Bartosz Waszak
IT Infrastructure Architect & Systems Engineer
Poznań, Poland
IT Infrastructure Architect & Systems Engineer with a passion for designing scalable, high-performance networks and systems. Specializing in Linux administration, networking (Cisco, Juniper), automation, and security, I excel at solving complex infrastructure challenges. Skilled in Python and Golang, with a strong focus on optimizing systems and eliminating architectural bottlenecks. Experienced in Ansible, Docker, Consul, and Vault, I design and implement solutions for high-density server farms, automated deployments, and secure service orchestration, ensuring everything runs efficiently, securely, and at scale.
class ITInfrastructureArchitect:
def __init__(self):
self.name = "Bartosz Waszak"
self.roles = [
"Senior IT Infrastructure Architect",
"Systems Engineer",
"Researcher"
]
self.specialties = [
"Networking",
"Linux Administration",
"Automation",
"Security"
]
self.programming_languages = {
"primary": ["Python", "Golang", "Bash"],
"legacy": ["PHP", "Perl"]
}
self.speak_languages = ["Polish", "English"]
self.operating_systems = ["Ubuntu", "CentOS", "Debian"]
self.networking = {
"Switches": ["Cisco Nexus", "Juniper EX"],
"Routers": ["Juniper MX240", "MX204", "MX10003"],
"Firewalls": ["Juniper SRX & vSRX", "MikroTik", "pfSense"],
}
self.virtualization = ["Proxmox", "VMware vSphere", "Hyper-V"]
self.databases = ["PostgreSQL", "MySQL"]
self.automation = ["Ansible", "Prometheus", "Grafana", "HAProxy"]
self.containers = ["Docker", "Nomad", "Vault", "Consul"]
def find_solution(self, problem):
return f"Researching optimal solution for: {problem}"
def optimize_systems(self, system):
return f"Optimizing {system} for performance and scalability."
def implement_security(self, system):
return f"Implementing security measures for {system}."
def manage_infrastructure(self, system):
return f"Managing {system} infrastructure for reliability and efficiency."
def automate_tasks(self, task):
return f"Automating {task} for better efficiency."
def monitor_performance(self, system):
return f"Monitoring performance of {system} for continuous improvement."
def ensure_compliance(self, system):
return f"Ensuring compliance for {system} with industry standards."
def integrate_systems(self, system1, system2):
return f"Integrating {system1} with {system2} for seamless operation."
def provide_support(self, system):
return f"Providing support for {system} to ensure smooth operation."
def __str__(self):
return f"{self.name}: {', '.join(self.roles)}"
if __name__ == "__main__":
me = ITInfrastructureArchitect()
print(me)
print(me.find_solution("Network bottleneck in high-density server farms"))