At the end of the course the students will learn to
- Apply knowledge of mathematics, science and engineering to implement a complete system to meet the requirements specified through a high level project description that has multidisciplinary-interdisciplinary elements related to contemporary issues.
- Apply knowledge of mathematics, science and engineering to analyze a component or system by identifying, formulating and solving engineering problems.
- Function effectively within multidisciplinary teams, through successful oral and written communication with the team members and supervisors.
- Apply/improve project and time management skills.
- Define a validation plan for piecewise characterization of a prototype/pilot system, complete procurement of parts, and construct a designed system prototype for real life problems through modular fabrication methods.
- Validate correct operation of a prototype/pilot system, and characterize performance against goals.
- Deliver written reports and presentations on prototype/pilot system builds, and analytical comparisons against pre-build expectations.
- Perform market research for procurement of parts.
- Conduct modular construction and testing of system parts.
- Carry out system integration, debug/troubleshoot, validation, and testing.
- Utilize modern engineering equipment to build, characterize and test components and system prototypes and document engineering prototype/pilot building, validation, and testing activities.