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Full Stack Software Engineering

•	Responsible for owning the performance of assigned Dry Etch processes and manufacturing equipment. 

•	Utilized Design of Experiment (DOE) applications to toggle various Dry Etch equipment settings and components to assess contributing factors for inline metrics.

•	Created timelines with milestones to get Dry Etch global process conversions implemented within the Micron Network.

•	Utilized data tracking software to document, monitor, and report on trending issues for my workstation during the daily area meeting. Provided the department with updates for down equipment and flagging processes.

•	Created engineering reaction mechanisms to help Dry Etch process engineers troubleshoot common equipment operational failures, process controller failures, and contamination issues for specific etch processes.

•	Reduced product cycle time by 17 seconds/wafer on a high constraint workstation by eliminating unnecessary process steps through a global etch process conversion. This reduced raw pr

Dry Etch Process Owner

At West Monroe I helped build applications for clients like Experian, RunaHR, and Heat Tech.

NFT Marketplace (Heat Tech) – website allowing users to upload motion capture footage.
●	Created custom UI elements and styled the companies website to match Figma designs using React and MaterialUI. 

Nostra – web app that uses employee qualifications to calculate FitScores for project staffing.

●	Integrated company Salesforce platform into Nostra by creating a new API endpoint. This provided the FitScore calculation with real time employee allocation data, allowing the company to make smarter project staffing decisions.

●	Added filtering functionality to the Employee Allocation page allowing staffing managers to select employees based on their skill, aptitude, geographical location, and title, which enabled smarter staffing decisions, increasing revenue.

●	Improved time entry accuracy by adding API logic that disallowed employees from logging time to unassigned projects.

Partner Configs 

Full Stack Engineer

Frontend: React, JavaScript (ES6), HTML, CSS, Material-UI
Backend: Ruby, Rails, Django, Django-Graphene, Python
Software Development Tools: Postman, Insomnia
State Management: Apollo-Client, Apollo-Boost
Web Hosting: Heroku, Firebase, Cloudinary
DataBases(DB): SQL, SQLite3, PostegreSQL
Querying Languages: SQL, GraphQL
Version Control: Git w/GitHub

Full Stack Software Engineering Student

●	Enhanced user experience for new account registration by optimizing backend business logic, enabling separation of free trials and subscriptions for a streamlined onboarding process.

●	Executed UI improvements for subscription modification, allowing users to adjust plans, tiers, billing cycles, cancel pending changes, discard adjustments, and save updates using React, Redux and Material UI.

●	Streamlined UX to boost user conversion by simplifying free trial and subscription flow for restaurant locations.

Spectrum TV –  cable TV streaming app used by 5M+ monthly customers.

●	Lead engineer on HDR UX enhancement. This feature improved customers viewing experience by exposing them to a wider range of colors and contrast not seen on all channels. Implemented device capability detection and the ability to fallback to SDR content if HDR streams were not available from the server.

●	Lead engineer on FCC-mandated accessibility feature that enabled users the ability to hear the audio description (AD) across 6 Warner Media channels (TBS, TNT, etc.). Enabled automated audio analytics tracking and the ability to default to the last chosen audio track setting (English, Spanish, AD) when the user starts a new session.

●	Employed root cause analysis to resolve critical WebSocket authentication issue preventing users from receiving Emergency Alert Service messages when switching between accounts. Identified a re-registration timer task was being called in error and set up new logic to create a new t

Software Engineer IV

+	Used detailed statistical analysis software to quickly identify root cause factors that led to Dry Etch process failures and equipment hardware failures.

+	Commissioned and qualified newly installed and existing Dry Etch equipment by reviewing process metrics, contamination data, and hardware traces, post installation, cleaning and maintenance events.

+	Managed multiple production and process engineering requests with aggressive timelines within the high-speed manufacturing facility.

+	Partnered with other process area engineering teams to organize efforts to solve fab manufacturing issues.

+	Provided technical solutions and manufacturing assistance to area operators, technicians, and process owners.

+	Successfully identified, mitigated, and documented several area process excursions.

+	Kept key stakeholders up to date on changing circumstances within the semiconductor production environment.

Manufacturing Engineer I

https://www.micron.com/about/about-the-imflash-acquisition

+	Maintained consistency of operations and a safe work environment through practice of 6S principles and adherence to ISO 9001 and OSHA standards.

