Course NameLength
Ada for the Embedded C Developer2 days
Ada Programming for Managers2 days
Advanced Kanban Workshop2 days
Advanced Safe, Reliable and Secure Software Engineering Workshop2 days
Advanced Software Safety Architecture Workshop2 days
Application Development and Testing using ADA/GNAT2 days
Applied Software Cost Estimating Workshop2 days
Basics of Embedded Ada Programming2 days
Basics of Embedded C Programming2 days
C# Programming for Managers2 days
C/C++ Programming for Managers2 days
Certified Secure Software Lifecycle Professional (CSSLP) Training5 days
Chatgpt & LLM Workshop2 days
Computational Fluid Dynamics (CFD) Training2 days
Computer Vision Software Engineering Training2 days
Confluence Workshop2 days
Creating Safe Software Development Workshop2 days
Creating Secure Software Workshop2 days
Design and Develop Graphical User Interface (UI) using Qt5 days
Design Thinking Workshop2 days
Designing High-Availability Software Workshop2 days
Designing High-Availability Systems Training2 days
Developing Embedded Systems in Ada2 days
Developing Fault-Torelant C# Applications2 days
Developing Fault-Torelant Go (Golang) Applications2 days
Developing Fault-Torelant Kotlin Applications2 days
Developing Fault-Torelant Perl Applications2 days
Developing Fault-Torelant PHP Applications2 days
Developing Fault-Torelant Python Applications2 days
Developing Fault-Torelant Ruby Applications2 days
Developing Fault-Torelant Swift Applications2 days
DevSecOps Bootcamp5 days
DevSecOps Certified Leader (DSCL)3 days
DevSecOps Certified Practitioner (DSCP)2 days
DO-178C for Avionics Software Training2 days
DoD DevOps Foundation Training3 days
Embedded Ada Programming for Managers2 days
Embedded C Programming for Managers2 days
Embedded Programming with Android2 days
Embedded Programming with Modern C++2 days
Embedded Software Development and Testing2 days
Embedded System Ada Programming Workshop2 days
Embedded System C Programming Workshop2 days
EN 50128 for Railway Software Training2 days
Enterprise UX & UI Design Workshop2 days
Fault tolerance Embedded Software Engineering Workshop2 days
Fault Tolerance in Embedded Systems Training2 days
Fault Tolerant Software Development Workshop2 days
Fault Tolerant Software Engineering Workshop2 days
Full Spectrum Software Development Bootcamp2 days
Full Stack Developer Course2 days
Full Stack Programming for Non-Engineers2 days
Fundamentals of DevSecOps for the DoD2 days
Game Development Workshop2 days
IEC 61508 for Functional Safety Training2 days
IEC 62304 Training2 days
Introduction to Embedded Software Engineering with Ada Programming2 days
Introduction to Embedded Software Engineering with C Programming2 days
Introduction to Embedded Software Engineering with C++ Programming2 days
Introduction to Embedded Systems Programming (Ada)2 days
Introduction to Fault Tolerance Embedded Software2 days
Introduction to Fault tolerance Software Systems2 days
Introduction to Full Stack Programming2 days
Introduction to Safe, Reliable and Secure Software Systems2 days
Introduction to SDR (Software Defined Radio) for Non-Engineers1 day
Introduction to Software Engineering for Non-Engineers2 days
ISO/IEC TS 17961 - C++ Secure Coding Rules Training2 days
Jira And Agile Project Management2 days
Jira Integration With SAFe2 days
JSF++ (Joint Strike Fighter Air Vehicle C++ Coding Standards) Training2 days
Life Cycle Product Support Workshop2 days
Machine Learning With Python Workshop2 days
Managing DevSecOps2 days
Mission Critical Software Development Workshop2 days
Mission Critical Software Faultrant Workshop2 days
Mission Critical Software FMEA Workshop2 days
Mission Critical Software Verification Workshop2 days
NASA Software Engineering Requirements Training2 days
OpenAi Codex Workshop2 days
Python Programming for Managers2 days
Real-Time and Ada Programming2 days
Reliable, Safe, and Secure Software Workshop2 days
SDR with GNU and GNU Radio Companion (GRC) Training2 days
Secure Application Development Clinic2 days
Secure by Design Product Development2 days
Secure Programming in C and C++2 days
Secure Programming Training Workshop2 days
Software Change, Configuration, and Release Management Bootcamp3 days
Software Development & Modeling Workshop2 days
Software Development Training2 days
Software Engineering & Architecture2 days
Software Engineering and Architecture Workshop2 days
Software Engineering and OOAD and Programming Workshop2 days
Software Engineering for Embedded Systems | Training Workshop2 days
Software Engineering Management2 days
Software Engineering Training Bootcamp Course5 days
Software Quality Assurance and Testing Workshop2 days
Software Quality Assurance for Managers2 days
Software Quality Assurance Training2 days
Software Systems Engineering Essentials2 days
Software Systems Reliability & Fault Tolerance Workshop2 days
SPICE Training | Software Process Improvement and Capability Determination2 days
Test-Driven Development (TDD) Software Development Training Course2 days
UX Design and Strategy for Engineers2 days
UX/UI Design Fundamentals for Non-Engineers2 days
Visual Studio and .NET Framework for Non-Engineers2 days
Writing Ada on Embedded Systems2 days

