PhD in mechanical engineering, aerospace, renewable and industrial engineering scholarships [complete directory]
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In this directory of PhD in mechanical engineering, we have chosen to combine a few of our engineering disciplines which are directly and indirectly related to mechanical engineering. Here, we have given a brief introduction about subjects which we have chosen for our directory of PhD scholarships. Below is the list of all PhD in mechanical engineering scholarships for international students from all over the World.
to bottom of page for complete directory of PhD in mechanical engineering
PhD in mechanical engineering
PhD in aerospace engineering
PhD in renewable engineering
PhD in industrial engineering
PhD in Mechanical Engineering is a one step ahead
of converting your present engineering skills into a professional skilled with
advanced tools and methods landing you in diverse yet connected world of
Following subjects will be covered here in this
The Doctoral studies in Mechanical Engineering will enable you to gain in-depth knowledge of specific domains of mechanical engineering including fluid mechanics and dynamics, Manufacturing, hydraulics and mechanism design, Aerospace, Civil and architecture engineering, advanced engineering mathematics and many more. The Doctor of Mechanical Engineering can pursue his/her career as Industrial Production Manager, Research and Development Manager, Petroleum or Mechanical, Manufacturing Engineers being equipped with necessary research and cognitive skills.
The PhD in
mechanical engineering is the program that prepares the students for their
professional researches and academia also. This program aimed to provide an
intensive and reveled background of mathematics and engineering sciences for
their students to have specialized research experience. PhD in mechanical
engineering assures a good experience of culminating a written thesis and also
the oral defense through their core course-work.
PhD in mechanical
engineering program covers the domains of robotics, mechanics, hydraulics,
dynamics, fluid mechanics, pneumatics, and drafting using CAD and CAM. This
programs ensures a bright future of its PhD holders by enlighten their ways and
specification. Moreover there are numerous amounts of colleges and universities
providing the doctoral program with high quality of academics, with fee
structure ranging variable.
How to do PhD in mechanical engineering
and the UK, studentships are offered in the form of PhD in mechanical engineering
jobs where student is recruited as research fellow or teaching associate for 3
or 4 years. In the USA, you will apply directly to department and you will be automatically
considered for scholarship or funding position if you have good research
experience and GRE score. You can also contact professor for funding in your department.
Follow RTP Australia for information on how to Contact the Professor for PhD in mechanical
engineering. In Canada, you will directly contact the professor for any funded
position and ask for their consent. Contacting the professor is very important
in these proceedings. For these studentships in Physics, applicants either
apply to the university directly or contact the professor with PhD in physics
scholarships as subject line.
submitted for consideration needs to have the following essential documents:
Letter of recommendations
Statement of Purpose
PhD research proposal
Applications (in certain cases – given on university website)
PhD in mechanical engineering worth it
Getting PhD in
mechanical engineering can plant great number of possibilities of high income
or successful life. It will then up to you to reach out and grab them, although
the doctoral program make you that much worthy that you become a requirement
for other but before this there is a tremendous amount of dissertation in this
several benefits of getting PhD in mechanical engineering from abroad. Firstly,
it will improve your skills in area of interest, secondly, it will improve
chances of permanent residency in specific country where you are involved in
research for your PhD.
How long does a PhD in mechanical engineering take
Each country is offering several types of early-stage research careers in the field of mechanical engineering.
In the case of the UK and EU countries, PhD in mechanical engineering jobs are offered in the form of studentships against research positions opened in a specific lab. For a specific project, Lab is funded by either University or Industry. From those funding, PhD in mechanical engineering scholarships are offered to candidates to start their research career. These studentships are normally funded for 3 years but can be extended to 4 years.
In the case of America, PhD in mechanical engineering jobs are offered for 5 years. These 5 years of projects can be joined directly after bachelor’s or after masters.
In the case of Australia, PhD projects are normally 3.5 years funded.
