RPTU Erasmus Mundus MSc Quantum Technologies and Engineering
RPTU Kaiserslautern-Landau · Department of Physics · Kaiserslautern, Germany- Full time, Kaiserslautern
- English
- 120 ECTS
Living funds, semester contributions, application and visa.
standard RPTU degree tuition
planning figure per semester
full-time study
four semesters
international first-semester route
programme-specific submission
What is RPTU Erasmus Mundus MSc Quantum Technologies and Engineering?
Erasmus Mundus MSc Quantum Technologies and Engineering is a four-semester, 120 ECTS degree in Kaiserslautern taught in English. Its opening work links Physics and quantum foundations with Quantum specialisation before the final independent assessment. An applicant should budget about INR 27.76 lakh (EUR 25,223) across two years, before flights, deposits and personal spending.
The academic span covers quantum science, quantum technology, international mobility, an RPTU specialisation period and a final research or internship thesis. RPTU links that breadth to Master’s thesis, so the final portfolio should show a coherent direction rather than unrelated elective choices.
How much does RPTU Erasmus Mundus MSc Quantum Technologies and Engineering cost?
The two-year planning total is EUR 25,223, about INR 27.76 lakh. It combines RPTU’s published cost references with four approximate semester contributions, one application charge and the national visa fee. Flights, housing deposits, insurance differences and exchange spreads remain outside this visa-ready budget.
| Item | INR | Local currency | When it is due |
|---|---|---|---|
| Living-funds evidence, two years | INR 26.20 lakh | EUR 23,808 | Before visa and during study |
| Semester contributions, four semesters | About INR 1.41 lakh | About EUR 1,280 | At enrolment and re-enrolment |
| Application processing | About INR 6,603 | EUR 60 | At application |
| German national visa | About INR 8,254 | EUR 75 | At visa application |
| Two-year planning total | INR 27.76 lakh | EUR 25,223 | Before excluded costs |
The living-funds evidence remains the student's money for living costs. It is not a university fee. Converted at EUR 1 = INR 110.0485, the latest ECB reference rate available on 2 September 2026. Semester contributions and exchange rates can change.
“Blocked bank account (“Sperrkonto”) in Germany with sufficient funds to cover the first year of studies”German Missions in India, study visa funding rule
The German Missions in India funding rule supports the blocked-account figure. The rupee conversion uses the ECB reference-rate history named in the cost note.
RPTU’s CVT cost page publishes no tuition, an application fee of EUR 60, an approximate EUR 320 semester contribution and about EUR 850 monthly living costs as of April 2025. This isn’t a promise that four future semester bills are fixed.
The finance total is a single-campus planning proxy because the consortium has not published one fixed all-partner cash total. The table doesn’t include every rent deposit, insurance difference, flight, residence charge or exchange spread, and it can’t predict personal spending.
Can an Indian applicant meet RPTU Erasmus Mundus MSc Quantum Technologies and Engineering entry rules?
Admission to Erasmus Mundus MSc Quantum Technologies and Engineering tests preparation for Physics and quantum foundations and Quantum specialisation. Indian applicants also need English evidence, APS and a complete QuanTEEM portal file. Department of Physics makes the final academic-equivalence decision after the documents are readable and complete.
| Requirement | Published rule | What you do |
|---|---|---|
| Prior award (India) | Degree supporting Physics and quantum foundations | Physics and quantum foundations transcript evidence |
| Subject credits (India) | Physics and quantum foundations plus Quantum specialisation | Module credit map |
| Study level (India) | Progression to Master's thesis | Quantum specialisation depth |
| Language (India) | English | Accepted certificate |
| GRE or GMAT (India) | No standard test published | QuanTEEM portal |
| India APS (India) | Academic verification | APS certificate |
| Academic record (India) | Results for Physics and quantum foundations | Degree and transcript |
| Translations (India) | German or English | Certified copies |
| Application route (India) | QuanTEEM portal | Complete submission |
| Deadline (India) | Next application deadline | Submit through QuanTEEM portal |
An equivalence review for Erasmus Mundus MSc Quantum Technologies and Engineering can be tested against Physics and quantum foundations and Quantum specialisation. Previous study supporting consortium start at université bourgogne europe gives evidence for the first block, while coursework supporting rptu route where allocated answers a different part of the preparation question. The published background of a science bachelor of at least 180 ECTS with deep undergraduate physics; mathematics and computer science help but cannot replace physics therefore has multiple dimensions. A transcript covering only one dimension may be related in name and still leave the course unable to verify readiness for the combined workload.
Three facts that decide the file
The degree title does not prove equivalence
The faculty assesses earlier module content against the published entry background. Credit values, syllabi and laboratory or project evidence make that comparison possible.
