TCAD Modelling Engineer
Enabling Accurate Device Insight Through Advanced TCAD Modelling and Simulation
Device engineering is at the core of semiconductor innovation, enabling the development of reliable, high-performance, and scalable electronic devices. As technology nodes shrink and application demands grow, device engineers play a crucial role in optimizing transistor behavior, improving electrical characteristics, and ensuring manufacturable designs. Avecas provides experienced Device Engineers who support semiconductor companies across device development, characterization, and optimization.
Our device engineering services bridge physics, process technology, and circuit performance to help customers achieve predictable silicon results and faster technology adoption.
Avecas Device Engineering Services
1. Device Modeling and Characterization
Our device engineers develop and validate accurate device models that reflect real silicon behavior. We perform detailed electrical characterization across process corners, voltages, and temperatures to ensure reliable simulation results. These models support both digital and analog design requirements and enable confident design decisions early in the development cycle.
Our focus on accuracy improves correlation between simulation and silicon performance.
2. Transistor Performance Optimization
Optimizing device performance is essential for meeting power, performance, and reliability targets. Avecas device engineers analyze transistor behavior to improve drive current, leakage control, threshold voltage stability, and variability. We support optimization for advanced devices including FinFET, FD-SOI, and emerging architectures.
Our work helps customers achieve better device efficiency while maintaining manufacturability.
3. Reliability and Aging Analysis
Long-term device reliability is critical for automotive, industrial, and high-performance applications. Our device engineers perform reliability analysis including aging effects, bias temperature instability, hot carrier effects, and electromigration impact on device behavior. We help customers understand reliability tradeoffs and implement design and process improvements.
This ensures robust device operation throughout product lifetime.
4. Process and Device Co-Optimization
Device performance is tightly linked to process technology. Avecas supports process and device co-optimization by analyzing how process variations affect device characteristics. Our engineers work closely with process teams to refine device structures, materials, and parameters that enhance overall technology performance.
This collaborative approach accelerates technology development and improves yield readiness.
5. Advanced Node and Emerging Technology Support
As the industry moves toward advanced and emerging technology nodes, device engineering complexity increases. Avecas provides expertise in next-generation devices and supports customers during technology transitions. Our services enable smooth adoption of new device architectures while minimizing risk and development overhead.
Our Services
Semiconductor Design
Back-end Design
Front-End Design
Analog Design
EDA & CAD Services
Embedded Solutions
Embedded Hardware
Embedded Software
Verification & Validation
FPGA & DSP
Automotive Embedded
Edge AI & DSP
Software Solutions
Custom Software Development
Cybersecurity & Quality Engineering
Cloud & DevOps Solutions
AI, Data & Analytics
Other Services
Product Engineering Services
Training & Skill Development
Staffing & Resource Augmentation
Testing & Quality Assurance
Your Partner in Cutting-Edge RTL Design Engineering Services
Have Any Question
Feel free to email us on below email address, we will be happy to answer your queries.
Why It
Device Engineers
Reliable devices ensure long-term product success
Why Choose Avecas for
Device Engineers
Your Partner for Advanced Device Expertise
Continuous Innovation
Dedicated Support
Positive Client Experiences
Commitment to Excellence
Tools and Methodologies We Use
We support device engineering activities using industry-standard simulation tools and proven methodologies to ensure accuracy, reliability, and long-term device performance.
Device Simulation Platforms
Advanced simulation platforms used to analyze device behavior under varying electrical, thermal, and process conditions.
SPICE Modeling Environments
Accurate SPICE-based modeling environments that enable precise circuit-level validation and performance prediction.
Reliability Analysis Frameworks
Proven frameworks for evaluating aging effects, reliability risks, and long-term device stability.
Statistical Characterization Techniques
Statistical methods applied to characterize device variability and ensure consistent performance across manufacturing conditions.
Industries We Serve
Semiconductor Companies
designing advanced SoCs.
Networking & High-Performance Computing
with specialized process needs.
IoT & Edge Devices
demanding low-power solutions.
Automotive Electronics
requiring safety-critical libraries.
Bold ideas into reality
Successful Projects
Happy Clients
WIth Client Satisfaction Motive
Trusted by creatives, startups, and suits Company