PhD in mechanical engineering programs
For PhD in
mechanical programs, following universities are considered best;
University of Cambridge
Delft University of technology
Getting PhD in mechanical engineering can plant great number of possibilities of high income or successful life. It will then up to you to reach out and grab them, although the doctoral program make you that much worthy that you become a requirement for other but before this there is a tremendous amount of dissertation in this program.
program in renewable energy is all about the “chemistry of energies, their
conversion and their usage”. If you have done your Master’s degree in
sustainable energy than you should be completely aware of the curriculums and
domains that we study in renewable energy. The program aimed to provide a
crucial and indulging course of energy that how we can use the alternatives of
energy or the knowledge about new energy technology or capabilities of energy.
The highest expectation of this program is to reduce negative impact of energy
on our environment by learning different, alternative and productive ways of
energy handling that can reduce global warming, climatic changes, air pollution
and worst effects of fossil fuel production.
program in renewable energy is all about clean alternative energy sources
having capability to renew by modern technology without harming environment.
PhD in Renewable engieering Salary
The Ph.D. holder of renewable energy can start their professional life as an energy consultant, energy auditor, wind power engineer, environmental managers, and geographical inspector. The worth of this doctoral program can be estimated by the salaries of these professionals which are about $117,170.
Industrial Engineering concerns with smooth and
efficiency of the design and operations of an industrial setup. The best part
is that being a perspective PhD student of Industrial Engineering opens door to
enter almost any industry. The Industrial Engineers are involved in planning,
manufacturing, logistic, supply chain management, inventory management and
operations research. PhD in Industrial Engineering is offered by many
well-known Universities that allow you to become an eligible candidate to work
in diverse fields such as:
The Doctor of
Philosophy (PhD) in aerospace engineering is the program for all the highly
concerned students of science having background of engineering. This program
aimed to provide a dynamic course with a magnificent area of aerospace
structure, propulsion and aerodynamics, where students can prepare their
coursework and research with their developed capabilities of an aerospace
engineer. The most common domains of this program are aerodynamics, propulsion,
dynamics, control, structures and materials.
doctoral program you can be classified in the elite category of qualified
engineers, and from there the program can assures yours secure successful
career in academia or in development and research centre of aerospace.
The requirements of this doctoral program are the M.Phil or Master’s degree in aerospace engineering. And the PhD graduates can start their profession as Postsecondary professor, aerospace engineer, architecture and engineering manager, industrial engineer etc.
Directory Updated: March 23, 2020
PhD in Mechanical engineering scholarships [complete directory]
Biomechanical modelling of the human hand for improved control of myoelectric prostheses
In link given, lots or projects of given. For this specfific project, find the title same as project title here.
CO2 catalytic conversion into fuels and fuel-precursors using biomass-derived H-donors - LEVERHULME
University of aberdeen, UK
chemical engineering, material science, renewable engineering
In link given, lots or projects of given. For this specfific project, find the title same as project title here.
Heat pump assisted distillation for the energy efficient separation of the liquid phase products from anaerobic digestion - LEVERHULME
University of aberdeen, UK
chemical engineering, mathematics, mechanical engineering
In link given, lots or projects of given. For this specfific project, find the title same as project title here. Funding is given for international students but differennce of tution fees must be paid by international student
In link given, lots or projects of given. For this specific project, find the title same as project title here. Funding is given for international students but differennce of tution fees must be paid by international student
Sea State Estimation
Naval architecture, mechanical engineering
The overall objective of this project is to develop a network-based method, which will consider multiple and possibly various means for sea state estimation (SSE). Typical means for SSE include free-floating wave buoys, remote sensing, wave radar measurements, and ship-as-a-wave-buoy, all of which are usually applied on an individual basis.
Turbo-Expanders with Two-Phase Expansion for Organic Rankine Cycle Power Systems
Mechanical engineering, manufacturing, material science
The research work includes the numerical and experimental analysis of turbo-expanders with two-phase expansion for organic Rankine cycle applications.
Multi PhD scholarships
Math, computer science, statistics
Follow the link for more details
Optimization of heat battery integration in buildings
Buidling physics, mechanical engineering, physics
The objective of the PhD project is to use and expand building energy models and simulation methods for performance optimization under uncertainty in view of product development and design support.
Operation management, industrial management
The PhD candidate will do research in the domain of Marketing Analytics. Marketing Analytics provides data-driven tools to optimize business processes for better customer relationships.
