Quantum Courses
3-month certification program in Quantum computing & Quantum sensing
This is an introductory program in quantum computing and quantum sensing which invites applications from all walks of life. Your must have completed your bachelors degree in a STEM field. The course will begin with covering basic theoretical concepts of quantum mechanics and mathematics which are required to understand the subject. There will be quiz and exercises at the end of each module and either a 'certificate of completion' or a 'certificate of participation' will be awarded at the end of the program. You will also get to work on a mini project towards the later half of this course to develop research skills in quantum.
Refund Policy
Candidates once enrolled, can withdraw from the course till 1 week before the program start date. Full amount will be refunded. However, the tax amount paid (GST) will not be refunded on the paid amount.
Candidates withdrawing after that but before session commencement, will be eligible for 50% refund of the total paid amount excluding GST.
Candidates withdrawing after the commencement of program session start date will not be eligible for any refunds on the paid amount.
If you wish to withdraw from the course, you must email to info@qucompacademy.com, stating your intent to withdraw. The refund, if applicable will be processed within 30 working days from the date of receiving the withdrawl request.
Features of the program
Participants will be issued a certificate of Participation or a certificate of Completion based on the performance in the program. All participants will be issued a certificate of participation, while only those who will score over 50% marks in their overall assessments will be issued a certificate of completion.
The sample certificates are given below for reference:
Program Coordinator
Ankur Goel - Quantum Researcher & IT Leadership professional, 20 years work exp.
Dept. of Physics & Astronomy, University of Sussex, UK
Ankur has been working as an independent quantum researcher in the department of Physics & Astronomy at the University of Sussex, U.K. His present research topic is "EV battery characterization using optically pumped magnetometers", a type of quantum sensors.
In the past, Ankur has held technical leadership positions in various IT companies. He has a total experiene of 20 years in IT technical leadership roles, across many IT giants. Due to his affinity for quantum physics and with the mission to make quality quantum education affordable in India, he started QUCOMP Academy. His accolades helped him achieve QUCOMP an ISO:9001 certification in "Scientific trainings in quantum technologies", making QUCOMP Academy the 1st company in India to achieve this.
Ankur has himself completed numerous certifications in quantum computing, quantum sensing, high energy physics, nanofabriation techniques, Quantum device design and more from the very best institutes in the world. His goal is to create quantum research mindset in India and take India's quantum mission forward by adding to the quantum workforce.
PROGRAM 1
Payment plan
Students can either make the full payment (10% discount on full payment) upfront, or they can follow the instalments based payments plan:
Total Program Fee: INR 24,999 + GST
1st instalment - INR 4,999 + GST
2nd instalment - INR 10,000 + GST
3rd instalment - INR 10,000 + GST
The 1st instalment would need to be paid at the time of enrolment. 2nd instalment needs to be paid before one month completion of the program & the 3rd and final instalment before 2 month completion of the program.
We are presently inviting applications for our Flagship program "quantum computing & quantum sensing", a 3-month certification program which is beginner friendly. Any STEM graduate can join this course without any prior knowledge of quantum. The details are mentioned below in the programs section. Please share your details for our team to contact you.
Benefits: Strong foundational knowledge in quantum technologies, application assistance for Internships and quantum tech. roles globally. Certification of achievement.
We also plan to run an advanced version of this program, which will be open for participants of this program plus experts from various other fields like physicists, engineers, researchers from other domains and more. This program will take the theoritical concepts to the next level where you will be equipped will theory and skills to perform independent research in quantum technologies. You will also perform simulation excercise on software for both quantum computing and quantum sensing.
Benefits: Readiness and assistance to apply for PHD in quantum computing or in quantum sensing, assistance to apply for quantum tech. roles in the industry and other advanced programs. Certification of achievement.
Stay tuned on this page for details of the same coming soon!!
Currently running programs
QUCOMP Academy’s 3-month certification program in “Quantum computing & quantum sensing”
Course structure
This is a Foundational course in quantum computing and quantum sensing, which is open to anyone with a bachelor’s degree in a STEM field and basically need high school level of Physics, Mathematics and Computer science knowledge. You will learn the following:
Module 1: Foundations of Quantum mechanics - This module will be common for both quantum computing and quantum sensing, as these quantum technologies works on the principle of quantum physics. We will cover the history of quantum mechanics from Max plank to Richanrd Feynman and beyond and on this journey you will learn how each one of these greats paved way for the future of thee technologies that we are working on today. You will learn various concepts, equations and formulas needed in further course. We will also cover numerous experiemnts like the double-slit, Stern Gerlach, Schrodingers cat and more. We will discuss randomness and probability density, calculating expectation values, polarization & spin, normalization, orthogonility and orthonormal conditions, Bloch sphere, computational basis, basis conversion and more. We will discuss in details the principles of superposition, entanglement, coherence/decoherence, Interference/noise and the observer/observed effect. We will also cover wavefunctions and their variations, Eular's form, Hamiltonians, hermitians and various different types of operators.
