our collaborative
Building the future through applied science.
Engineering and technology affect every aspect of society. From the smallest devices that permeate our daily lives to the large structures that make up our built environment and the technological systems that connect us all, engineering and technology have a real impact. That’s why it is so important that the underlying research is not just sound but rigorous, and plugged into the real world.
Flinders University’s research in engineering and technology connects the dots between intellectual discovery and its myriad applications and products. Our collaborative research across many disciplines is informed by partnerships with universities, government and industry to ensure our research is thorough and connected to the community, covering a broad range of areas including defense, medicine, and the environment....
The International Institute Of Plant Engineering And Design
The Piping Engineering and Design is a Master’s degree certified by University San Jorge (Spain) that lasts for one full-time academic year from October to July. It is co
The Piping Engineering and Design is a Master’s degree certified by University San Jorge (Spain) that lasts for one full-time academic year from October to July. It is comprised of 12 modules (24 weeks) followed by a 12-week final project. The program includes the most important topics related to piping engineerings such as piping components, materials, equipment, instrumentation, drafting, flexibility analysis and pipe routing.
If you are interested in seeing the whole picture of the piping engineering discipline, this is the right program to study. It can also be useful if you are already a piping engineer but want to demonstrate your knowledge and skill with a degree.
What you'll learn
Week 1-2: Pipe components (I)
Week 3-4: Pipe components (II)
Week 5-6: Materials
Week 7-8: Equipment
Week 9-10: Instrumentation
Week 11-12: CAD drafting 2D
Week 13-14: P&ID interpretation
Week 15-16: Plot plan and piping arrangement
Week 17-18: Isometric and material take off
Week 19-20: Mechanical, internal stress and flexibility analysis
Week 21-22: Pipe routing rules
Week 23-24: CAD systems 3D
Final Project: (12 weeks)
These programs are designed to meet the needs of industry by offering young engineers the critical skills needed to be successful in an engineering career. It offers usef
These programs are designed to meet the needs of industry by offering young engineers the critical skills needed to be successful in an engineering career. It offers useful tools and strategies for succeeding in the progressively globalized engineering marketplace as well as enabling students to experience a unique combination of technical and supervisory understanding with the relevant skills required to advance as a leader of engineering projects and teams.
Working with industry and get a promotion.
Master of Science in Civil Engineering
Master of ICT Management (MICTM)
Master of Structural Engineering and Construction
Master of Philosophy (Highway & Traffic)
Postgraduate Diploma In Computer Networks
Masters of Chemical Engineering with Entrepreneurship
Master of Electronics Engineering (By Research)
MSc in Offshore Engineering
Master of Advanced Engineering (Energy and Sustainability)
Master of Engineering (Electrical)
Master of Science in Construction Management
Master of Science in Water Resources
Master of Information Technology
Masters in Electrical Engineering
Masters in Mechanical Engineering
Materials, Information, and Energy all together consist of the three pillars of the modern civil society, being the substantial basis and leading force for the developmen
Materials Science and Engineering (Master)
Academic theories combined with internships，aim to cultivate high-level practice-oriented global talents in Materials fields.
Materials, Information, and Energy all together consist of the three pillars of the modern civil society, being the substantial basis and leading force for the development of society and technology progress. The specialty of Materials Science and Engineering is a multi-discipline integrated applied subject based on the Mathematics, Physics, Chemistry, Mechanism, and Computer Applied Technique. The specialty aims at cultivating high-level talents who have sound and broad basis knowledge, mastering materials design and the basic rules of relationship between materials ingredient, structures, preparation, processing and properties, being familiar with the materials preparation and the development, application and control of processing technology, being capable of carrying out research and development of new materials and new technique, materials design, production and management, as well as teaching. The correlative fields for employment of graduates are industries of metallurgy, machinery, Power, Electronics, Architectures, Military Engineering, Aviation, as well as enterprises of advanced materials production, research institutes, and Universities....
The course of study in Management Engineering arises from the need to meet the continuous and significant evolution of the role of the engineer who is increasingly called
The course of study in Management Engineering arises from the need to meet the continuous and significant evolution of the role of the engineer who is increasingly called upon to carry out management and control of production and organizational processes.
The Degree Course in Management Engineering is therefore aimed at the formation of professional figures able to work in situations where technical and technological issues are interconnected with economic, financial and organizational ones, ensuring an overview that ensures the consistency of technological choices with the business strategies.
