Courses We Offer
Most of our course mainly have focus on automotive industry. The automotive industry is undergoing a period of rapid development, driven by autonomous driving and increased connectivity. Key areas of development include the shift towards software-defined vehicles, the rise of electric and autonomous technologies, and the growing importance of data and connectivity. India's automotive market is also experiencing significant growth, becoming a major player in global production and sales. Hence we deliver training in every new technology, tools and process in Automotive domain. All our courses are practical oriented with realtime examples with industry focused.C programming for Automotive Engineers
C programming is essential to the automobile sector, especially for control units and embedded systems. Software for a variety of purposes, including infotainment, safety systems, and engine control, is developed using it. Tasks needing real-time processing and resource limits can benefit from C's efficiency and low-level hardware control.our industry focused course fills the gap between acadamic learning and industry requirement
Python Programming for Automotive Engineers
Python's adaptability, large library, and capacity to automate a variety of testing procedures have led to its growing use in automotive testing. It can be used for a variety of testing tasks, such as verifying hardware and software components and automating infotainment systems.Python's ease of use and readability make it a great choice for prototyping and developing new features quickly.
C# Programming for Automotive Engineers
Numerous automotive contexts employ C#, especially when developing software for back-end applications, entertainment systems, and diagnostic software that is not part of the vehicle's main control systems. It is possible to develop diagnostic tools in C# that communicate with the onboard diagnostics systems (OBD-II) of automobiles. For example, C# can be used to create user interfaces and features for the car's infotainment system.
Mastering CAN bus system
A CAN (Controller Area Network) bus is a reliable, high-speed communication protocol used to enable electronic control units (ECUs) in vehicles and other devices to communicate with each other without a central computer. It's a message-based system where devices on the network can send and receive data frames.our course details each and every aspect of CAN bus system with practical examples which create strong fundamental to work with automotive networks Read more..
Mastering J1939 for CAN
A higher-layer protocol called J1939 was developed on top of CAN to improve communication and network management, particularly in heavy-duty vehicles. Instead of defining the physical layer, J1939 expands on the CAN standard. The physical layer and data link layer of CAN provide the fundamental networking infrastructure, whereas J1939 adds the network and application layers, which specify the communication and interaction between ECUs (Electronic Control Units) Read more..
Automotive Ethernet
Automotive Ethernet is a low-latency, high-speed physical layer for networks. Based on well-known Ethernet standards, automotive Ethernet has been modified for usage in automobiles. It is inexpensive and lightweight since it just needs one pair of unshielded twisted wires. It is made to support contemporary powertrain, ADAS, infotainment, and comfort systems by facilitating the flow of large amounts of data between in-vehicle modules.
The abilities required to create websites and mobile applications are usually the main focus of a programming course on web and mobile development. Basic programming ideas, web technologies like HTML, CSS, and JavaScript, and mobile development using frameworks like React Native or Flutter are all covered in these courses.
Web Development
The process of designing, developing, and managing websites and web applications is known as web development. It covers a number of topics, such as full-stack development (front-end and back-end), back-end development (server-side logic and databases), and front-end development (design and user interface). In essence, it is the process of bringing a website or web application to life through the use of coding languages.
Mobile Development
The process of developing software applications for mobile platforms, such as smartphones and tablets, is known as mobile app development. This entails developing software packages that can be installed, configuring backend services, and testing the program on the intended devices.
Desktop Application and Tools Development
The creation of software that operates directly on a user's computer without requiring an internet connection is the main goal of desktop application and tool development. This entails employing languages like C++, Java, or Python to develop user interfaces, integrate with operating systems, and guarantee reliable performance.