Mac Anderson Email & Phone Number

Valencia, Ca

El Segundo, California, Us

As the cybersecurity engineer lead for a flagship medical device in development, I oversee all cybersecurity aspects—including feature analysis, requirements, system designs, mitigation strategies, development plan implementation, and documentation management. I demonstrate secure software development by integrating DevSecOps practices to minimize vulnerabilities and ensure compliance with FDA, MDR, GDPR, and ISO standards (ISO13485, IEC 62304, ISO14971). I train engineering teams on cybersecurity best practices, fostering a security-first culture. I optimize security architecture to enhance product resilience and collaborate with product management and vendors to align security objectives with business goals.My role demands proficiency in C/C++, Go, Rust, Python, Linux, RTOS, and embedded systems, as well as a deep understanding of networking protocols, PKI, Digital Signature Service, and hardware security modules (e.g., TPM). I consistently exceed these expectations, mastering advanced security frameworks, and technologies including UEFI Secure Boot, Integrity Measurement Architecture (IMA), Zynq Ultrascale+ Secure Boot with IP/bootloader encryption, and trusted computing base (TCB) principles.

Spokane, Wa, Us

I was a critical contributor to establishing a new Network Operations Center (NOC) for a utility and energy company as part of a 'pre-launch' 3-person team. In a heavily regulated environment governed by multiple regulatory bodies, I developed the policies, processes, and technical and operational frameworks necessary to plan system operations and incident response.Post-launch, I led responses to infrastructure outages and incidents spanning energy generation, transmission, distribution, and consumption. During this time, I iteratively tested and refined processes and procedures to ensure operational effectiveness.My responsibilities covered a wide array of technologies and systems, including: -Energy generation sites, including 8 hydroelectric dams and biomass energy production. -Smart grid technology and advanced metering systems. -Remote telemetry and environmental monitoring. -Telecommunications infrastructure, including encrypted backhaul, SONET for SCADA communication, and microwave communication systems. -Connected grid and service aggregation routers. -Physical and virtual servers, enterprise application servers, and storage systems. -MPLS networks and other critical infrastructure components. -Datasets and Databases, including Oracle, Microsoft SQL Server, and other relational and NoSQL database platforms.

Spokane, Wa, Us

I was invited back to return to my contract role as cybersecurity engineer in the Energy and Utilities industry, responsible for delivering a wide range of enterprise security solutions, conducting comprehensive security controls impact assessments, and conducting thorough security reviews. I provided expert security guidance to corporate engineers and operations teams. My skills as a leveraged resource were highly valued, and I was instrumental in ensuring the success of multiple enterprise delivery projects and modernized electrical grid enhancement initiatives.

In this role I was the Principal Developer at a Media Partnership Development Company specializing in the independent media industry, with a focus on game development, comic creation, and web comic content. I served as the lead developer on the joint-sponsored project "SaturdayAM WebComic Rumble." My responsibilities included managing 1099 contracts and partner relationships, as well as overseeing the principal development and documentation of source code using C++, C#, and other programming languages.

Bellevue, Washington, Us

In my dual role of Enterprise Cybersecurity and Disaster Recovery/Business Continuity planning, myresponsibilities included protecting sensitive data, implementing cybersecurity controls, solving network security issues, conducting security reviews for new technology projects, and ensuring business continuity in the event of a disaster. I also worked on a team that developed and maintained a Disaster Recovery Playbook, managed daily operations at the data center, and supported the deployment of new applications and services. Through collaboration with cross-functional teams, I kept the disaster recovery plan updated. I made a significant contribution to the program by introducing an Acceptance Criteria Model, which included developing and tracking specific, quantifiable, and agreed-upon requirements that a corporate system must meet before it is considered Disaster Recovery Ready.

Spokane, Wa, Us

Cybersecurity Engineer in Energy & Utilities. My duties involved delivering enterprise security solutions, performing security controls impact assessments and security reviews, and offering security guidance to corporate projects and operations teams. I was lead engineer for Corporate Cloud Security Initiatives that included Federated Services, SaS integrations, and cloud provisioning automation. As a highly valued member of the team, I was instrumental in ensuring the successful completion of a vast number of enterprise delivery projects and modernized electrical grid enhancement initiatives, leaving a lasting impact on the company.

