Skill Comparison Table: HCL Tech – CAD Developer
| Skill Category | Freshers (0 Years) | Experienced (1–2.5 Years) |
|---|---|---|
| Programming Language | C++, Basic C#.Net, Aptitude & Geometry | C++, C#.Net, MFC, Geometric Algorithms |
| Tools/APIs | Visual Studio (basic), SVN, basic Jira, SolidWorks APIs | NX Open, Creo TOOLKIT, Granite API, SolidWorks APIs, SVN, Jira |
| CAD Experience | Basic CAD tool knowledge | Hands-on CAD Development, API Integration |
| OS/Platform | Windows (Basic usage) | Windows Development, Debugging on Windows Platforms |
| SDLC Understanding | Conceptual knowledge of SDLC | Real-time experience across product development lifecycle |
| Documentation | Academic-level documentation | Industry-grade project documentation and version control practices |
✅ RESUME FOR FRESHER (0 YEARS)
CHINTALA SURYA CHANDRA
Guntur, India
Email: suryachandra.chintala@gmail.com
Phone: +91 77308 74161
LinkedIn: linkedin.com/in/suryachandra
GitHub: github.com/in/suryachandra
Career Objective
Motivated and detail-oriented engineering graduate with strong foundations in C++ programming and analytical geometry, seeking an entry-level CAD Developer role at HCL Technologies. Eager to apply technical skills and academic knowledge to support innovative engineering projects and contribute to high-quality software development.
Education
B.Tech in Electronics & Communication Engineering
Vasireddy Venkatadri Institute of Technology
2016 – 2020 | 89%
Intermediate (MPC)
Sri Chaitanya Junior College
2012 – 2014 | 89%
SSC
St’Anns EM High School
2010 – 2012 | 8.9 GPA
Technical Skills
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Languages: C++, Basics of C#.Net, SQL
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CAD Tools: SolidWorks (basic), AutoCAD (academic)
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Tools: Visual Studio, SVN, Jira (basic exposure)
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Concepts: SDLC, Object-Oriented Programming, Analytical Geometry
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Platforms: Windows OS
Projects
Mini CAD Drawing System (Academic Project)
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Developed a simple 2D CAD drawing interface using C++ and Windows Forms
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Applied basic geometry algorithms for line, circle, and polygon rendering
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Used OOP principles for shape modularization
Certifications
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Introduction to C++ Programming – Coursera
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Basics of CAD with SolidWorks – Udemy
Strengths
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Strong problem-solving and debugging skills
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Quick learner with high adaptability
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Effective team player with clear communication
Declaration
I hereby declare that all information above is true to the best of my knowledge.
RESUME FOR EXPERIENCED (1–2.5 YEARS)
CHINTALA SURYA CHANDRA
Guntur, India
Email: suryachandra.chintala@gmail.com
Phone: +91 77308 74161
LinkedIn: linkedin.com/in/suryachandra
GitHub: github.com/in/suryachandra
Professional Summary
CAD Developer with 2+ years of experience in C++ development and geometric kernel API integration. Proven ability to work with tools like NX Open, Creo TOOLKIT, and SolidWorks APIs to develop complex CAD functionalities. Skilled in debugging geometric problems, implementing MFC-based solutions, and delivering scalable modules in a Windows environment.
Technical Skills
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Programming Languages: C++, C#.Net, MFC
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CAD APIs/Tools: NX Open, Creo TOOLKIT, SolidWorks APIs, Granite
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Development Tools: MS Visual Studio 2012/2015, SVN, Jira, UML
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Database: SQL, SQLite
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Memory Management Tools: Rational Purify (basic use)
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Others: SDLC, Product Lifecycle Management
Professional Experience
Software Engineer – CAD Developer
XYZ Solutions Pvt. Ltd., Hyderabad
May 2022 – Present
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Developed and enhanced CAD components using C++ and Granite APIs
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Integrated kernel-level APIs like NX Open and Creo TOOLKIT into client-specific design environments
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Troubleshot complex geometric rendering issues across multiple client platforms
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Collaborated with cross-functional teams using Agile methodology for sprint-based development
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Documented module-level architecture, design flow, and tested functionalities
Education
B.Tech in Electronics & Communication Engineering
Vasireddy Venkatadri Institute of Technology
2016 – 2020 | 89%
Certifications
-
Advanced C++ Development – Udemy
-
CAD API Programming with SolidWorks & NX – Coursera
Projects
3D Design Integration Tool
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Led API integration for real-time design features using Creo TOOLKIT
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Enhanced geometric stability using optimized algorithms in MFC
Solid Geometry Analyser
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Built an internal Windows-based tool to analyze design faults using SolidWorks APIs