05_computer_programming_software_engineering.png
05_computer_programming_software_engineering.png

Computer Programming, Software Engineering, and AI

$70.00

Receive personalized one-on-one guidance from a biomedical software engineer with experience developing healthcare applications, AI and machine-learning tools, medical-imaging pipelines, clinical data workflows, and end-to-end software systems. Kelly holds an M.S. in Software Engineering and a B.S. in Biomedical Engineering and has completed 1000+ hours of STEM tutoring.

Topics may include:

• Python programming
• MATLAB and R
• C++ and Arduino fundamentals
• Programming logic and problem-solving
• Object-oriented programming concepts
• Git and GitHub
• Software requirements and system design
• Software architecture
• Software testing and verification
• Artificial intelligence and machine learning
• Neural networks and computer vision
• Data analysis and processing pipelines
• Biomedical and healthcare software
• Debugging, code review, and project organization

Kelly’s graduate coursework includes cybersecurity, neural networks, computer vision, artificial intelligence, software requirements, software architecture, software verification, and software engineering operations.

Her applied experience includes creating reproducible data-analysis workflows, and supporting technology-driven healthcare research projects.

Every session is customized to the student’s experience level, coursework, project requirements, and professional goals.

Perfect for:

✔ Learning programming fundamentals
✔ Homework and university-course support
✔ Debugging and understanding existing code
✔ Building personal or academic projects
✔ Learning Git and GitHub workflows
✔ Preparing for technical presentations
✔ Understanding software-development processes
✔ Exploring AI and machine-learning applications
✔ Developing biomedical or healthcare software projects
✔ Strengthening confidence in technical problem-solving

Guidance is collaborative and focused on helping students understand, develop, and improve their own work while maintaining academic-integrity requirements.

Weekend sessions are available online. In-person sessions may be requested on weekends.

Receive personalized one-on-one guidance from a biomedical software engineer with experience developing healthcare applications, AI and machine-learning tools, medical-imaging pipelines, clinical data workflows, and end-to-end software systems. Kelly holds an M.S. in Software Engineering and a B.S. in Biomedical Engineering and has completed 1000+ hours of STEM tutoring.

Topics may include:

• Python programming
• MATLAB and R
• C++ and Arduino fundamentals
• Programming logic and problem-solving
• Object-oriented programming concepts
• Git and GitHub
• Software requirements and system design
• Software architecture
• Software testing and verification
• Artificial intelligence and machine learning
• Neural networks and computer vision
• Data analysis and processing pipelines
• Biomedical and healthcare software
• Debugging, code review, and project organization

Kelly’s graduate coursework includes cybersecurity, neural networks, computer vision, artificial intelligence, software requirements, software architecture, software verification, and software engineering operations.

Her applied experience includes creating reproducible data-analysis workflows, and supporting technology-driven healthcare research projects.

Every session is customized to the student’s experience level, coursework, project requirements, and professional goals.

Perfect for:

✔ Learning programming fundamentals
✔ Homework and university-course support
✔ Debugging and understanding existing code
✔ Building personal or academic projects
✔ Learning Git and GitHub workflows
✔ Preparing for technical presentations
✔ Understanding software-development processes
✔ Exploring AI and machine-learning applications
✔ Developing biomedical or healthcare software projects
✔ Strengthening confidence in technical problem-solving

Guidance is collaborative and focused on helping students understand, develop, and improve their own work while maintaining academic-integrity requirements.

Weekend sessions are available online. In-person sessions may be requested on weekends.