Semiconductor technology continues to play an increasing role in the Automotive world. Today’s vehicles are relying heavily on silicon in features such as; safety systems, infotainment, electric powertrains, autonomous systems, communication, sensors. With this there’s a growing demand for individuals with a good Automotive VLSI skills profile within the semiconductor industry.
For those who are passionate about engineering and also looking to have careers in the automotive chip design domain developing the apt technical knowhow, practical know how and the skills relevant to industry can make a wide career path.
Understanding VLSI Fundamentals
For anybody who wants to do VLSI for Automotive industry, you should have good basics of VLSI. The engineer should have the knowledge of the entire flow of the semiconductor design flow starting from the circuit design, RTL coding to verification, Physical design and Fabrication.
- Basic Digital electronics and analog electronics
- Basic Semiconductor devices
- CMOS technology
- IC design
- VLSI design methodology
- Design verification concepts
Digital and Analog Design Skills
Since most auto chips contain both analog and digital blocks, the knowledge on RTL design, Analog Circuit design, Mixed Signal system and physical implementation may be required.
Automotive electronics VLSI professionals need to have an idea how electronic devices are integrated together within the system on cars, such as microcontroller, sensor, communicational circuit, power management or ADAS system.
The practical expertise in Analog Layout Design, ASIC Verification, Physical design and RTl coding would create a solid technical foundation.
Knowledge of Functional Verification
Design verification in Automotive Semiconductor engineering. Since Automotive Electronic systems are expected to be reliable in harsh conditions and wide variations in operating environment the role of Design Verification becomes critical in chip design.
The engineers should expertise in:
- Verilog and SystemVerilog
- UVM methodologies
- Functional verification
- Debugging
- Simulation
- Testbench development
Physical Design and Layout Expertise
Other areas critical for automotive chip design engineers include physical implementation. As part of it, an engineer would likely need to have working knowledge in areas like floor planning, placement, routing, timing analysis, physical verification.
For analog and mixed-signal, knowledge on layout is crucial. Custom layout design course provides the insight into designing the transistor level layout, matching, routing as well as design rule checks. Practical analog IC layout course provides practical learning by designing layouts for analog and mixed-signal ICs.
Understanding Reliability and Testing
Automotive chips are installed in systems and are extremely important. Engineers are aware of the reliability required and it is essential that they are aware of the verification, test and manufacturing quality.
Knowledge of Design for Testability (DFT) is also beneficial. Engineers would encounter methods of testing and diagnosing manufacturing faults. Skills here may impress potential automotive semiconductor jobs.
Hands-On Experience with Industry Tools
Ideally the training should include the scope of:
- Labs practice
- Miniprojects
- Final Projects
- Tool practice
- Mock interviews
- Practical problem solving
The practical element allows the learners to see how the chip designs for cars and semiconductor applications are transformed into their finished forms.
Communication and Problem-Solving Skills
Analytical and communication skills need to back up the technical knowledge. Semiconductor projects may well require interaction among the different design, verification, layout, test, and manufacturing groups.
Automotive IC design engineers are expected to provide analytical problem solving skills, communicate design concepts efficiently, and contribute as effective team members.
Career Opportunities in Automotive Semiconductor Design
This influx of electronics into vehicles is leading to varied career scopes in analog layout design and other VLSI areas. There’s immense potential for a career in Physical Design, ASIC Verification, Analog Layout Design, RTL Design, DFT, Analog Circuit Design. A strong foundation of these Automotive VLSI skills via systematic training can make students as well as working professionals industry-ready.
Conclusion
A career in automotive semiconductor technology needs a blend of VLSI basics, working on tools, design and verification knowledge. One needs to decide upon a domain for the future and gain some experience, in order to take steps towards career growth. Takshila VLSI provides job-oriented training for various VLSI domains like Physical Design, Analog Layout Design, ASIC Verification, Design for Test, Analog Circuit Design, and RTL coding. Takshila assists students not just from placement to placement, with its pool of highly experienced trainer pool, laboratory sessions with real time exposure, project based training and practice, mocks interviews and placement assistance; it groom freshers and graduates and make them ready for VLSI industry job roles.