APS is not admission
APS verifies Indian academic documentation for the German route. It does not decide subject suitability, reserve a place or replace the university application.
The programme route controls
The 2026 to 2028 cycle closed on 15 May 2026 and the next cycle was not published on 2 September 2026. A generic RPTU calendar cannot override a date or document instruction printed inside the named portal.
How should an Indian applicant apply for RPTU Erasmus Mundus MSc Quantum Technologies and Engineering?
The published route is the QuanTEEM consortium application portal. The current planning marker is next application deadline not yet published. APS, academic records, translations and language proof should be prepared as one evidence set because a portal submission that omits a required document is not a complete application.
Prepare APS, academic and language evidence, then submit through the QuanTEEM consortium application portal under the programme-specific instructions and retain the complete application receipt.
| Step | Task | Allowance | Why it matters |
|---|---|---|---|
| 01 | Map academic equivalence | 10 days | Match transcript modules with programme foundations. |
| 02 | Complete APS and translations | 50 days | Leave correction time for academic documents. |
| 03 | Secure language evidence | 45 days | Allow result delivery and one retake buffer. |
| 04 | Complete the named application route | 7 days | Upload every programme-specific document. |
| 05 | Save the submission receipt | 1 day | Keep the final file and portal confirmation. |
The allowances are preparation estimates, not deadlines or processing times published by RPTU Kaiserslautern-Landau. Start dates remain unconfirmed.
Treat next application deadline not yet published as the filing limit for this route, not a recommended starting point. Check the named portal before submission because a general university calendar does not replace its programme instruction.
The assessment can include a document check followed by an academic decision. A successful document review does not predict the faculty’s equivalence judgment, and an application receipt does not amount to admission.
The archived version should contain every uploaded document, the portal confirmation and any later correspondence. That record matters when a missing item or changed status needs to be traced.
What jobs can follow RPTU Erasmus Mundus MSc Quantum Technologies and Engineering?
Physics and quantum foundations, Quantum specialisation and Master’s thesis can produce evidence for quantum technology research, quantum engineering, photonics, scientific software and doctoral study. RPTU publishes no Erasmus Mundus MSc Quantum Technologies and Engineering placement percentage, audited salary distribution or guaranteed employer list. Outcomes therefore depend on the actual project methods, thesis result and separately obtained work evidence.
| Measure | Figure | Basis |
|---|---|---|
| Erasmus Mundus MSc Quantum Technologies and Engineering role direction | quantum technology research, quantum engineering, photonics, scientific software and doctoral study | Physics and quantum foundations and Master's thesis |
| Erasmus Mundus MSc Quantum Technologies and Engineering research context | QuanTEEM's multiple-university structure offers mobility and research breadth, while partner allocation, living costs and the applicable student agreement make its financial plan less predictable than a single-campus RPTU degree. | Department of Physics setting |
| Erasmus Mundus MSc Quantum Technologies and Engineering placement rate | No Erasmus Mundus MSc Quantum Technologies and Engineering cohort rate published | Official Erasmus Mundus MSc Quantum Technologies and Engineering information |
| Erasmus Mundus MSc Quantum Technologies and Engineering salary result | No audited quantum technology research, quantum engineering, photonics, scientific software and doctoral study salary series | No RPTU Erasmus Mundus MSc Quantum Technologies and Engineering salary dataset |
| Post-study route after Erasmus Mundus MSc Quantum Technologies and Engineering | Up to 18 months for eligible graduates | Federal route after Master's thesis |
The federal job-search period is conditional residence time. It is not employment, a salary promise or permanent residence.
Within Erasmus Mundus MSc Quantum Technologies and Engineering, compare Physics and quantum foundations with Internship or research preparation. The first contributes consortium start at université bourgogne europe at semester 1, whereas the later element contributes consortium-supervised work at programme route. The final assessment asks the student to integrate both forms of preparation in one defensible piece of work. This progression is especially relevant to a borderline applicant, because an uneven background affects the move from the opening block into later assessed work.
