
ADAM ESSABANE
Rabat
ADAM ESSABANE
Devops, Web Developper
Category : Consulting and advisory
I’m Adam, a software engineer specializing in full-stack development (Node.js, React, TypeScript) and DevOps practices (CI/CD, Docker, Kubernetes, GitHub Actions, Linux). I design, build, and optimize scalable applications while ensuring reliable and secure deployment pipelines.
Currently strengthening my expertise in AWS cloud architecture with upcoming AWS Cloud Practitioner and Solutions Architect certifications. I thrive at the intersection of software engineering and cloud infrastructure, helping teams deliver faster, more resilient systems.
Core Skills: Full-Stack Development | Cloud Engineering (AWS) | DevOps Automation | CI/CD Pipelines | Containers & Orchestration | Infrastructure as Code (Terraform)
Currently strengthening my expertise in AWS cloud architecture with upcoming AWS Cloud Practitioner and Solutions Architect certifications. I thrive at the intersection of software engineering and cloud infrastructure, helping teams deliver faster, more resilient systems.
Core Skills: Full-Stack Development | Cloud Engineering (AWS) | DevOps Automation | CI/CD Pipelines | Containers & Orchestration | Infrastructure as Code (Terraform)
Portfolio
Working hours
- Monday:08h00 To 18h00
- Tuesday:08h00 To 18h00
- Wednesday:08h00 To 18h00
- Thursday:08h00 To 18h00
- Friday:08h00 To 18h00
- Saturday:Not available
- Sunday:Not available
Developped Optimization Algorithm for placement of electronic blocs on automated design tools for electronic circuits
Hand made custom design of chips
Hand made custom design of chips
Next-Gen Node Exploration: Specialized in standard cell design exploration for N2 Nanosheet nodes, focusing on the characterization of high-performance combinatorial logic and sequential latches.
Algorithm Development: Architected a high-accuracy characterization algorithm for $T_{setup}$ and $T_{hold}$ timing constraints, achieving precise alignment with PDK model expectations.
Silicon Validation: Proven performance reliability, with simulation results and timing models successfully validated against taped-out silicon behavior.
Advanced SPICE Modeling: Mastered complex SPICE simulation environments to analyze transistor-level physics, bridging the gap between architectural intent and physical implementation.
Physical Debugging: Leveraged deep understanding of device physics to identify and resolve critical mismatches between layout parasitic effects and circuit performance.
Algorithm Development: Architected a high-accuracy characterization algorithm for $T_{setup}$ and $T_{hold}$ timing constraints, achieving precise alignment with PDK model expectations.
Silicon Validation: Proven performance reliability, with simulation results and timing models successfully validated against taped-out silicon behavior.
Advanced SPICE Modeling: Mastered complex SPICE simulation environments to analyze transistor-level physics, bridging the gap between architectural intent and physical implementation.
Physical Debugging: Leveraged deep understanding of device physics to identify and resolve critical mismatches between layout parasitic effects and circuit performance.
Nanotechnology option Data Sciences
Ingenieur Specialise en Microelectronique et Telecommunication
- 🇩🇪 Deutsch
- 🇬🇧 English
- 🇪🇸 Spanish
- 🇫🇷 French
- 🇲🇦 Arabic
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