St. Louis, Mo, Us

As Regional Network Engineer for the Western Region, I was responsible for network architecture design and integration (routers, switches, firewalls, proxy servers, and security devices, wireless LAN controllers, access points, etc). I acted as the primary escalation point for network and application incident resolution for Washington and Idaho. I was also a member of the corporate National Network Security Technology Group, providing expertise and serving as the escalation point for network security issues, policies, standards, guidelines, and best practices for the country's largest nonprofit health system.

Richland, Wa, Us

Reporting directly to the CIO at Kadlec Medical Center, I independently initiated, managed, and executed the Security Risk Assessment (SRA) required for the HITECH Act's Meaningful Use Incentive Program. This critical contribution directly enabled the organization to receive one of the first federal incentive payouts, significantly boosting company revenue.Senior Network Security Analyst: I was responsible for creation of and managing the Enterprise I.S. Security Program, overseeing the development and implementation of the company's information security strategy. I was also involved in evaluating the company's security policies and procedures as a member of the HIPAA Security Advisory Team and recommended and implemented improvements. I lead the implementation of Arcsight SIEM and Corporate Data Loss Prevention.Senior Network Analyst:As a part of the Infrastructure Analysts Team, I designed and implemented IT solutions such as Data Centers, VoIP, Wireless, Storage, Microsoft Exchange, Active Directory, VMWare, Access Control, and Patch Management, and contributed to the design and administration of the Enterprise Network Infrastructure including LAN/WAN/MAN/DMZ, Unified Wireless, IDS/IPS, Access Control Systems, Antivirus, and BGP Internet edge. I also participated in disaster recovery planning. I lead the implementation of Arcsight SIEM and Corporate Data Loss Prevention Monitor.

Englewood, Co, Us

As the Network Administrator, and implicit I.T. security manager, at St. Anthony Hospital and its satellite sites, I was tasked with overseeing the hospital's network infrastructure. My responsibilities included managing switches, routers, VPN concentrators, firewalls, network monitoring systems, Access Control Systems, Data Leakage Detection, Active Directory, Microsoft Exchange, antispam/antivirus, and enforcing the Acceptable Use Policy. I successfully led the implementation of the hospital's first Picture Archiving and Communication System (PACS) as IT project lead, and was a valued member of the HIPAA Security Team, contributing to the creation and modification of policies to ensure HIPAA compliance. I also played an active role in data loss prevention, security audits, disaster recovery planning, and remediation efforts for security vulnerabilities. I excelled in conducting secure network design, technology selection, site preparation, installation, maintenance, modification, relocation, and provided relevant user training.

Us

As a Senior Software Engineer, I was responsible for porting complex PlayStation2 code to Microsoft Windows/Direct X using C++, and made significant contributions to the development of the PS2 game engine using MIPS RISC assembler and microcode. I was a valuable member of the team responsible for creating the highly-acclaimed "Activision Anthology."

Irving, Texas, Us

As a Senior Software Engineer, I was responsible for developing cross-platform C++ source code for various gaming platforms, including Playstation2, Windows, Gamecube, and Xbox. Additionally, I served as the Senior Software Engineer for the commercial title "BloodRayne," where I was responsible for the main character's mechanics, game-play, and an artificial intelligence character (boss) named "The Butcheress".

Redwood City, Ca, Us

As a Software Engineer, I was responsible for developing C/C++ source code for Microsoft Windows and consumer video game consoles. I was instrumental in creating very successful video games, including making programming contributions to the FIFA in-game team management system and the cutting-edge software renderer for Need for Speed High Stakes. I was also an early contributor to the "Motor City Online" client/server code. In addition to writing code, I participated in the technical design process and maintained technical design documents.

As a 3D Video Game and Sony Playstation Programmer, I was responsible for creating and maintaining source code using C and R3000 RISC assembler. I served as the primary programmer for the development of a Playstation game engine, including the character animation system, game-play physics, camera/scene rendering, and geometry transformations. I also helped with the development of Windows and DOS tools using C++, and was a significant contributor to the THQ-funded project "Dead Unity". These skills demonstrate my ability to develop and maintain complex systems, as well as my experience with software development in a fast-paced and dynamic environment.

As a programmer specializing in automation, I was assigned to enhance production efficiency through the creation and execution of automated tools. Utilizing C/C++, SALT (Script Application Language for Telix), and other tools, I wrote scripts and software that optimized material utilization, decreased waste in wood mills, and significantly increased production task speed by more than 400%. I was accountable for transferring data from a mainframe system to temporary databases for specific tasks using Visual Basic Microsoft Access Development.