Model Reduction in a Modular Framework
In the research group of Dynamics and Control of the Department of Mechanical Engineering, research is focused on the following sub-areas: the dynamic modeling of and model reduction for mechanical systems, model-based control of mechanical systems, dynamics and control of hybrid and nonlinear systems, networked systems, acoustics, robotics, manufacturing & energy exploration processes and automotive systems.
2 PhD students on Micro hub solutions for city logistics (1.0 fte each)
The PhD projects will focus on the business and socio-economic value, the effective and efficient planning and scheduling, and the space use and location evaluation of (mobile) micro hubs within a city logistics context.
Developing an image-based simulation tool for cardiovascular biomechanics
Mathematics, physics, Mechanical engineering
As part of this project, the generation of analysis-suitable three-dimensional heart models based on scan-data is considered, which will be based on novel robust advanced discretization techniques.
Complete Vehicle Energy Management for Long-Haul Coaches
Math, physics, electrical engineering, system and control, mechanical engineering
The project includes concepts for connected and digitalised fleet management, predictive maintenance and operation in relation to electrification where appropriate to maximise the emissions reduction potential.
Dynamic Cell Materials Interactions
Biophysics, biochemistry, material science, mechanical engineering, cell biology
You will work at the interface between biophysics, mechanics, smart materials, and bioengineering, by combining quantitative experiments and numerical simulations.
Fast volumetric ultrasound imaging of acoustic biomolecules
The candidate will develop advanced ultrasound imaging methods for the fast volumetric in vivo detection of acoustic biomolecules in order to maximize the impact of this nanotechnology in biology and medicine.
Design optimization and prototyping of large-scale metamaterial structures for vibration control
Mechanical engineering, Aerospace engineering, Civil or structural engineering
By combining numerical modeling and optimization with experimental work, this project will explore the benefits in using metamaterials for the design of large-scale structures.
Safe Cooperation of Autonomous Vehicles in Mixed Traffic
In this project, you as a PhD candidate will investigate how to design a motion planner for an autonomous vehicle that: (1) deals with mixed-traffic uncertainties and faults to avoid collisions and deadlocks by discriminating between local and propagated faults; (2) estimates these uncertainties and faults in the local motion planning; (3) combines the design of the undertainty estimation, fault detection and isolation and local motion planning.
Logistics Models for Improving the Efficiency of Ports and Inland Waterways
Transport modelling, maritime modelling
In this project, you will investigate how to develop a logistics model for container transport along the Rhine-Alpine corridor in order to evaluate the impact of NOVIMOVE innovations.
Dynamic and Stochastic Fleet Management Models for Transportation and Logistics
Transportationa engineering, industrial engineering, math
In this project, you will develop mathematical models for (i) strategic level decisions (i.e., fleet sizing, fleet mix and facility location) considering also the behavioral shift towards water transportation, and (ii) operational level decisions, namely routing, with dynamic and stochastic vehicle routing problems together with efficient solution algorithms.
In this project you will: model the behavior of ultrasonic friction modulation with soft tissues and in the presence of fluids.
design a prototype catheter with the unique ability to modify its frictional resistance in real-time.
evaluate the concept ex-vivo.
PhD candidate Degradation mechanisms in high performance rope structure
Physics, Mechanical engineering, Material science
The work will be done in the Surface Engineering and Maintenance group, where we work on topics related to damage mechanisms and lifetime prediction.
CFD-DEM modelling of power mixing systems
Mechanical enigneering, math
In this PhD project CFD-DEM (project 3 of 4) simulations will be performed to study powder filling and mixing in complex industrial systems like the stirred bed reactors.
Electrical engineering, Energy systems, Physics
The work will mainly be carried out by FEM-based multiphysics simulations, but also includes design and construction of a prototype motor as well as experiments
The exact focus of the work will be decided in interaction with the main supervisor. At large, PhD studies include a number of doctoral courses, reviewing literature, conducting research studies, and interacting with industrial companies.
PhD student in Machine Elements
Mechanical engineering, material science
The research project is focussed on functionalization of additively manufactured (AM) tool materials for optimised tribological performance at high temperatures. The aim is to develop AM hot forming tools with surfaces that have properties in terms of composition, mechanical properties, topography etc. different from the bulk material.