Outcome: You will be equipped with the theory and concepts to understand physics behind these quantum technologies and would have learned all major equations.
Module 2: Mathematics for quantum computing - This module will review high school mathematical concepts of complex numbers, matrices, calculus, linear algebra and will then include various mathematical examples and exercises using Dirac notation (Bra-Ket notation), computational basis, qubits, wavefunctions, probability amplitudes, eigenvectors, eigenvalues, scalar Vs tensor products & more. We will then cover entanglement and Bell (EPR) pairs and calculations using them. This will also cover advanced quantum operators like the ladder operators, projectors and more. Numerous examples will be covered in the class and participants will get the chance to solve them live and at home.
Outcome: At the end of the module you will be equipped with the mathematical concepts required to execute quantum computations.
Module 3: Foundations of Quantum sensing - This module will introduce various types of quantum sensors like SQUIDs (superconducting), OPMs (Magnetometers), Diamond NV centre, gravimeters and more, and explain the underlying principles on which they work. The concepts of beam-splitter, Interferrometer, spectroscopy, homodyne detection, quadrature sqeezing and many more will be introduced that helps these quantum sensors to operate.
Outcome: This module will give you knowledge behind various quantum sensors and how they work.
Module 4: Quantum gates, quantum circuits & quantum error correction - This module will detail out all the quantum gates (Pauli gates, Hadamard, CNOT, SWAP, rotation and more) and how they form quantum circuits and used for various measurements. How the hadamard & CNOT gate creates entanglement, quantum phase estimation algorithm, no cloning theorum, superdense coding and quantum teleportation. Will also introduce quantum fourier transform, quantum error correction and how it’s done. We will do Live excercises in the class & lab sesssions where we will perform hands-on programming with IBMs Qiskit.
Outcome: You will be fluent in quantum computing, both with mathematical calculations and with Qiskit programming (designing circuits, SVC's, measuments and more).
Module 5: Quantum algorithms - This module will cover various quantum algorithms like Grover, Shor, Deutsch–Jozsa algorithm and more. hands-on programming with IBMs Qiskit. It will also introduce advanced quantum algorithms like VQEs, QAOA, QUBO and more.
Outcome: You will be able to implement these algorithms in Qiskit and run your own programs.
Module 6: Applications of quantum computing & quantum sensing - This module will cover how various quantum sensors are used in modern applications like medical imaging, precision measurements, guiding systems, and even for dark matter detection and changes in gravitational fields. Also we will discuss various potential applications of quantum computing like optimizations, annealing process and more.
Outcome: You will be equipped with the knwoeledge of present applications of quantum technologies, how they can be combined and what you can further do with them.
Module 7: Project - This will include writing a PHD application-level research proposal on a topic of either quantum computing or quantum sening. The format and research methods will be explained and how to perform and cite literature review. Various topics will be given, though you can choose one of your own related to latest researches in quantum computing or quantum sensing.
There will be exercises at the end of each module. These will build strong basics in various concepts. At the end of this program, you will have strong foundational knowledge to apply for the advanced programs and internships/jobs in quantum technologies.
[Note: The mentioned topics are indicative and subject to minor changes during the course of the programme. The actual topics coverage will be more vast then mentioned here.]
AWARD
Apply now !!
Eligibility criteria:
Bachelors degree in any STEM field. More suitable for Mathematics, Physics & Computer sciences background.
No age limit, only curiosity to learn new technologies is needed.
Prior knowledge of Python programming language will help.
Quantum Job Roles :-
Quantum Software Engineer
Quantum Algorithms Researcher
Quantum Research Scientist
Quantum Computing Engineer
Quantum ML Engineer
Quantum Cryptography Engineer
Quantum Communication Researcher
Quantum Hardware Engineer
Quantum Physicist
Quantum Applications Scientist
Quantum Simulation Engineer
Qiskit Developer
Quantum Control Engineer
Cryogenic Engineer
Quantum FPGA Engineer
Companies in India hiring for these roles :-
Google Research India
QBit Force
BosonQ Psi
Quanfluence
Taqbit Labs
Apart from these above mentioned companies, there are various research institutions that hire for quantum roles.
DEMO