Fundamentals of Quantum Computing (LFQ101) Training

Fundamentals of Quantum Computing (LFQ101) Course Overview

The course discusses the fundamentals of quantum computing, highlighting potential technological disruptions it brings. It discusses the current capabilities of quantum computing, current use cases, as well as prospective future applications, while emphasizing security advantages and dangers, especially around secure communication and encryption.

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Course Prerequisites

Prerequisites for the Fundamentals of Quantum Computing (LFQ101) Course:

To successfully undertake the LFQ101 course, we recommend that learners possess the following minimum knowledge:

Basic understanding of mathematics, particularly in linear algebra and probability.
Familiarity with classical computing concepts and terminology.
A general interest in modern technology and emerging fields.

No prior knowledge of quantum computing is required, making this course accessible to beginners eager to explore this exciting subject.

Target Audience for Fundamentals of Quantum Computing (LFQ101)

The Fundamentals of Quantum Computing (LFQ101) course introduces participants to the concepts, principles, and applications of quantum computing, catering to a diverse audience keen on advancing their tech skills.

Software Engineers

Data Scientists

IT Professionals

Researchers in Quantum Computing

Computer Scientists

University Students pursuing Computer Science or related fields

Business Analysts interested in technology trends

Technology Entrepreneurs

Systems Architects

Machine Learning Engineers

Quantum Algorithm Developers

Cybersecurity Analysts interested in quantum technologies

Educators in Computer Science and Technology

Government and Defense Researchers

Financial Analysts focusing on quantitative methods

Learning Objectives - What you will Learn in this Fundamentals of Quantum Computing (LFQ101)?

Introduction to Course Learning Outcomes

The Fundamentals of Quantum Computing (LFQ101) course equips students with essential knowledge in quantum principles, algorithms, and applications, fostering a solid foundation in this transformative technology.

Learning Objectives and Outcomes

Understand the basic principles of quantum mechanics and their relevance to computing.

Explore the differences between classical and quantum computing architectures.

Familiarize with key quantum concepts such as superposition and entanglement.

Analyze quantum gates and their role in quantum circuits.

Examine various quantum algorithms, including Grover's and Shor's algorithms.

Gain insight into quantum error correction and mitigation techniques.

Investigate the potential applications and implications of quantum computing across industries.

Develop basic programming skills for quantum computing using platforms like Qiskit.

Recognize the ongoing challenges and future directions in the field of quantum computing.

Cultivate a critical perspective on the ethical considerations surrounding quantum technologies.

Flexi Video	16,449
Official E-coursebook
Exam Voucher (optional)
Hands-On-Labs²	4,159
+ GST 18%	4,259
Total Fees (without exam & Labs)	22,359 (INR)
Total Fees (with Labs)	28,359 (INR)

Fundamentals of Quantum Computing (LFQ101) Course Overview

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Course Prerequisites

Target Audience for Fundamentals of Quantum Computing (LFQ101)

Learning Objectives - What you will Learn in this Fundamentals of Quantum Computing (LFQ101)?

Introduction to Course Learning Outcomes

Learning Objectives and Outcomes

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