For Erasmus Mundus MSc Quantum Technologies and Engineering, the credit sequence is evidence rather than decoration. Physics and quantum foundations carries semester 1; its published purpose is consortium start at université bourgogne europe. Moving from Physics and quantum foundations into Quantum specialisation changes the evidence from consortium start at université bourgogne europe toward rptu route where allocated. For Quantum specialisation, RPTU records semester 2 and describes rptu route where allocated. Moving from Quantum specialisation into Advanced specialisation and mobility changes the evidence from rptu route where allocated toward second international study period. semester 3 is attached to Advanced specialisation and mobility, with the block serving second international study period. Moving from Advanced specialisation and mobility into Internship or research preparation changes the evidence from second international study period toward consortium-supervised work. The Internship or research preparation entry is programme route; RPTU places it around consortium-supervised work. Moving from Internship or research preparation into Master’s thesis changes the evidence from consortium-supervised work toward research at a partner or approved host. Master’s thesis carries semester 4; its published purpose is research at a partner or approved host. In a portfolio review, Master’s thesis should answer the questions opened by Physics and quantum foundations, while Advanced specialisation and mobility supplies the intermediate evidence described as second international study period. A weak final portfolio would leave Physics and quantum foundations isolated from Master’s thesis; a stronger one would use Quantum specialisation to show how the method develops before Internship or research preparation. Read together, those transitions explain why quantum technology research, quantum engineering, photonics, scientific software and doctoral study depends on the completed work, not the award title alone.
Germany’s official guidance for graduates describes up to 18 months to seek qualified work after completing a German degree. For Erasmus Mundus MSc Quantum Technologies and Engineering, that period creates search time, not a placement promise, and the residence conditions still apply.
Who is RPTU Erasmus Mundus MSc Quantum Technologies and Engineering for?
Physics and quantum foundations and Quantum specialisation make physics graduate ready for compulsory mobility across european universities the strongest fit for Erasmus Mundus MSc Quantum Technologies and Engineering. An applicant requiring a guaranteed full erasmus mundus scholarship is a poor match. A related but incomplete transcript needs closer equivalence review before the two-year commitment.
| Verdict | Your background | Why |
|---|---|---|
| Strong fit | Physics graduate ready for compulsory mobility across European universities | Evidence supports Physics and quantum foundations and Quantum specialisation. |
| Needs evidence | Computer scientist interested in quantum computing but without deep undergraduate physics | Readiness for Quantum specialisation remains uncertain. |
| Needs evidence | Erasmus Mundus MSc Quantum Technologies and Engineering applicant funding only the visa floor | Kaiserslautern spending can exceed the EUR 25,223 planning basis. |
| Do not shortlist | An applicant requiring a guaranteed full erasmus mundus scholarship | Physics and quantum foundations does not repair this Erasmus Mundus MSc Quantum Technologies and Engineering mismatch. |
| Do not shortlist | Applicant requiring a guaranteed graduate placement | RPTU publishes no Erasmus Mundus MSc Quantum Technologies and Engineering employer guarantee. |
The difference between the strong and borderline profiles is concrete in Erasmus Mundus MSc Quantum Technologies and Engineering. Physics graduate ready for compulsory mobility across European universities already has evidence that can support Physics and quantum foundations and Quantum specialisation. Computer scientist interested in quantum computing but without deep undergraduate physics reaches the same curriculum with uncertainty around one of those anchors. That uncertainty matters before admission because the first semesters must carry consortium start at université bourgogne europe alongside rptu route where allocated; it is not merely a missing elective that can always be avoided later.
What does RPTU Erasmus Mundus MSc Quantum Technologies and Engineering cover?
The verified structure totals 120 ECTS across taught blocks, electives and final independent work. The table keeps the official programme blocks or named modules that were verifiable on 2 September 2026. The current examination regulation and module handbook still control exact elective availability, assessment and credit allocation.
| Code | Component | ECTS | Where it sits |
|---|---|---|---|
| Block | Physics and quantum foundations | semester 1 | Consortium start at Université Bourgogne Europe |
| Block | Quantum specialisation | semester 2 | RPTU route where allocated |
| Block | Advanced specialisation and mobility | semester 3 | Second international study period |
| Block | Internship or research preparation | programme route | Consortium-supervised work |
| Block | Master's thesis | semester 4 | Research at a partner or approved host |
| Total | 120 |
- Complete 120 ECTS
- Follow the regulation applying to the enrolment cohort
- Complete the master's thesis
- Use only electives actually offered in the relevant semester
The degree title alone does not establish a professional profile. Electives, projects and the thesis topic must reinforce the same direction in evidence an employer or doctoral supervisor can inspect.
The programme page is a summary rather than a promise that every optional class runs every term. The applicable handbook controls prerequisite chains, examinations and the final degree audit.
Should an Indian applicant shortlist RPTU Erasmus Mundus MSc Quantum Technologies and Engineering?
Shortlist Erasmus Mundus MSc Quantum Technologies and Engineering only when the transcript supports Physics and quantum foundations and Quantum specialisation. A matching file can progress to Master’s thesis; a subject mismatch cannot. The cash plan is EUR 25,223 before excluded costs, despite the EUR 0 standard tuition position.
QuanTEEM's multiple-university structure offers mobility and research breadth, while partner allocation, living costs and the applicable student agreement make its financial plan less predictable than a single-campus RPTU degree. For Erasmus Mundus MSc Quantum Technologies and Engineering, the useful graduate evidence is the inspected project and thesis portfolio, not the course label or an assumed placement statistic.
