Phd In Mhd-Enhanced Plasma Wind Tunnel Development
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Phd In Mhd-Enhanced Plasma Wind Tunnel Development
440 views
Program
PhD
Type
Position
Arrangement
On-site
Funding
Fully Funded
Deadline
08 Dec 2026
Posted
28 Mar 2026
Description
This PhD project addresses a critical gap in hypersonic testing capabilities by developing a novel dual-stage plasma wind tunnel that overcomes the limitations of existing facilities. The research focuses on creating a contamination-free testing environment capable of replicating true atmospheric re-entry conditions at Mach 12+ speeds.
Technical Innovation: The project integrates an Inductively Coupled Plasma (ICP) source for stable, pristine plasma generation with a Magnetohydrodynamic (MHD) acceleration system to achieve controlled high-velocity flows without electrode contamination. Digital Twin Development: A high-fidelity computational model will be developed to provide real-time facility optimization and predictive capabilities, combining experimental diagnostics with physics-informed simulations. Defense Applications: The research directly supports UK hypersonic defense resilience by enabling accurate characterization of re-entry emissions and thermal protection system performance under realistic conditions. Sovereign Capability: Supported by the UK Space Agency, this project delivers critical national infrastructure for advanced aerospace testing and sustainable space operations.
The successful candidate will work under the supervision of Professor Minkwan Kim and Professor Andrea Cammarano in the Faculty of Engineering and Physical Sciences. The project offers comprehensive funding including a tax-free stipend of up to £31,000 per year plus research and travel budgets. Applicants must hold a UK 2:1 honours degree or international equivalent in a relevant engineering or physical sciences discipline.
Related Topics
Digital TwinEnvironmental Physicsaerothermodynamicshypersonicthermal protectionplasma wind tunnelMHD accelerationre-entry simulationdefense resilience
Enhanced tax-free stipend of up to £31,000 per year plus research and travel budget
UK 2:1 honours degree or international equivalent in engineering or physical sciences; applications welcome regardless of gender, ethnicity, disability, sexual orientation, or age
Apply through University of Southampton's online system, selecting Research program type for 2026/27 entry, Faculty of Engineering and Physical Sciences, and including supervisor name in section 2
What are the entry requirements for this PhD position?
You must have a UK 2:1 honours degree or its international equivalent in a relevant engineering or physical sciences discipline.
How do I apply for this PhD position?
Apply through the University of Southampton's online system, selecting Research program type for 2026/27, Faculty of Engineering and Physical Sciences, and include the supervisor's name in section 2 of your application.
What funding is available for this PhD position?
The position offers an enhanced tax-free stipend of up to £31,000 per year (UKRI minimum plus £10,000) plus a substantial budget for research, travel, and centre activities.
What is the research focus of this PhD project?
The project develops a dual-stage plasma wind tunnel combining Inductively Coupled Plasma and MHD acceleration to replicate Mach 12+ hypersonic conditions for defense and space applications.
Who will supervise this PhD project?
The project will be supervised by Professor Minkwan Kim (lead supervisor) and Professor Andrea Cammarano in the Faculty of Engineering and Physical Sciences.
What are the career prospects after completing this PhD?
This project provides expertise in cutting-edge plasma physics, aerospace engineering, and computational modeling, positioning graduates for careers in defense, aerospace, and research institutions.
Is this position open to international students?
The funding is specifically for UK domestic candidates only, as part of the TechExpert strand of the TechFirst skills programme.
What is the work arrangement for this PhD position?
This is an on-site position requiring laboratory work at the University of Southampton's engineering facilities.
What documents are required for the application?
Applications should include your CV, 2 academic references, and degree transcripts and certificates to date.
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This PhD project addresses a critical gap in hypersonic testing capabilities by developing a novel dual-stage plasma wind tunnel that overcomes the limitations of existing facilities. The research focuses on creating a contamination-free testing environment capable of replicating true atmospheric re-entry conditions at Mach 12+ speeds.
Technical Innovation: The project integrates an Inductively Coupled Plasma (ICP) source for stable, pristine plasma generation with a Magnetohydrodynamic (MHD) acceleration system to achieve controlled high-velocity flows without electrode contamination. Digital Twin Development: A high-fidelity computational model will be developed to provide real-time facility optimization and predictive capabilities, combining experimental diagnostics with physics-informed simulations. Defense Applications: The research directly supports UK hypersonic defense resilience by enabling accurate characterization of re-entry emissions and thermal protection system performance under realistic conditions. Sovereign Capability: Supported by the UK Space Agency, this project delivers critical national infrastructure for advanced aerospace testing and sustainable space operations.
The successful candidate will work under the supervision of Professor Minkwan Kim and Professor Andrea Cammarano in the Faculty of Engineering and Physical Sciences. The project offers comprehensive funding including a tax-free stipend of up to £31,000 per year plus research and travel budgets. Applicants must hold a UK 2:1 honours degree or international equivalent in a relevant engineering or physical sciences discipline.
