- {title} -
- ) - } - { - showTitle && - pageEnabled && - subTitles?.map((subTitle, index) => ( -- {subTitle} -
- )) - } - {pageEnabled &&{title}
+ ) + } + { + showTitle && + pageEnabled && + subTitles?.map((subTitle) => ( +{subTitle}
+ )) + } +diff --git a/.gitea/disabled_workflows/playwright.yml b/.gitea/disabled_workflows/playwright.yml deleted file mode 100644 index 2812391..0000000 --- a/.gitea/disabled_workflows/playwright.yml +++ /dev/null @@ -1,27 +0,0 @@ -name: Playwright Tests -on: - push: - branches: [main, master] - pull_request: - branches: [main, master] -jobs: - test: - timeout-minutes: 60 - runs-on: ubuntu-latest - steps: - - uses: actions/checkout@v4 - - uses: actions/setup-node@v4 - with: - node-version: lts/* - - name: Install dependencies - run: npm ci - - name: Install Playwright Browsers - run: npx playwright install --with-deps - - name: Run Playwright tests - run: npx playwright test - - uses: actions/upload-artifact@v4 - if: ${{ !cancelled() }} - with: - name: playwright-report - path: playwright-report/ - retention-days: 30 diff --git a/src/components/CustomHtmlWrappers/H2.astro b/src/components/CustomHtmlWrappers/H2.astro deleted file mode 100644 index 5b2688e..0000000 --- a/src/components/CustomHtmlWrappers/H2.astro +++ /dev/null @@ -1,5 +0,0 @@ ---- - ---- - -
- {subTitle} -
- )) - } - {pageEnabled &&{subTitle}
+ )) + } +- Back when I was in college, a few of my friends and I got this crazy idea to - all get RFID implants together. They are essentially the same things you'd - use to microchip a pet, but with a slightly different firmware - configuration, allowing scans with any 125KHz-compatible reader. The - implants came from dangerousthings.com, and we were lucky enough to have a vet-med student as a friend who made - the installation a quick and painless process! I'm glad that I'm not afraid - of needles, as the 16 gauge injector the kit came with was nothing to scoff - at. Since healing, you would never know the implant was there, with the site - leaving no scar or visible indication of its presence. -
-- With that out of the way, our group began work on hardware which would - support the new implants. The goal was to have a generic usb-keyboard - emulator for typing passwords with a valid scan, a car off-acc-on ignition - replacement, and a fairly specialized modification to the OSU Robotics - Club's doorway scanning system so they would support these on top of the - official OSU ID cards. As tends to happen, life got busy, and only the - usb-keyboard emulator actually came to fruition. The electronics and primary - firmware were handled by Nick McComb, enclosure by - Dylan Thrush, and I supported some minor firmware development and debugging. If you - want to see an example of the keyboard emulator unlocking a PC, check out - the video on Nick's website! -
+- My name is Corwin Perren, and I'm a multi-disciplinary engineer with a degree in computer science from Oregon State University. For as long as I can remember, I've been fascinated - by how things work, never being shy about taking them apart to learn the gritty - details. At a young age, I began tinkering, adding lights and fans and doorbells - to the pretend cardboard box houses my brother and I would play in. Later, I learned - to solder, work on vehicles and engines, install and run Linux, manage enterprise - computing infrastructure, build and repair computers, write scripts, and by the - end of high school set out with a clear goal for my college years. I wanted to - learn and teach myself enough to be able to think up almost any project, encompassing - all facets of engineering, and be capable of driving it to completion with my - own skill set. -
-- I think young me would be very pleased by how well I managed to achieve that - goal! Through college, I learned electronics and PCB design, embedded and pc - programming, basic mechanical design and fabrication, on top of learning how - to work well with others in a team. I quickly realized that robotics was an - ideal focus due to its inherent multi-disciplinary nature, and joined the - OSU Robotics Club, which introduced me to people who are still my best - friends today. Through student engineering jobs, I had the unique - opportunity to work on some incredible projects such as the - robotic oceanographic surface sampler and an embryo pick-and-plate machine. One my my proudest moments was when our club's mars rover took first - place at the Candian International Rover Challenge in 2018, for which I was - the software lead! -
-- After a short three-month internship at SpaceX in Hawthorne at the end of college, I applied for a test engineering position with the company's Starlink team and was hired in mid-2019. For six - years, I developed test system hardware, software, harnesses, mechanical fixtures, - devops infrastructure, websites, and tooling to ensure that Starlink, Falcon, - Dragon, and Starship component tests were producing well-validated and reliable - hardware. Through it all, I got to apply and hone every skill I had developed, - while learning countless more. Now though, it's on to the next adventure, whatever - that may be! -
-- To learn more about my experiences, hobbies, interests, and skills, feel - free to explore the site! While the short summary above provides some - insight into who I am, it leaves out plenty! For example, I've been an avid motorcycle rider since I was sixteen, and have an rfid implant in my hand! -
-- If you're interested in contacting me, feel free to message on LinkedIn, or via the primary contact methods on my resume. -
+