Geoffrey D Recktenwald (Instructor) - Grade Details
(with breakdown by course)
Geoffrey D Recktenwald - All Courses
Average Grade - 2.523
Median Grade - 3.0
Latest grades from Summer 2024
Geoffrey D Recktenwald - Overview
| Course Number | Grade Info | Number of Students | Latest Grade Data | Breakdown | ||
|---|---|---|---|---|---|---|
| ME 222 | Average Grade - 2.413 Median Grade - 2.5 |
2611 | Spring 2024 | |||
| ME 361 | Average Grade - 2.473 Median Grade - 2.5 |
2342 | Summer 2024 | |||
| ME 391 | Average Grade - 2.921 Median Grade - 3.0 |
537 | Fall 2017 | |||
| ME 461 | Average Grade - 2.747 Median Grade - 3.0 |
148 | Fall 2017 | |||
| EGR 811 | Average Grade - 3.974 Median Grade - 4.0 |
19 | Fall 2017 | |||
| ME 370 | Average Grade - 2.725 Median Grade - 2.5 |
129 | Fall 2019 | |||
| ME 464 | Average Grade - 2.931 Median Grade - 3.0 |
195 | Spring 2022 | |||
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EGR 811 - Foundations of Engineering Education
Introduces the theoretical foundations of engineering education, student learning theories, educational research, and instructional design. How to effectively teach, manage, and assess student performance.
Average Grade - 3.974
Median Grade - 4.0
Latest grades from Fall 2017
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ME 222 - Mechanics of Deformable Solids
Tension compression and shear stresses. Axially loaded bars. Torsion of circular shafts. Beam theory. Combined stresses. Mohr's circles. Columns.
Average Grade - 2.413
Median Grade - 2.5
Latest grades from Spring 2024
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ME 361 - Dynamics
Kinematics of particles, rigid bodies, and mass moments of inertia. Kinetics of particles and rigid bodies. Energy and momentum principles.
Average Grade - 2.473
Median Grade - 2.5
Latest grades from Summer 2024
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ME 370 - Mechanical Design and Manufacturing I
Engineering design of machine elements and mechanical systems. Computer-based analysis in support of design. Design for static and fatigue strength, deflection, and reliability.
Average Grade - 2.725
Median Grade - 2.5
Latest grades from Fall 2019
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ME 391 - Mechanical Engineering Analysis
Analytical and numerical methods for the modeling and analysis of mechanical engineering systems. Applications to vibrating elements, heat transfer, linear springs, and coupled spring-mass systems.
Average Grade - 2.921
Median Grade - 3.0
Latest grades from Fall 2017
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ME 461 - Mechanical Vibrations
Modeling and analysis of oscillatory phenomena found in linear discrete and continuous mechanical systems.
Average Grade - 2.747
Median Grade - 3.0
Latest grades from Fall 2017
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ME 464 - Intermediate Dynamics
Kinematics and kinetics of particle and rigid body systems. Virtual work, Lagrangian method, and Euler equations. Basic vibrations of discrete and continuous systems. Elementary wave propagation.
Average Grade - 2.931
Median Grade - 3.0
Latest grades from Spring 2022
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