Adam Woldanski Email & Phone Number

United States

Commerce, Michigan, United States

● Led development of a comprehensive full stack time-logging application, enabling efficient time tracking and reporting for users across various roles within the company.● Built responsive user interface using React.js for frontend, ensuring compatibility across desktop and mobile devices. Developed RESTful APIs with Node.js and Express.js to handle client requests and manage data operations on the backend. Designed and implemented a relational database schema using PostgreSQL to store user data, project details, tasks, and time entries. Deployed on AWS, utilizing EC2 for deployment and RDS for database management.● Ensured data security through encryption, implemented fine-grained access control, and maintained audit logs for activity tracking.● Reduced manual time-logging entries by approximately 10 hours per week, and improved user satisfaction with an intuitive and user-friendly interface, validated through user feedback and iterative improvements.● Developed back-end systems, including algorithms in C and C++ to convert raw sensor data from the flagship product SpeedPod into meaningful measurements by leveraging physics and statistical principles. Done in collaboration with Tesla and BMW, this involved methods for automated identification of device state based on real-time data to enhance user experience and reduce operation time by approximately 30%.● Conducted rigorous testing on measurements through controlled trials to ensure accuracy and reliability, narrowing figures down to within 1.5% of expected results.

● Built a business with a client-base of 25+ regular customers. Created custom lesson plans focused on topics in college-level software engineering, mathematics, and scientific disciplines.● Enhanced students' understanding of complex concepts and breaking down problems into manageable parts. These led to an average 15% increase in grade score.● Designed original mock exams and practical projects to assess and enhance students' competencies.

Commerce, Michigan, United States

● Developed firmware in Eclipse IDE for the new processing platform based on the multicore Espressif ESP32 processor.● The focus was on screen control functions and development of an in-house library for characters, symbols, numbers and graphics displays. The drawing functions were extended with pixel manipulation for dynamic screen orientation.● Used C and C++.

Commerce, Michigan, United States

● Optimized memory management and processing time of a real-time computer vision application in C and C++ used for 3-dimensional measurements and motion tracking. The image processing algorithm had to be optimized to allow for higher framerate of the camera systems, resulting in faster tracking and increased performance. The algorithms were optimized with an overall improvement in processing time of 400% from about 8 ms to 2 ms per frame.● Reformatted device’s code into MVVM architecture to align front-end and back-end components and facilitate future additions of features.● Used C++, C, and Visual Studio.

Commerce, Michigan, United States

● Executed a study on statistical analysis of measurement data. The data focused on the sensitivity of system settings or user variation on the overall performance of the technology. Performed repeatability and reproducibility (R&R) studies on 3 of the company’s flagship products through statistical data analysis.● Created Gauge R&R certificates to present to customers with quantitative measures of the accuracy and precision of products.