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Click here or scroll down to respond to this candidateCandidate's Name
Starke, Florida - Street Address
PHONE NUMBER AVAILABLE | EMAIL AVAILABLE
LinkedIn: https://LINKEDIN LINK AVAILABLE
Green Card Open for contract or Permanent on W2
SUMMARY
Dedicated Computer Engineering student with strong proficiency in various programming
languages, including Python, Java, and C/C++. Known for my energetic and self-starting
nature, I excel in team collaboration and am passionate about delivering outstanding
quality and service. Seeking an opportunity to contribute to dynamic software
development. Backed by a solid educational foundation and a passion for staying at the
forefront of technology trends, I am eager to join a team of experienced industry professionals. With a
commitment to delivering innovative solutions, I am ready to help carve the future of technology while providing
exceptional value to businesses.
PROFESSIONAL EXPERIENCE
Snapfix, India 10/2023
04/2024
Software Engineer (Intern)
Assist in developing and maintaining Python-based applications, ensuring code quality, performance,
and scalability. Utilized modern frameworks and libraries such as Django, Flask, and FastAPI.
Secure Authentication Systems: Contributed to the implementation of secure graphical password
authentication systems, enhancing security measures and user experience. Leveraged cryptographic
libraries and tools like PyCryptodome and OpenSSL.
Work closely with cross-functional teams, including product managers, designers, and other engineers,
to support and deliver comprehensive software solutions. Used collaboration tools such as Jira,
Confluence, and Slack for efficient communication and project management.
Participate in code reviews, identified bugs, and provided solutions to improve the functionality and
reliability of the applications. Employed code review tools like GitHub and GitLab, and debugging tools
such as PDB and PyCharm Debugger.
Create and maintain technical documentation, including system design, codebase, and user manuals,
to ensure clarity and ease of use for future developers and users. Utilized tools like Sphinx, MkDocs,
and Confluence for documentation.
Actively participate in Agile development processes, including sprint planning, daily stand-ups, and
retrospectives, to ensure timely delivery of high-quality software. Utilized Agile tools like Jira, Trello, and
Asana.
Assist in developing and executing test plans, automated tests, and conducting manual testing to
ensure the software met quality standards and functional requirements. Employed testing frameworks
and tools such as pytest, Selenium, and JUnit.
Engage in continuous learning and professional development to stay updated with the latest industry
trends and technologies, applying this knowledge to improve existing systems and processes.
Leveraged resources like online courses, webinars, and tech conferences.
EDUCATION | CERTIFICATIONS
Certified Python Developer
Web Development Certification
Bachelor of Engineering (BE) in Computer Engineering Sal Institute of Engineering, Ahmedabad in 2024
ACADEMIC EXPERIENCE
Semester 1
Basic Mechanical Engineering: Introduction to fundamental concepts in mechanical engineering, including
mechanics, thermodynamics, and materials science.
Applications: Crucial for designing and analyzing physical systems in various industries.
Environmental Sciences: Study of the environment and the impact of human activities on natural systems.
Applications: Promotes sustainability in industries and communities.
Engineering Graphics & Design: Techniques for creating technical drawings and designs using CAD
software like AutoCAD and SolidWorks.
Applications: Essential for visualizing, designing, and communicating engineering concepts.
Basic Electronics: Introduction to electronic components, circuits, and systems.
Applications: Essential for designing and working with electronic devices.
Semester 2
Programming for Problem Solving: Introduction to programming concepts using languages like C/C++.
Applications: Foundational for developing software solutions.
Basic Electrical Engineering: Principles of electrical circuits and analysis techniques.
Applications: Essential for designing electrical systems.
Mathematics - 2: Continuation of fundamental mathematics.
Applications: Crucial for modeling and solving complex engineering problems.
Semester 3
Probability and Statistics: Introduction to probability theory and statistical methods.
Applications: Critical for quality control, risk assessment, and data-driven decision-making.
Indian Constitution: Overview of the Indian Constitution and its relevance to engineering practices.
Applications: Helps engineers adhere to regulatory standards.
Design Engineering - I A: Introduction to design principles and methodologies.
Applications: Equips students with skills to develop innovative engineering solutions.