Software Engineering Training

Software QA and Secure Coding Training by Tonex

Software engineering is the process of analyzing user needs and designing, constructing, and testing end-user applications that will satisfy these needs through the use of software programming languages.

Software engineering is the application of engineering principles to software development.

Software engineering is used for larger and more complex software systems in contrast to simple programming. These complex software systems are critical for businesses and organizations.

Key benefits of effective software engineering are:

  • Software reliability
  • Software safety
  • Software security

Software Reliability is the probability of failure-free software operation for a specified period of time in a specified environment.

In software engineering, software system safety optimizes system safety in the design, development, use, and maintenance of software systems and their integration with safety-critical hardware systems in an operational environment.

Possibly the best way to enforce software safety and security is to use static code analysis tools.

Software security refers to a set of practices that help protect software applications and digital solutions from attackers. Developers incorporate these techniques into the software development life cycle and testing processes.

Software engineering has evolved over time from being considered an art to becoming a recognized engineering discipline. In the early days of computing, software development was primarily done by individuals or small teams who wrote code based on their own experiences and knowledge.

Recent trends in software engineering include blockchain. Experts note a staggering growth of blockchain adoption in many fields. The thing is that this distributed, decentralized system provides an exceptional level of security and transparency for various transactions, and can be applicable to many business sectors beyond fintech.

Another expected trend in software engineering is that software development companies will more actively use cloud-native solutions for app development, team management, and communication.

These are software products and services hosted in public, private, or hybrid clouds. They are infrastructure-agnostic and can run on multiple servers, so any company can easily adopt them.

Based on containers and microservices, cloud-native software solutions provide flexibility and scalability, and improve the productivity of software development teams.

One important reason for the demand for cloud services and tools is due to the necessity to facilitate remote work.

Remote employment is here to stay so companies have had to implement the appropriate infrastructure and support employees in creating a work environment in their home offices.

It should also be noted that as the Internet of Things continues to evolve, there has been a surge of expanding opportunities for software developers and business verticals.

The enhancement of digital twin technology has contributed to these new opportunities for software engineers. Using digital twins, you can replicate real systems in the virtual environment and experiment with variables there.

This way, you search for optimization without impacting daily operations. For example, by creating a digital twin of a logistics infrastructure, you can simulate possible issues in the supply chain and take measures to eliminate them before they ever arise in real life.

Another crucial aspect of the IoT industry is edge computing. Recently, more organizations have been moving their analytics and decision-making from centralized cloud platforms to the edge, as in closer to the data source.

Tonex Software Engineering Training Course by Tonex

Tonex courses are delivered by excellent instructors with real world experience as well as specialized expertise in their fields.

Courses are thorough, contemporary and can be tailored according to the needs of organizations.

Ready to get started? For more information, questions, comments, contact us.