IAESTE Internships

Location

Kenya

Internship type

ON-SITE

Reference number

KE-2025-02-MUT

Students Requirements

General discipline

Mechanical Engineering

Completed Years of Study

4

Fields of Study

Languages

English Good (B1, B2)

Required Knowledge and Experience

-

Other Requirements

 Proficiency in SLA and FDM, with a Focus on Biomedical Applications: Strongunderstanding of both SLA and FDM processes, specifically as applied to biopolymersand PPR for creating biomedical prototypes. 3D Scanning for Precision Verification: Experience or interest in using 3D scanningtechnology to perform detailed dimensional verification and quality control.

Work Details

Duration

8 - 8 Weeks

Within These Dates

01.05.2025 - 31.10.2025

Holidays

NONE

Work Environment

-

Gross pay

15000 KES / month

Working Hours

40.0 per week / 8.0 per day

Living Lodging

Type of Accommoditation

IAESTE MUT LC

Cost of lodging

5000 KES / month

Cost of living

13000 KES / month

Work Offered

Additional Info

Work description

The University is looking for a dedicated student to work on biomedical implant prototypingprojects, utilizing SLA for biopolymers and FDM for polypropylene-reinforced (PPR) materials.This role provides hands-on experience with SLA and FDM 3D printing techniques, combinedwith 3D scanning for precise dimensional verification—essential for applications in biomedicalengineering.What You’ll Do: SLA Machine Setup and Operation for Biopolymers: Configure and calibrate SLAequipment for biopolymer resins, setting up parameters like layer thickness andexposure time to achieve high accuracy necessary for biomedical implants. FDM Machine Setup and Operation for PPR: Set up and manage FDM printing with PPRmaterials, optimizing print settings (temperature, layer height, feed rate) to createdurable, dimensionally accurate prototypes. 3D Scanning for Dimensional Verification: Utilize 3D scanning technology to measureand verify the accuracy of SLA and FDM prototypes. Compare scans against CAD modelsto ensure printed parts meet tight dimensional tolerances required for biomedicalapplications. Material Handling and Safety: Handle biopolymer resins and PPR materials according tosafety standards to prevent contamination and maintain material quality, especiallycrucial when working with biomedical-grade materials. Support Structure Optimization and Removal: Design and implement optimized supportstructures for both SLA (biopolymer) and FDM (PPR) parts. Carefully remove thesesupports to ensure the prototypes’ structural and surface integrity remains intact. Post-Processing for SLA and FDM Parts: Conduct post-processing for SLA biopolymerprints, including washing, curing, and surface finishing, as well as post-processing forFDM prints, to prepare prototypes for dimensional verification. Quality Control and Performance Analysis: Inspect printed prototypes for quality,including layer adhesion, surface finish, and stability, and record results. Use 3Dscanning data to identify any deviations and troubleshoot as needed to achieveconsistent quality. Documentation and Reporting: Keep thorough records on all setups, parameters,adjustments, and outcomes for both SLA and FDM processes, including 3D scanningresults. Document observations to support a comprehensive knowledge base for futurebiomedical applications.

Deadline

26.04.2025