Two PhD Students in the field of Hydropower
physics, mechanical engineering, space technology, energy systems
The project aims to derive a framework using dimensionless analysis to characterize the necessary modelling needs associated with fluid structure interactions analysis of hydraulic turbines and more specifically the runner. The framework will be validated with different test cases. The project may imply longer visits to foreign universities involved in the project.
Additive manufacturing/bioprocess industry
Mechanical engineering, material science, polymer science, chemistry
It aims to develop methods to improve post-processing (finishing), in complex internal channels on selected chemical-resistant polymers.
E-drive component design
mechanical engineering, physics, material science, chemistry
To develop more efficient solutions and expand the operational window of lubricants, we use novel ionic materials. The goal is to understand lubrication mechanisms of novel types of lubricants to control friction and decrease wear.
Modelling of the mechanics of sintering
Mechanics of materials, material science
The aim of the project is to develop material models for a mechanical analysis of sintering of hard metal powders. From experimental results existing models will be developed further and included in FEM packages.
Functional modelling for vehicle conceptualisation
Mechanics, vehicle and maritime engineering, physics
This project will address questions surrounding how to design vehicles such as delivery trucks which are optimal from transport system perspective. This involves modelling the system and balancing trade-offs between accuracy and simplicity in building, analyzing and interpreting the results.
Solid Mechanics focusing on corrosion fatigue
Material science, mechanics, fatigue, fracture
The project purpose is improved understanding for the mechanisms that initiates corrosion fatigue and to develop an improved method to predict the risk for fatigue, and fatigue life, for components subjected to environmental fatigue. The work includes the designing a corrosion fatigue experiment, perform and evaluate experiments.
PhD in spark ignition methanol engines
Mechanical engineering, physics
Your job will be to build and validate a 1D SI engine model (starting from UGent in-house models), determine the SI concept’s load range and performance; and then to optimize the SI concept and provide design recommendations. Finally, you will support the engine team in evaluating the alternative methanol engine concepts and providing recommendations on which methanol engine concepts to invest in for market introduction.
PhD in DyMaLab
Mechanical engineering, material science, mechanics, civil engineering
To characterise the dynamic behaviour of the materials, DyMaLab disposes of experimental facilities that are unique in the world. Using these facilities, the PhD student will investigate how strain rate and the multiaxiality of the stress state will affect the TRIP effect. In a first step, the PhD student, with the help of senior researchers, will have to setup and perform an extensive experimental campaign.
Construction engineering: road engineering
Construction engineering, Electromechanical engineering
you prepare a PhD in the field of road engineering, more specifically on damage phenomena and a changing texture on the one hand and on the other hand focusing on some surface characteristics of road surfaces such as roughness and road traffic noise.
Robotic Sorting for Metal Recycling
Mechanical engineering, computer engineering
In the framework of this project you will be responsible for conceiving innovative robotic picking systems that can sort the different alloys of metal scrap, such as different aluminium and stainless steel alloys, manganese, copper, brass and lead.
Model order reduction methods for fast parameter estimation and updating of digital twins of mechatronic systems.
physics, mathematics, mechanical engineering
This PhD track focuses on the development of model order reduction (MOR) schemes which allow for the transformation of expensive flexible multibody and (nonlinear) finite element models into lower cost (parameterized) counterparts which are sufficiently small and are tuned for inclusion in a parameter estimation framework.
Predictive control and estimation in sensor-based robot tasks
Model predictive control (MPC) is a natural paradigm for rendering the controller proactive, and central in this PhD project: MPC solves at every time instant an optimal control problem to compute optimal future control actions given a model of the system and its environment.
Right to repair
mechanical, materials, electical, chemical engineering
We want to focus on the different mechanisms in a business to consumer relation that obstruct or facilitate repair and the measures that can be considered to make extended product life cycles a more evident scenario. Innovative business model opportunities and technical bottlenecks that may be overcome by new manufacturing capabilities will be explored in close cooperation with consumer organisations, manufacturing companies and repair communities.
Numerical simulations for injection moulding within ProPoliS research group
Within this project, it is the aim to take into account the orientation dependent thermal conductivity within numerical simulations for injection moulding processes. This will be done in close collaboration with other universities and industrial partners (material characterization, polymer processing companies and software developing company) which allows to have acces to necessary expertise which is not available within the Propolis research group.