The Graduate in Management Engineering is a natural employment center in all businesses and areas of business where technology, economics and innovation coexist. He can perform professional activities in various business functions (logistics, manufacturing, commercial, administrative) in manufacturing and service companies, as well as in public administration and can also profitably engage in a freelance profession (as business consultant) or entrepreneurial activity ....
The Master in Environmental Management and Administration is aimed at professionals of diverse university formation who are interested in the integral management of envir
The Master in Environmental Management and Administration Is aimed at professionals of diverse university formation who are interested in the integral management of environmental problems and of projects or proposals of different nature that require the incorporation of the environmental variable, from managerial and managerial levels, that perform in technical or management areas , And other positions related to environmental issues, and that their professional training could be in the areas of: civil engineering, chemical engineering, industrial engineering, agricultural engineering, forestry, geology and related branches.
It will be able to determine the environmental impact of productive activities in the environment through recognized methodologies
Know the alternatives of certification, to demonstrate and validate the correct operation of productive processes and treatment systems
Understand the stages for the disposal of hazardous waste that avoid negative impacts on the environment and society
The objective of the program is to acquire thorough expertise and the ability to work independently in accordance with scientific methods, to master the varied demands of
No restricted admission.
Start of studies
The program begins in winter and summer semesters.
Applicants with foreign certificates please apply till 31 July (winter semester) or 31 January (summer semester) via uni-assist e.V..
The objective of the program is to acquire thorough expertise and the ability to work independently in accordance with scientific methods, to master the varied demands of professional life in applied practice, research or teaching, and to deal effectively with the frequently changing tasks that arise in the working world. Professional expertise is built in the field of water management. Graduates acquire expertise in the areas of hydrology, biotechnology, water supply, hydraulic engineering, wastewater engineering and waste management as well as other adjacent integral fields of academic knowledge....
The MS in Engineering Management degree (MEM) can be either an academic or professional master’s degree that bridges the gap between the field of engineering, technology
The MS in Engineering Management degree (MEM) can be either an academic or professional master’s degree that bridges the gap between the field of engineering, technology and the field of business by equipping students with the technical expertise and leadership skills required to advance their career in the fast-paced world of technology. Sound decision-making, information management, project management, quality engineering, design engineering, simulation, facility layout, production system and industrial costing management are some of the core issues being dealt as part of their career. MEM graduates can fill this gap.
The need for engineering management has been felt at all levels of managers, particularly in the professional management work environment. Also, management is applicable to every aspect of an organization functions and at all levels of top management, middle management, and lower management. Basic and specialized knowledge in the field of engineering management is a dire need for every engineer and profitable business....
The Master of Engineering Science (M. Eng. Sc.) is a research degree designed to develop the research capability and scholarly practice of those who aspire to become rese
The Master of Engineering Science (M. Eng. Sc.) is a research degree designed to develop the research capability and scholarly practice of those who aspire to become researchers or academics in the fields related to Engineering. Graduates of this programme can also work as senior managers or directors in both the public and private sectors. This programme provides an opportunity for candidates to extend their development beyond scholarly understanding and practice to include the capacity to conduct research within an area of interest in the field of Engineering. The programme is intended for graduates who may be interested in gaining more in-depth knowledge and training in the relevant field....
Across The Pond partners with some of the top UK universities for engineering, across a variety of disciplines. The UK has long been a major contributor to the innovation
STUDY ENGINEERING IN THE UK
Across The Pond partners with some of the top UK universities for engineering, across a variety of disciplines. The UK has long been a major contributor to the innovation of engineering, and students who study in the UK benefit from intensive learning, opportunities to find placements at major engineering companies, and a concentration on both academic skill and employability.
BENEFITS OF STUDYING ENGINEERING IN THE UK
Shorter courses: Most Master’s programs are only one year long. Students can obtain a degree in a shorter amount of time compared to studying in Latin America. Funding from Latin American countries for these subjects is also available.
Focus: UK universities do not require general education courses; students will be focusing on engineering from Day 1!
Employment opportunities: Many universities in the UK focus on having staff that are active in their fields, helping to provide an employability perspective and to generate learning opportunities outside of the classroom. Furthermore, many engineering courses offer the opportunity to take on a placement, whether as an additional year on their degree or as a short-term opportunity during their degree. Either way, UK engineering students graduate with readiness to work.