Erin Kinaci

Process Engineer @ Sigma Robotics

About

✅ Biomedical Engineer with strong cross-functional project leadership in medtech and healthcare environments.  ✅ Skilled in CAD design, prototyping, regulatory research, and cGMP-aligned development.  ✅ Passionate about transforming complex research into life-changing biomedical innovations. “It always seems impossible until it’s done.” – Nelson Mandela ▶️ I SOLVE PROBLEMS AT THE INTERSECTION of innovation and real-world application—engineering solutions that not only meet technical requirements, but improve lives. Whether I’m designing non-invasive diagnostics, managing cross-functional teams, or translating ultrasound research into actionable data, I bring deep curiosity and drive to every challenge. ▶️ I’M PASSIONATE ABOUT HEALTHCARE TECHNOLOGY—and how thoughtful design and rigorous research can result in accessible, life-improving devices. In every project, I lead with integrity, logical problem-solving, and an unwavering commitment to the end user’s needs. ▶️ I’VE LED MULTIPLE PROJECTS FROM THE GROUND UP—including a ferritin-detecting saliva-based diagnostic and a hospital-grade medicine lockbox—by collaborating with engineers, clinicians, and stakeholders to deliver solutions that meet regulatory, usability, and safety standards. ▶️ I BRING A UNIQUE COMBINATION of engineering, research, and business insight, with expertise in CAD, Python, MATLAB, data analysis, and project management. My interdisciplinary training allows me to see problems from multiple angles and drive solutions that are ethical, efficient, and scalable. ▶️ SPECIALTIES Medical Device Innovation | cGMP Process Awareness | CAD Design | Technical Documentation | Regulatory Research | Ultrasound Imaging Research | Assistive Technology | Cross-Functional Collaboration | Project Leadership | Python & MATLAB | Tissue Imaging & Annotation | Prototyping | Usability Testing | Stakeholder Engagement

Country

United States

City

Skokie

Industry

Medical Device

Skill

Cross-functional Team Leadership, Project Management, Cross-functional Collaborations, Engineering, Client Relations, Regulatory Compliance, Communication, Bioengineering, Collaborative Problem Solving, Troubleshooting, Risk Management, Protocol Design, Product Design, Market Research, Good Manufacturing Practice (GMP), Microsoft Office, Data Analysis, Teamwork, Analytical Skills, Standard Operating Procedure (SOP)

Experience

Process Engineer

Sigma Robotics

2022-6 - Present · 4 yrs 4 mos

Chicago, Illinois, United States

Manage end-to-end engineering projects from scope definition through execution and handover. Coordinate with cross-functional teams, vendors, and regulatory stakeholders to deliver projects on time and within compliance parameters. Program robotic systems using Python and performed hands-on testing, troubleshooting, and refinement. Collect end-user feedback and implement quality improvements to enhance usability and performance. • Supported 75+ robot sales through client engagement and trade show presentations. • Developed 15+ troubleshooting and maintenance manuals, reducing support volume and improving deployment outcomes

Graduate Student

University of Illinois Urbana-Champaign

2023-5 - 2024-6 · 1 yr 2 mos

Champaign, Illinois, United States

Relevant coursework: Managing Business Operations, Financial Decision Making, Quantitative Pharmacology, Cell & Tissue Engineering Lab, Biomedical Instrumentation Lab, Quantitative Physiology Lab, Programming, Engineering, Data Science, Regulatory Issues Skills: MATLAB, Python, CAD, Cell Culture, Experimental Design, Technical Documentation, Project Management, Turkish language ALPHA OMEGA EPSILON | URBANA, IL 2019–2023 Founding Member | Girls2STEM Program Partnered with schools and organizations to expand program impact and promote gender equity. Launched outreach initiative introducing elementary school girls to STEM through hands-on projects

Project Manager

NTEGRIBOX

2023-8 - 2024-5 · 10 mos

United States

Ensured product quality and regulatory compliance through validation and documentation control. Conducted root cause analysis, internal audits, and drive continuous improvement in alignment with cGMP standards. • Conducted stakeholder interviews, managed project milestones, and validated design through bacterial testing. • Delivered secure, hospital-grade medicine lockbox prototype to improve patient safety.

Clinical Research Assistant

Beckman Institute

2020-1 - 2024-5 · 4 yrs 5 mos

Champaign, Illinois, United States

Conducted detailed data analysis using software such as Raven and MATLAB. Documented findings and contributed to research reports, presentations, and potential scientific publications. Collaborated with cross functional teams to improve data processing and ensure data quality control. • Trained 5+ new researchers, enhancing lab efficiency and protocol. • Annotated 100+ images to differentiate tissue to improve data accuracy.

Project Engineer

Ferritiva

2022-8 - 2023-5 · 10 mos

United States

Optimized manufacturing processes in cGMP-regulated environments to improve yield, safety, and efficiency. Led process development, equipment integration, and tech transfer for new products; support troubleshooting, validation, and compliance documentation. • Created CAD housing design and technical documentation for prototype development. • Applied cGMP-compliant research methodology and supported regulatory documentation.

Project Engineer

Imade

2019-8 - 2022-5 · 2 yrs 10 mos

Mask Illinois Project Conducted weekly update meetings, assigned tasks, developed schedules, identified bottlenecks, and gathered resources for project success. Programmed website interface and led logistics to enable statewide reach and usability. • Managed development of mask distribution platform to support public health access. Wheelchair Tray Project Assessed the market and conducted competitive analysis, engineering design, software development, proto-typing, testing and documentation of results. Developed adjustable, ergonomic wheelchair tray using CAD and 3D printing. • Performed iterative design improvements from direct user feedback to enhance accessibility.