The clearest rejection risk is a file that cannot demonstrate Physics and quantum foundations before enrolment. RPTU does not present that foundation as remedial study, and no published Erasmus Mundus MSc Quantum Technologies and Engineering placement rate offsets a weak academic match.
- The programme is a full-time, four-semester MSc carrying 120 ECTS.
- The teaching language is English.
- The international application route is the QuanTEEM consortium application portal.
- The current deadline marker is next application deadline not yet published.
- The two-year planning total is EUR 25,223, about INR 27.76 lakh, before excluded costs.
- The clearest poor fit is an applicant requiring a guaranteed full Erasmus Mundus scholarship.
Frequently asked questions
Is RPTU Erasmus Mundus MSc Quantum Technologies and Engineering full time?
Yes. The official catalogue identifies this as a full-time, face-to-face master carrying 120 ECTS over four standard semesters. This page does not mix in distance, part-time or doctoral study. The workload and visa plan should therefore cover two complete academic years without relying on assumed part-time earnings.
What is the deadline for RPTU Erasmus Mundus MSc Quantum Technologies and Engineering?
The 2026 to 2028 cycle closed on 15 May 2026 and the next cycle was not published on 2 September 2026. The planning marker on this page is next application deadline not yet published. The applicable portal and intake must match before submission because programme calendars differ and a generic university date does not extend a specialist deadline.
Does RPTU Erasmus Mundus MSc Quantum Technologies and Engineering charge tuition?
RPTU publishes no standard degree tuition for this route. The current two-year planning total is EUR 25,223, about INR 27.76 lakh, and is driven mainly by living-funds evidence. Semester contributions, application processing and the visa charge still apply, while flights, deposits, insurance differences and exchange spreads remain outside the total.
What academic background suits RPTU Erasmus Mundus MSc Quantum Technologies and Engineering?
The relevant preparation is a science bachelor of at least 180 ECTS with deep undergraduate physics; mathematics and computer science help but cannot replace physics. The admissions decision turns on module content and level, not only the printed degree title. A useful application therefore makes the connection visible through transcripts, credit values, module descriptions and laboratory or project evidence where the subject requires it.
Is GRE or GMAT required for RPTU Erasmus Mundus MSc Quantum Technologies and Engineering?
Neither GRE nor GMAT appears as a standard requirement in the official material used for this page. The application instead depends on the recognised prior award, programme-specific subject preparation, language evidence and complete documents. A test should be submitted only if the current programme portal or faculty explicitly requests it.
Do Indian applicants need APS for RPTU Erasmus Mundus MSc Quantum Technologies and Engineering?
Yes. RPTU's international guidance links Indian applicants to the APS process, and its central application page states that applicants from India must include APS evidence or the application cannot be processed. APS verifies academic documentation. It does not decide programme fit, replace language proof or guarantee admission.
Does RPTU Erasmus Mundus MSc Quantum Technologies and Engineering guarantee a job?
No. The curriculum supports quantum technology research, quantum engineering, photonics, scientific software and doctoral study, but RPTU publishes no programme-specific placement guarantee, audited employment percentage or salary distribution. Eligible graduates may have access to Germany's post-study job-search route, yet employment still depends on skills, language, experience, recognition where relevant and an actual offer.
Who should avoid RPTU Erasmus Mundus MSc Quantum Technologies and Engineering?
The clearest poor fit is an applicant requiring a guaranteed full Erasmus Mundus scholarship. A low standard tuition position is not enough reason to accept a weak subject match. The same two-year living budget is better directed to a course whose prerequisite model, teaching language, assessments and intended outcomes already align with the applicant's evidence.
Sources
These sources support the programme, admission, cost, experience and immigration information used on this page.
Sources checked on September 2, 2026. The next intake covered here is September consortium intake; next application deadline not yet published.
| No. | Source | Evidence role |
|---|---|---|
| 01 | Official programme information for Erasmus Mundus MSc Quantum Technologies and Engineering | Core programme evidence |
| 02 | RPTU International Affairs, August 2026 application deadline sheet | Supporting external evidence |
| 03 | RPTU, application and enrolment | Supporting external evidence |
| 04 | RPTU, general international master requirements | Supporting external evidence |
| 05 | RPTU CVT, published fees and living-cost reference | Supporting external evidence |
| 06 | European Central Bank, euro reference exchange rate for Indian rupee | Supporting external evidence |
| 07 | German Federal Foreign Office, national visa fee | Supporting external evidence |
| 08 | Make it in Germany, prospects after graduation | Supporting external evidence |
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