Qt Champion-led corporate training
Advanced Qt & QML training led by a 3-time Qt Champion, with 80% hands-on labs, project-specific content, advanced engineering topics, and AI-augmented workflows.
Corporate engineering training
PthinkS delivers project-specific corporate software engineering training in Modern C++, Qt, QML, Qt Quick, Qt Quick 3D, automotive HMI, medical HMI, performance engineering and software architecture. Programs are designed for product teams that need practical, hands-on capability aligned to real engineering work.
Training aligned to your technology stack, engineering challenges, product architecture and team capability goals.
From Qt and QML fundamentals to internals, HMI, automotive, 3D, debugging, performance and architecture.
Practical use of AI-assisted coding, review, documentation, profiling and testing within modern engineering workflows.
Training for engineering teams
Clear answers for engineering managers, architects, L&D teams and developers evaluating advanced technical training.
Engineering teams, developers, technical leads and architects working with C++, Qt, QML, embedded systems, HMI and cross-platform products.
Course depth, duration, examples, exercises and project scenarios can be aligned to participant experience, product architecture and customer requirements.
Qt internals, QML architecture, automotive HMI, medical HMI, Qt Quick 3D, C++ performance, debugging, concurrency and software architecture.
AI-assisted coding, code review, documentation, debugging, profiling and testing are used as engineering productivity workflows—not as a replacement for core technical understanding.
Why PthinkS
Go beyond feature demonstrations. Understand how frameworks behave inside complete products, how architecture affects maintainability and how to diagnose production-level problems systematically.
Meet your trainer →Understand why the framework behaves the way it does—not only which API to call.
Apply topics through guided implementation, debugging and code-review exercises.
Learn component boundaries, data flow, responsibility, scalability and maintainability.
Use profiling evidence to find real bottlenecks and improve software responsiveness.
Training catalogue
Explore each technology area by hovering over a tile. Select an individual programme to view its detailed training topics.
Core language, modern practices and production-quality software.
Develop disciplined problem-solving, readable code, object-oriented thinking, debugging habits and professional programming practices.
FoundationWrite safer, clearer software using RAII, smart pointers, lambdas, move semantics, ranges and modern language features.
CoreMaster classes, interfaces, composition, inheritance, polymorphism and maintainable object-oriented design.
CoreUnderstand lifetime, ownership, RAII, smart pointers, move semantics and resource-safe programming.
AdvancedUse templates, concepts, containers, algorithms, iterators and reusable generic components effectively.
AdvancedBuild thread-safe systems using threads, synchronization, atomics, tasks and practical concurrency patterns.
AdvancedApply unit testing, static analysis, sanitizers, debugging and code-review practices to dependable software.
QualityCross-platform UI, embedded HMI and domain-focused application development.
Understand the Qt object model, signals and slots, QML language, Qt Quick and C++ integration.
FoundationBuild cross-platform applications and responsive interfaces with Qt Core, Qt Quick Controls, layouts and models.
Core UIUnderstand the meta-object system, object lifetime, event dispatching, rendering and platform abstraction.
ExpertEngineer responsive embedded HMIs with reusable controls, data-driven screens, state handling and device integration.
DomainDevelop digital cockpits, instrument clusters and in-vehicle interfaces with automotive-focused architecture.
AutomotiveBuild clear, reliable and testable medical-device interfaces with safety-aware UI engineering.
MedicalCombine interactive 2D interfaces with models, materials, lighting, animation, picking and 3D scenes.
3DMeasured optimization for engineers, managers and product teams.
Measure hot paths, latency and runtime behaviour, then optimize using profiling evidence.
PerformanceDiagnose allocations, leaks, object lifetime and resource pressure in C++ and Qt applications.
PerformanceImprove startup, scene graph, frame timing, animations, image handling and interface responsiveness.
PerformanceSet measurable budgets, review performance risks and establish continuous performance practices across teams.
ManagementSystem-level decision making for architects and technical leaders.
Define scalable layers, module boundaries, C++/QML responsibilities, data flow and integration strategy.
ArchitecturePlan portability, hardware abstraction, deployment, security, reliability and long-term platform evolution.
ArchitectureLead design reviews, manage technical risk, guide standards and align engineering decisions with product goals.
LeadershipLearning journeys
One technical foundation. Different outcomes for each learner and organization.
Build strong programming, C++, Qt and QML foundations through guided implementation, debugging and professional development practices.
Start a conversation →Strengthen advanced implementation, Qt internals, reusable design, performance analysis and product-level problem solving.
Start a conversation →Develop stronger capability in code reviews, component ownership, architecture decisions, team guidance and engineering-quality management.
Start a conversation →Improve system-level thinking, architecture governance, technology selection, performance planning and long-term product maintainability.
Start a conversation →Lead trainer
Technical depth, product experience and practical guidance—presented in a dedicated trainer profile.
Lead Trainer and Chief Technology Officer, PthinkS
Dheerendra (Dheeru) is a C++, Qt and QML architecture specialist, Mentor, technical trainer and community contributor with 25+ years of engineering leadership experience.
Strong learning starts with fundamentals and becomes valuable when engineers can apply it to real product problems.
Recognised as a Qt Champion in 2017, 2022 and 2025, and as a Qt Champion Rookie in 2024, Dheerendra has supported the Qt ecosystem through community building, mentoring, code reviews, documentation improvements and Qt patches.
Recognised as a Qt Champion in 2017, 2022 and 2025.
Participant testimonials
Discover how engineers strengthened their C++, Qt, QML, HMI, performance and software-architecture capabilities through PthinkS training programs.
Only genuine training reviews verified on the official PthinkS Google Business Profile are displayed. Open Google to read the latest reviewer names, ratings and comments.
Training conducted
Training engagement process
A structured five-step engagement helps us understand your business context, align the technical depth, tailor the curriculum and deliver training around the real needs of your engineering team.
Based on the requirement, sample programs and proof-of-concept exercises can be prepared around the customer’s product, platform and real project codebase so participants can connect the training directly to day-to-day engineering work.
Corporate training
We can tailor the curriculum around your engineers’ current skills, codebase, platform, product constraints and desired outcomes.
Share your audience, technology focus and preferred timeline.