Regional climate modelling for wind farm optimization and control
The research concentrates on improving existing wind farm parameterization in the regional climate model COSMO-CLM, allowing for wind farm optimization and control. Calibration of model parameters will be done based on results from large eddy model simulation available from TFSO. COSMO-CLM is a non-hydrostatic mesoscale model and in this project, you will use it to study the interaction between large wind farm clusters and mesoscale weather systems like gravity waves, sea breezes, coastal fronts, convective and wind structures.
The micro-scale model SP-Wind, a Large-Eddy Simulation code developed at KU Leuven, will be used to obtain highly detailed data sets for the development and validation of the atmospheric perturbation model.
The PhD will work on developing the algorithm for the forecasting of the wind resources. The algorithm will be based on the operational weather forecasts adjusted for the effect of feedback processes using mesoscale atmospheric model integrations at a resolution of 0.3 km together with an atmospheric perturbation model developed by KU Leuven
Multiscale modeling of size effects in the fracture of soft solids
Material science, mechanical engineering
The objective of this PhD project is to establish a new multiscale theory and associated numerical tools for a complete fundamental understanding of fracture in soft solids across length scales. This will be achieved through a bottom-up multiscale approach, taking crosslinked silicone elastomers as a model system.
Development of Rail Roughness Measuring Technique and Big Data Analysis
machine learning, mechanical engineering, physics, data science
You will be working on the development of methodology and algorithms to accurately measure surface roughness at high speeds using contactless sensors. Consequently, the developed product will need to be tested and evaluated in the lab, as well as in the real world, on running trains.
Entrepreneurship for Digital Fabrication and Robotics in Construction
The position is expected to collaborate with ongoing research to investigate the work and organizational parameters of dfab for construction, taking into consideration the changing technological, economic and societal demands and opportunities.
Polymer Composites for Shape Adaptable Biomedical Devices
Mechanica, aerospace and materials enigneering
The main goal is to develop models and structural solutions, that can describe and improve the fatigue behavior and physiological interactions of state-of-the-art transcatheter heart valve implants and finally improve the durability of the biomedical implants.
Biomedical Composite Materials and Processing
Mechanica, aerospace and materials enigneering
The research project is dealing with the development of material systems, processing technologies and fabrication routes for novel polymeric biomedical implants. The goal is to develop hemocompatible and durable solutions as well as processing routes for highly integrated polymer transcatheter heart valve implants.
Acoustic metamaterials for suppressing thermoacoustic instabilities
mechanical engineering, physics
The goal of this research is to develop a framework for the design of acoustic metamaterials through theoretical modelling, experiments and numerical simulations. These sub-wavelength broadband sound absorbers are aimed at suppressing harmful thermoacoustic instabilities in the harsh environment of large gas turbine combustors.
Production and Operations Management
operational management, industrial engineering
The candidate will be involved in teaching and supervision. There is flexibility concerning the starting date to accommodate the selected candidate’s availability.
Modelling, identification and feedback control in uncertain interacting environments
Physics, computer science, mechanical enigneering
This particular PhD project is focused on modelling, identification and control in an uncertain interacting network. The topic is broadly defined as the development of data-driven methods for understanding the behaviour of interconnected systems.
Supercritical geothermal resources above magma reservoirs in New Zealand
Mechanical engineering, physics, earth sciences
We are looking for a highly motivated PhD student interested in studying the physical and chemical interactions between magmas and fluids above active magma reservoirs (in this case, in the Taupo Volcanic Zone, North island of New Zealand), in order to better understand supercritical geothermal resources.
The PhD candidate will investigate the use of roving sensors for gathering information about the health state of critical parts within infrastructure networks, e.g. bridges or railways. Vehicles and/or train carriages are to be used as carriers of low-cost sensing boxes able to aggregate a multiplicity of information on position, direction, velocity, acceleration and other relevant parameters, e.g. surface conditions.
Numerical and experimental studies of single- and multi-phase granular (particulate) systems
mechanical engineering, physics
The objective of the current research program is to develop numerical models to describe multi-phase granular systems, in particular liquid-solid systems. These models shall be validated by benchmark experimental data (to be acquired by the candidate).