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The Gas Turbine Technology Option within the Thermal Power MSc programme at Cranfield University offers advanced knowledge on the design, operation, and maintenance of gas turbines. This course integrates fundamental engineering principles with pract...
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Duration
12 Months
Degree Level
Masters
Field of Study
Engineering & Technology
Intl. Fee
25500 GBP
Intake
September
Deadline
July 15
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The Gas Turbine Technology Option within the Thermal Power MSc programme at Cranfield University offers advanced knowledge on the design, operation, and maintenance of gas turbines. This course integrates fundamental engineering principles with practical applications, focusing on energy efficiency, emissions reduction, and emerging technologies. Students gain expertise in thermodynamics, fluid mechanics, combustion, and materials science related to gas turbines. The programme benefits from Cranfield's close industry links, providing opportunities for research projects and industrial collaborations. Graduates are prepared to address challenges in power generation and aerospace propulsion sectors, advancing sustainable energy solutions. The curriculum blends theoretical understanding with hands-on experience using state-of-the-art simulation tools and test facilities, ensuring readiness for professional roles in engineering and technology fields globally.
This programme is ideal for engineering graduates and professionals seeking specialization in gas turbine technology and thermal power generation. Candidates aiming for careers in power plants, aerospace, energy consultancy, or research will benefit. Those interested in sustainable energy solutions, innovation, and industrial applications of gas turbines should apply. The course suits individuals motivated to develop technical expertise and leadership skills within the energy sector. It is also suitable for engineers wanting to update knowledge of emerging technologies and enhance career prospects internationally.
Graduates from the Gas Turbine Technology Option are well-equipped for roles in power generation, aerospace propulsion, and energy consultancy. Career paths include gas turbine design engineer, maintenance and reliability specialist, performance analyst, and research engineer. The programme's industry connections facilitate networking and employment opportunities with leading energy companies and manufacturers. Alumni commonly work in utilities, aerospace firms, engineering consultancies, and research institutions worldwide. The advanced technical skills gained enable progression to senior engineering, project management, or technical consultancy roles, contributing to sustainable energy development.
Applicants must hold a good bachelor’s degree in engineering or a closely related science subject, typically equivalent to a UK upper second-class honours degree. Relevant work experience is advantageous but not mandatory. Candidates should demonstrate proficiency in mathematics and thermodynamics fundamentals. A strong motivation for pursuing advanced studies in gas turbine technology and thermal power is essential. Academic transcripts, references, and a personal statement highlighting the applicant's background and career aspirations are required. International students must meet English language requirements. Selection is competitive, focusing on academic merit, professional potential, and alignment with the programme's objectives.
Indian applicants should hold a Bachelor’s degree in engineering or a relevant science discipline with a minimum of 60% aggregate marks or equivalent from a recognized university. Strong foundation in thermodynamics, fluid mechanics, and mathematics is essential. Admission requires submission of academic transcripts, two academic or professional references, a statement of purpose, and evidence of English proficiency through IELTS or TOEFL scores. Work experience in relevant sectors may enhance the application. Early application is advised due to competitive selection and visa processing times. Cranfield provides tailored support to Indian students throughout the admission process.
Applicants whose first language is not English must demonstrate proficiency through recognized tests. Typical requirements include IELTS Academic with an overall score of 6.5, minimum 6.0 in each component, or equivalent tests such as TOEFL iBT with a minimum of 90 overall. Alternative qualifications may be accepted subject to approval. Proof of English ability ensures students can effectively engage with course materials, participate in discussions, and complete assessments.
Indian applicants should plan their application well in advance to accommodate visa processing and scholarship deadlines. Meeting the English language requirements is crucial; ensure your test scores are valid and submitted timely. Financial planning should include tuition fees, living expenses, health insurance, and visa costs. Cranfield University provides pre-departure briefings and support tailored to Indian students. It is advisable to maintain clear communication with the admissions and international offices. Familiarize yourself with UK cultural norms and academic expectations to facilitate smooth integration. Additionally, students should be aware of the post-study work options and immigration rules that may impact their stay after graduation.
International Tuition Fee
25500 GBP
Home/Local Tuition Fee
13500 GBP
* Fees are subject to change. Please verify with our counselors or the university website.
Approximately ₹2,400,000 for international tuition fees, subject to exchange rate variations.
The tuition fee for international students enrolled in the Gas Turbine Technology Option is £25,500 for the full MSc programme. UK and EU students benefit from a lower fee of £13,500. Fees cover access to university facilities, course materials, and supervision. Additional costs may include accommodation, living expenses, and visa fees. Payment plans and scholarships are available to assist with financial planning.
Cranfield University offers a range of scholarships for international students, including merit-based and country-specific awards. Scholarships for the Gas Turbine Technology Option focus on academic excellence and research potential. Applicants are encouraged to apply early and provide evidence of outstanding achievements. Financial support may cover partial tuition fees or living expenses. Details and deadlines are available on the Cranfield scholarships webpage. Additionally, external funding from industry partners and government schemes may be accessible.
International students require a Tier 4 (General) student visa to study in the UK. Cranfield University provides a Confirmation of Acceptance for Studies (CAS) once admission is confirmed. Applicants must demonstrate sufficient funds for tuition and living costs, meet English language requirements, and show intent to leave the UK after studies. The visa application process involves biometric submission and interview at a British embassy or consulate. Students should apply well in advance to ensure timely visa issuance. Cranfield also offers guidance and support throughout the application process.
Indian students require a UK Tier 4 (General) student visa to study at Cranfield University. To apply, they must have an unconditional offer and receive a CAS from the university. Proof of funds covering tuition fees and living expenses is mandatory. The visa application process includes providing biometric data and attending a visa interview. Students should apply at least three months before the course start date to allow for processing. Cranfield’s international office offers comprehensive support for documentation and application guidance. Visa holders can work part-time during studies and bring dependents under certain conditions.
Graduates from Cranfield’s MSc in Gas Turbine Technology are eligible for the UK Graduate Route visa, allowing up to two years of work post-study. This opportunity enables them to gain valuable UK work experience in engineering or related sectors without requiring employer sponsorship. The post-study work visa facilitates career development, networking, and potential pathways to longer-term employment or further studies. Cranfield’s strong industry links and career support services enhance graduate employability and job placement in the UK and internationally. Indian graduates can leverage this to build a global career in thermal power and gas turbines.
"We recommend prospective students with a strong engineering background and passion for thermal power to apply early for the Gas Turbine Technology MSc at Cranfield University. To maximize success, focus on obtaining a competitive academic record, relevant work experience, and robust English language scores. Engage with current research and industry trends to tailor your personal statement effectively. Explore scholarship opportunities and prepare financial plans accordingly. Take advantage of Cranfield’s career services and networking events to enhance employability. Early visa application and thorough documentation preparation will ensure a smooth transition. This programme is an excellent investment for those aiming to excel in gas turbine technology and sustainable energy sectors globally."
The programme duration is typically 12 months full-time.
Yes, Tier 4 visa holders can work up to 20 hours per week during term time.
Yes, Cranfield offers merit-based and country-specific scholarships.
IELTS Academic overall 6.5 with no element below 6.0 or equivalent.
Work experience is not mandatory but is considered an advantage.
Sources
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