+	Created an environment of trust and continuous improvement by training new process engineers and equipment techs how to analyze Statistical Process Control (SPC) data and equipment failures using specific software programs.

+	Routinely solved complex manufacturing problems of diverse scope including optimizing process performance, increasing workstation availability, decreasing product cycle time, and improving product yield.

+	Collaborated with people at all levels within the organization including operators, equipment techs, equipment vendors, process engineers, process owners, and area managers to solve facility-wide manufacturing issues.

+	Assisted in technology transfer by qualifying and commissioning new manufacturing processes and newly installed process equipment based

Manufacturing Engineer II

https://gevo.com/

Performed fermentation R&D on converting corn mash to renewable transportation fuels using genetically modified yeast. 

+	Process Optimization: Utilized Design of Experiment (DOE) methodology & created a full factorial experiment that examined 6 different growth  media components influence on IBA removal using an organic solvent. Used JMP to create a multi-variate model from the DOE that maximized IBA removal by optimizing the growth media recipe.

+	 Model Creation: Created a mathematical model that related fermentation off-gas data to i-BuOH broth titer. Utilization of this model reduced the number of man hours spent collecting liquid fermentation samples. 

+	Experimental Design: Designed weekly experiments that assessed key biofuel performance metrics for different yeast strains. Increased revenue by replacing a legacy EtOH strain with a DSM strain that used less GA & had higher yield.

+	Tech Transfer: Authored tech transfer documents that translated bench scal

Process Engineering Scientist

As a member of the Engineering Team I play a key role in growing and innovating the company's interactive, data-rich, web applications. I work as part of an Agile team to deliver valuable user experiences and problem solving tools to customers in the power trading industry. 

UI:
● Build out products/features and design UI using React/Redux architecture and CSS modules.
 
● Improve engineering KPI's like JavaScript error rate, by upgrading deprecated React lifecycle methods.

QA:
● Use the JavaScript E2E testing framework Cypress.io to write automated tests that check for regressions and ensure quality/consistent performance across  3 different Yes Energy products.

Database:
● Use PL SQL to create Crawler/Collectors to scrape ISO market data websites and continue to build out the company's catalogue of energy market data.

Build Pipeline:
● Push up code to BitBucket and test/deploy builds using Jenkins. Verify builds passes using automated Slack reporting.

https://www.nrel.gov/bioenergy/bioenergetics.html

Conducted my Master's thesis research in collaboration with CU Boulder and with NREL's Bioenergetics Group. The overall goal of my research within this group was to increase the hydrogen yield (H2) and production rate from a pure-culture of Clostridium thermocellum using waste cellulosic biomass. This research on converting biomass to H2 will pave the wave for the next generation of hydrogen powered vehicles.

The technical engineering study I conducted for my thesis research involved:

+	Designing, building, and operating a novel Anaerobic-Membrane-Bioreactor (AnMBR) for hydrogen fuel production using Clostridium thermocellum (C. thermocellum).

+	Characterizing C. thermocellum's response to process parameters such as substrate concentration, substrate type, stir rate, sparge rate, temperature, and vacuum pump rate.

+	Optimizing reactor settings based off the process characterization to maximize H2 production and yield from the AnMBR

R&D Engineer

Ourself is a digital health company focused on helping women track, understand, and optimize their hormonal health through a personalized, science-backed mobile app.

As a Backend Engineer at Ourself I was tasked with building GraphQL APIs for the My Health Record section of the app which included: Allergies, Cycle history, Medical events, Pregnancy and Children,  Medications, and Healthcare Providers.

Medications
● Designed & implemented the My Medications backend using GraphQL, Node.js, and PostgreSQL to allow users to manage medication name, dosage, frequency, and reminders.

● Developed MedicationReminder logic to support multiple reminder times per medication, using HH:mm:ss format & enabling future push notifications—empowering users to stay consistent with treatment.

● Built scalable TypeORM entity relationships and enforced validation to ensure reminder data integrity & reliable medication tracking.

Allergies
● Created end-to-end CRUD functionality for the My Allergies secti

Senior Backend Engineer

Full-Stack Engineer with 5 years of professional experience.

Know about Scott Singer’s work experience, education, bootcamps, certifications, and much more. Scott Singer