Lana Harkin

Professional in robotics field with focus on innovation and results. Experience includes contributing to development of autonomous systems and robotic applications. Known for collaborative team spirit and adaptability to dynamic project requirements. Skilled in circuit design and machine learning algorithms.

Devils Prosthetics LLC - Engineering Projects in Community Service (EPICS)                                                                                                          August January 2022 - Present

• Successfully led a multidisciplinary team of students to establish an LLC designing and producing innovative myoelectric prosthetics for transradial amputees.
• Engineered adjustable SolidWorks models and 3D printed solutions specifically designed to accommodate adolescent amputees, ensuring customizable scalability for growth.
• Developed a machine learning application to enhance the accuracy of prototype testing and optimize performance evaluation for improved design iterations.
• Formulated complex circuitry, developed Python-based software for Raspberry Pi microcontroller integration, and designed custom PCBs.
• Managed project development from concept to presentation, demonstrating leadership and entrepreneurial skills.

Flowers Feeder - Engineering Projects in Community Service (EPICS)    

01/2022, 05/2022

• Designed and developed an automated flower feeder system for individuals with limited mobility.
• Integrated sensor technology and automation to ensure consistent watering and feeding of plants, improving accessibility for people with disabilities.
• Utilized heavy machinery for processes such as injection molding, laser cutting, milling, welding, ect.
• Configured embedded systems to control the feeding mechanism, automating plant care and reducing the need for manual intervention.
• Contributed to project management, including timeline coordination and meeting community needs through engineering solutions.

Weather Racer -  Embedded Systems Project                                                                      January 2024-May 2024

• Developed a mobile weather station that acquires precise sensory data and translates it into actionable outputs, addressing defined tasks with innovation and collaborative efficiency.
• Achieve these characteristics by designing a portable RC Car that operates as a mobile weather station with machine learning tactics.

Audio Compresser -  Analog-Digital Interface

• Designed an effective audio compressor that dynamically adjusts compression parameters based on real-time analysis of incoming audio signals, while offering user-friendly controls for fine-tuning.