Data Structures: Study of data organization and management using structures like arrays, linked lists, stacks,
and queues.
Applications: Fundamental for efficient algorithm design and implementation.
Database Management Systems: Principles of database design and management using SQL and NoSQL
databases.
Applications: Essential for managing and retrieving large volumes of data.
Digital Fundamentals: Introduction to digital electronics and logic design.
Applications: Crucial for designing digital circuits and systems.
Semester 4
Design Engineering - I B: Continuation of design engineering principles with project work.
Applications: Provides hands-on experience in real-world engineering challenges.
Operating System: Study of operating system concepts using Linux and Windows.
Applications: Vital for developing and optimizing software.
Object Oriented Programming - I: Introduction to object-oriented programming using languages like Java or
C++.
Applications: Foundational for designing modular, reusable software.
Computer Organization & Architecture: Study of computer architecture and CPU design.
Applications: Essential for understanding how computers process information.
Semester 5
Design Engineering - II A: Advanced design engineering principles with project work.
Applications: Enhances skills in developing creative engineering solutions.
Integrated Personality Development Course: Course aimed at holistic personality development.
Applications: Improves interpersonal skills and prepares students for professional growth.
Analysis and Design of Algorithms: Study of algorithm design and analysis techniques.
Applications: Critical for developing efficient algorithms.
Professional Ethics: Exploration of ethical principles in the engineering profession.
Applications: Ensures responsible and ethical practice in engineering.
Semester 6
Design Engineering II B: Advanced design engineering principles with practical applications.
Applications: Enhances skills in developing innovative engineering solutions.
Theory of Computation: Study of computational theory.
Applications: Fundamental for understanding computational limits and algorithm design.
Advanced Java Programming: In-depth exploration of Java programming.
Applications: Essential for building robust applications.
Microprocessor and Interfacing: Study of microprocessor architecture and interfacing techniques.
Applications: Key for developing embedded systems.
Web Programming: Comprehensive study of web technologies including HTML, CSS, JavaScript, and
frameworks like React and Angular.
Applications: Crucial for creating dynamic web applications.
Data Visualization: Techniques for visualizing data using tools like Tableau and Power BI.
Applications: Important for data analysis and decision-making.
Semester 7
Compiler Design: Study of principles for designing and implementing compilers.
Applications: Essential for efficient program execution.
Mobile Computing and Wireless Communication: Exploration of mobile computing and wireless
communication using tools like Android Studio and iOS development kits.
Applications: Vital for developing mobile applications and enhancing wireless networks.
Artificial Intelligence: Introduction to AI concepts using frameworks like TensorFlow and PyTorch.
Applications: Used in developing intelligent systems.
Information Security: Study of techniques to protect information systems.
Applications: Crucial for designing secure systems.
Machine Learning: Advanced study of algorithms for learning from data using libraries like scikit-learn and
Keras.
Applications: Applied in predictive analytics and recommendation systems.
Mobile Application Development: Course on developing mobile applications.
Applications: Essential for creating user-friendly mobile apps.
Additional Achievement
100 Activity Points Certificate
Earned by completing various extracurricular and co-curricular activities throughout college.
Certificate ID: PHONE NUMBER AVAILABLE
Issued by: SAL College of Engineering
Curricular Certificates of Participation:
1. J&K and MyGov: How well do you know Jammu & Kashmir Quiz
2. National Water Mission & MyGov: Jal Shakti Abhiyan: Catch The Rain campaign
3. Jago Grahak Jago & MyGov: Quiz on Consumer Empowerment
4. Ministry of Women & Child Development & MyGov: Poshan Pakhwada Quiz
5. Ministry of Tourism & MyGov: Dekho Apna Desh Webinar: Kakatiya s of Orugallu
6. Ministry of Tourism & MyGov: Dekho Apna Desh Webinar: Hoysala and Jain Temples of Karnataka
7. SAL College of Engineering & TOPS Technologies: Webinar on Emerging Technologies
8. SAL College of Engineering: Discover the Secrets of Mangroves Webinar
9. eMPi B-School: Competent data literacy and fundamental knowledge of E-Commerce
10. PCRA & MyGov: Conservation Quiz 9.0
NOTE: Certificates and references will be provided on request.
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