Highly motivated and results-driven Software Engineer with a passion for computer networking, cloud technology, and automation. Proven track record of taking initiative and going above and beyond to deliver high-quality work. Consistent seeker of new challenges and opportunities for growth and development.
Comcast
Sept. 2022 - Ongoing
Software Engineer 3
Internet Measurement Platform (IMP)
Led the onboarding of new multi-gig DOCSIS and PON devices to the platform, involving exploratory analysis to understand device hardware functionalities, and implementing necessary changes in both the cloud-based Control Plane and embedded device data plane applications on Customer Premises Equipment to support higher bandwidth deployments.
Orchestrated application lifecycle management for heterogeneous CPE hardware using Yocto layers and BitBake recipes. This effort included configuring hardware-specific settings, managing and patching dependencies, and ensuring seamless integration with the overall platform.
Regularly engage with cross-functional teams to drive projects forward, enhance my understanding of their initiatives, and contribute to continuous learning and knowledge sharing within the company.
Designed, documented, and executed the creation of a new Golang service within IMP’s Control Plane for orchestrating and scheduling measurements according to the user’s customizable options. Accomplished this crucial initiative as part of onboarding efforts for a prominent syndication partner based in the United Kingdom.
Led discussions and offered strategic guidance for architectural enhancements in the distributed Control Plane, aimed at reducing complexity and improving the readability and maintainability of the system, written in Golang.
Established and enforced rigorous coding standards and practices within the Control Plane components, fostering consistency and ensuring comprehensive unit testing for all eligible code segments.
Revamped and constructed an embedded measurement program for RDK-B platforms, initially written in C and C++, into a meticulously designed C++ application. Implemented Object-Oriented Programming principles to enhance code organization, and ensured seamless integration with Protocol Buffer and gRPC technologies with the use of C++. Thoroughly documented all classes and functions to enhance readability, comprehension, and maintainability.
Established end-to-end Continuous Integration automation for the software development lifecycle of the platform. This includes Pull Request validations, unit tests, CI pipelines, automated release and release notes generation, and GitHub repository management for following the standards designed by the team. Managed by Python and Bash scripts.
Active participant, contributor, and organizer of Comcast’s Gopher’s club, a community of Golang users and enthusiasts within the company.
Comcast
Jul. 2021 - Sept. 2022
Software Engineer II (Contractor)
Internet Measurement Platform (IMP)
Migrated several Golang HTTP client libraries from one GitHub repository that was used interally by the IMP team to one repository per client library. These libraries were then properly versioned via Git tags and GitHub releases, and made available for other teams to use.
Implemented a new Golang service within the Control Plane’s result management system which receives measurement result data from Customer Premises Equipment (CPE) devices, enriches the data, and ships the data to customer-specified destinations, including Kafka, Amazon Kinesis, and Amazon SNS. This service was implemented with caching and retry logic in order to ensure that result data is never lost. This system is a direct replacement for a legacy service that was written in NodeJS outside of IMP’s Control Plane.
Developed a RESTful service to simulate the HTTP external systems that IMP depends on for operation. The Client libraries mentioned above inteface with the external systems that these mocked services simulate. This effort decoupled the development of IMP’s Control Plane components from the availability of the external systems, and additionally allowed for us to load test the platform in a controlled environment.
esnet/iperf
Apr. 2023 - Ongoing
Minor improvement in man page for --server-max-duration flag - iperf/#1974
Fix documentation errors in 3.20 release - iperf/#1972
Bug fix where the use of the --zerocopy flag did not send the expected data to the iperf3 server due to the MAP_PRIVATE option specified in mmap. Changing the option to MAP_SHARED was required to write the expected data to disk before using the sendfile system call - iperf/#1949
Extended the functionality of the --json-stream feature with an additional --json-stream-full flag. The original design of --json-stream, iperf/#1098, specifies that the flag is meant to prevent long-running iperf3 tests from building an ever-growing JSON result object in memory. With the new --json-stream-full flag, users can opt in to still get the final JSON result in addition to the JSON intervals via the --json-stream flag. This is good for applications that want to add hooks to act on those JSON interval events and get a final result object with all test data - iperf/#1903
Added two functions to the libiperf API which allows applications to specify the location of public and private RSA keys via a file path. This is a quality-of-life improvement for developers as the only other option was to base64 encode the values of these keys in memory - iperf/#1889
Added a server-side flag, --server-max-duration, which allows the iperf3 server to limit the duration that clients can run their tests for. Clients that request to run tests for longer than the server’s configured max duration receive a rejection from the server - iperf/#1684
Addressed a bug where duplicate keys were observed in the JSON results output when tests were run with multiple connection streams. This bug would result in a failure when parsing the JSON result with other programming languages and command line tools (e.g. Golang, jq) - iperf/#1492
timothymiller/cloudflare-ddns
Nov. 2025
Added a feature which allows the user to configure a CNAME record type for subdomains - cloudflare-ddns/#218
openwrt/packages
May 2025
Update iperf3 package to version 3.19 - packages/#26523
linode/terraform-provider-linode
Jun. 2021
Fixed a bug where the Terraform provider would panic when allocating an additional public IPv4 address to a Linode instance - terraform-provider-linode/#357
hashicorp/vault-csi-provider
Jun. 2021
Added a feature flag --write_secrets which sends secrets to the Secrets Store driver when set to false - vault-csi-provider/#89
kubernetes-sigs/secrets-store-csi-driver
May 2021
Configuration change which prevents the CSI driver from being scheduled on virtual-kubelet nodes - secrets-store-driver/#513
Hack Reactor, Software Engineering Immersive
June. 2020 - May. 2021
Completed a 9-month intensive Software Engineering Immersive program, specializing in full-stack web development using JavaScript
Developed robust applications with a focus on ReactJS for frontend development and NodeJS for backend services, integrating both SQL and NoSQL databases
Gained hands-on experience deploying applications to Amazon Web Services (AWS) virtual machines, ensuring scalable and efficient cloud-based solutions
San Jose State University, BS in Kinesiology
Aug. 2014 - May. 2020
Studied the mechanics of the human body and the science behind movement
With a focus on Rehabilitation Science and Exercise Physiology, my studies centered on promoting active and healthy lifestyles, emphasizing the importance of exercise in rehabilitation and overall well-being
Programming & Scripting Languages
C
C++
Golang
Python
JavaScript
Bash
Cloud Providers
Amazon Web Services (AWS)
Technologies
Linux
Yocto
Git/GitHub
Kubernetes
Docker
Ansible
Terraform
Databases
MySQL
PostgreSQL
Redis
Couchbase
MongoDB