Not the right fit? Search for Phd In Mhd jobs in Southampton, Ontario, Canada
About Scholar Nexus
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Phd In Mhd-Enhanced Plasma Wind Tunnel Development
440 views
Program
PhD
Type
Position
Arrangement
On-site
Funding
Fully Funded
Deadline
08 Dec 2026
Posted
28 Mar 2026
Description
This PhD project addresses a critical gap in hypersonic testing capabilities by developing a novel dual-stage plasma wind tunnel that overcomes the limitations of existing facilities. The research focuses on creating a contamination-free testing environment capable of replicating true atmospheric re-entry conditions at Mach 12+ speeds.
Technical Innovation: The project integrates an Inductively Coupled Plasma (ICP) source for stable, pristine plasma generation with a Magnetohydrodynamic (MHD) acceleration system to achieve controlled high-velocity flows without electrode contamination. Digital Twin Development: A high-fidelity computational model will be developed to provide real-time facility optimization and predictive capabilities, combining experimental diagnostics with physics-informed simulations. Defense Applications: The research directly supports UK hypersonic defense resilience by enabling accurate characterization of re-entry emissions and thermal protection system performance under realistic conditions. Sovereign Capability: Supported by the UK Space Agency, this project delivers critical national infrastructure for advanced aerospace testing and sustainable space operations.
The successful candidate will work under the supervision of Professor Minkwan Kim and Professor Andrea Cammarano in the Faculty of Engineering and Physical Sciences. The project offers comprehensive funding including a tax-free stipend of up to £31,000 per year plus research and travel budgets. Applicants must hold a UK 2:1 honours degree or international equivalent in a relevant engineering or physical sciences discipline.
Related Topics
Digital TwinEnvironmental Physicsaerothermodynamicshypersonicthermal protectionplasma wind tunnelMHD accelerationre-entry simulationdefense resilience
Enhanced tax-free stipend of up to £31,000 per year plus research and travel budget
UK 2:1 honours degree or international equivalent in engineering or physical sciences; applications welcome regardless of gender, ethnicity, disability, sexual orientation, or age
Apply through University of Southampton's online system, selecting Research program type for 2026/27 entry, Faculty of Engineering and Physical Sciences, and including supervisor name in section 2
What are the entry requirements for this PhD position?
You must have a UK 2:1 honours degree or its international equivalent in a relevant engineering or physical sciences discipline.
How do I apply for this PhD position?
Apply through the University of Southampton's online system, selecting Research program type for 2026/27, Faculty of Engineering and Physical Sciences, and include the supervisor's name in section 2 of your application.
What funding is available for this PhD position?
The position offers an enhanced tax-free stipend of up to £31,000 per year (UKRI minimum plus £10,000) plus a substantial budget for research, travel, and centre activities.
What is the research focus of this PhD project?
The project develops a dual-stage plasma wind tunnel combining Inductively Coupled Plasma and MHD acceleration to replicate Mach 12+ hypersonic conditions for defense and space applications.
Who will supervise this PhD project?
The project will be supervised by Professor Minkwan Kim (lead supervisor) and Professor Andrea Cammarano in the Faculty of Engineering and Physical Sciences.
What are the career prospects after completing this PhD?
This project provides expertise in cutting-edge plasma physics, aerospace engineering, and computational modeling, positioning graduates for careers in defense, aerospace, and research institutions.
Is this position open to international students?
The funding is specifically for UK domestic candidates only, as part of the TechExpert strand of the TechFirst skills programme.
What is the work arrangement for this PhD position?
This is an on-site position requiring laboratory work at the University of Southampton's engineering facilities.
What documents are required for the application?
Applications should include your CV, 2 academic references, and degree transcripts and certificates to date.
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This PhD project addresses a critical gap in hypersonic testing capabilities by developing a novel dual-stage plasma wind tunnel that overcomes the limitations of existing facilities. The research focuses on creating a contamination-free testing environment capable of replicating true atmospheric re-entry conditions at Mach 12+ speeds.
Technical Innovation: The project integrates an Inductively Coupled Plasma (ICP) source for stable, pristine plasma generation with a Magnetohydrodynamic (MHD) acceleration system to achieve controlled high-velocity flows without electrode contamination. Digital Twin Development: A high-fidelity computational model will be developed to provide real-time facility optimization and predictive capabilities, combining experimental diagnostics with physics-informed simulations. Defense Applications: The research directly supports UK hypersonic defense resilience by enabling accurate characterization of re-entry emissions and thermal protection system performance under realistic conditions. Sovereign Capability: Supported by the UK Space Agency, this project delivers critical national infrastructure for advanced aerospace testing and sustainable space operations.
The successful candidate will work under the supervision of Professor Minkwan Kim and Professor Andrea Cammarano in the Faculty of Engineering and Physical Sciences. The project offers comprehensive funding including a tax-free stipend of up to £31,000 per year plus research and travel budgets. Applicants must hold a UK 2:1 honours degree or international equivalent in a relevant engineering or physical sciences discipline.
Not the right fit? Search for Phd In Mhd jobs in Southampton, Ontario, Canada
About Scholar Nexus
We provide the biggest network of supervisors and positions for academic apply. Transform months of preparation into a single week—making academic applications fast and stress-free.