Projects
Mechanical Design Projects
Accessibility Ramp Design - Autodesk Inventor
A custom accessibility ramp designed using Autodesk Inventor, focusing on user safety and ADA compliance. The 3D model was designed as a side project with the goal of creating a solution to rectify an accessibility problem and to have a ready to implement solution should the problem arise again in the future. The design was optimized for manufacturability and ease of assembly, and includes fully dimensioned technical drawings suitable for fabrication.
CNC Machined Hammer Head - Fusion 360
This hammer head was designed in Fusion 360 as a hands-on exercise in mechanical design for manufacturing. The goal was to create a durable, balanced striking tool that could be produced using CNC machining techniques. The project emphasized precise modeling, toolpath generation, and manufacturing constraints. After completing the CAD model, the part was programmed using Fusion 360 CAM to create toolpaths to machine the hammer head using a Haas CNC mill.
CNC-Turned Hammer Handle - Fusion 360
This hammer handle was designed in Fusion 360 with a focus on ergonomic grip and compatibility with a custom-machined hammer head. The design process considered both user comfort and manufacturability, incorporating smooth contours, gradual tapers, and internal threading for secure assembly. After finalizing the 3D model, I used Fusion 360’s integrated CAM workspace to generate toolpaths optimized for a Haas CNC lathe. The handle was turned from a solid round stock, taking advantage of the lathe’s precision to achieve tight tolerances and a smooth finish.
This is a selection of my work; more projects can be provided to demonstrate additional skills and experience.
Electrical/Pneumatic Design Projects
Pneumatic Control Schematics - Model Steel Rolling Mill
Detailed pneumatic schematics using AutoCAD Electrical for a model steel rolling mill crop shear. The schematics illustrate the integration of pneumatic pistons and valves to physically actuate the crop shear. Created as part of a senior capstone project in collaboration with a team of four engineering students.
Electrical Cabinet Schematics - Model Steel Rolling Mill
Comprehensive AutoCAD Electrical schematics for the electrical cabinet of a model steel rolling mill. The drawings include detailed layouts for power distribution, motor/device wiring, safety interlocks, and PLC wiring. Created as part of a senior capstone project in collaboration with a team of four engineering students.
Pneumatic Circuit Design -
Advanced Control Logic
Collaborated with a peer to design and implement pneumatic circuits utilizing double-acting pistons controlled through latching circuits, advanced logic functions, and integrated sensors. The circuits were developed to execute precise piston movements, enable reliable sequencing, and respond dynamically to sensor inputs. This project showcased skills in pneumatic system design, control logic development, and the integration of electrical and mechanical components to achieve efficient and automated operation.
This is a selection of my work; more projects can be provided to demonstrate additional skills and experience.
Allen Bradley PLC Projects
Traffic Light and Parking Garage Simulations - RSLogix 500
Collaborated with a peer to design and program a PLC code in Allen-Bradley RSLogix 500 to simulate two automation systems: a traffic light controller and a parking garage system. Both programs utilized timers for sequencing events, counters for tracking operations, and one-shot instructions to ensure accurate transitions between states. The traffic light simulation managed light changes in a realistic cycle, while the parking garage code monitored vehicle entry and exit, controlling access based on capacity limits. These projects demonstrated proficiency in PLC logic design, timing control, and system automation in a simulated environment.
Traffic Light Simulation with Move Commands - RSLogix 500
Collaborated with a peer to design and program a PLC code in Allen-Bradley RSLogix 500 to simulate a traffic light system using move instructions to control the duration of each light cycle. The program assigned and shifted values to manage state changes, ensuring accurate timing and reliable sequencing of red, yellow, and green lights. This project demonstrated proficiency in applying move commands within PLC logic to regulate automated processes and optimize control flow in a simulated environment.
Traffic Light Simulation with Sequencer Outputs - RSLogix 500
Collaborated with a peer to Design and program a PLC code in Allen-Bradley RSLogix 500 to simulate a traffic light system using sequencer output (SQO) instructions to control the duration and order of each light cycle. The program advanced through defined states to accurately sequence red, yellow, and green lights, ensuring precise timing and reliable operation. This project demonstrated proficiency in PLC sequencing, output control, and the application of advanced instructions to automate real-world processes in a simulated environment.
This is a selection of my work; more projects can be provided to demonstrate additional skills and experience.
Siemens PLC Projects
Motor-Controlled Conveyor Belt -
TIA Portal
Collaborated with two peers to design and implement a Siemens PLC code to operate a motor-driven conveyor belt for automated material handling. The program controlled motor start and stop while incorporating input signals for system operation and safety. This project demonstrated the integration of PLC logic with electromechanical systems, showcasing skills in automation and process optimization. This project demonstrated skills in PLC programming and the integration of motor control with digital control.
Pneumatic Pusher Arm with Timers and Counters - TIA Portal
Collaborated with two peers to design and implement Siemens PLC code to sequence and operate a pneumatic pusher arm station by utilizing timers to control the precise extension and retraction of the arm. The program ensured accurate distance pushed functionality by coordinating pneumatic inputs with timed sequences, resulting in reliable and repeatable operation. The program also used counters to count how many pieces had been pushed so that it could stop operation after a specified number of pieces. This project demonstrated skills in PLC programming, timing logic, counter logic, automation sequencing, and the integration of pneumatic systems with digital control.
Pneumatic Grabber Arm - TIA Portal
Collaborated with two peers to design and implement a sequential PLC program to operate a pneumatic grabber arm station. The system was programmed to pick up and deposit workpieces in a defined sequence, extending and retracting the grabber arm as required. The project integrated Siemens PLC logic with pneumatic inputs to ensure smooth, reliable operation, demonstrating skills in automation, control systems, and practical application of mechatronics principles. This project demonstrated skills in PLC programming, automation sequencing, and the integration of pneumatic systems with digital control.
This is a selection of my work; more projects can be provided to demonstrate additional skills and experience.