YH Yihang Yang

Sydney · Biomedical Engineering · Field Service

Yihang (Henry) Yang

Sydney-based biomedical field service engineer focused on medical device maintenance, fault diagnosis, verification, and service documentation.

Base
Sydney, Australia
Focus
Medical device service
Languages
English / Mandarin
Availability
Sydney field travel
Download Resume GitHub

Best fit for

Biomedical field service roles that need practical device judgement.

The quick read: Sydney-based, field-ready, bilingual, and focused on medical device maintenance, troubleshooting, verification, and clear service records.

Role Biomedical Field Service Engineer
Service work PM / repair / installation support
Location Sydney field travel
Communication English / Mandarin
Hiring Resume and checks ready

Professional Brief

A practical engineering profile built around service reliability.

My current work is close to the real operating environment of medical devices: equipment comes from hospitals, clinics, service calls, workshop repairs, scheduled work, and follow-up questions. I try to keep the technical judgement, communication, and written record aligned.

Current role

Biomedical field service

I support device maintenance, fault finding, repair, functional checks, performance verification, and service close-out. The work requires patience with detail and a practical sense of what can be confirmed on site.

Working habit

Evidence before conclusion

I prefer to record what was observed, what was tested, what changed, and what remains open. This makes technical decisions easier to review and reduces repeated work later.

Direction

Service quality and systems thinking

I am building a long-term path in biomedical engineering service, with interest in better service records, device reliability, process improvement, and practical tools that help teams work clearly.

Skills Matrix

What I can handle in a service environment.

A recruiter or hiring manager should be able to judge the fit quickly: device service, testing, records, communication, tools, and employment-check readiness.

Service

Field and workshop work

Preventive maintenance, troubleshooting, repair, installation support, bench service, and close-out.

Testing

Verification evidence

Functional testing, performance checks, electrical safety awareness, and test notes that can be reviewed later.

Equipment

Medical device range

Ventilation, patient monitoring, ultrasound, DEXA, pharmacy automation, and general biomedical equipment.

Records

Traceable service notes

Work orders, service reports, equipment history, serial details, action logs, and concise follow-up notes.

Communication

Clear handover

Aligning observed issues, limits, and next steps with clinical users, biomedical teams, vendors, and internal engineers.

Employment checks

Sydney travel + private proof

Sydney field travel, resume download, and offline degree, training, identity, and right-to-work proof for formal hiring checks.

Overview

This site answers five practical questions first.

01 Field Work

How I work with real devices, real sites, and real service workflows.

 02 Case Notes

Public-safe examples of how I approach medical device service problems.

 03 Process

Observe, diagnose, verify, and document so service work can close cleanly.

 04 Engineering Background

Biomedical engineering training from the University of Sydney.

 05 Life Rhythm

How I keep learning, organizing, and building a steady direction outside work.
Medical equipment test bench with tools and service details

Work

Field service is not only fixing equipment. It is closing the loop.

In Nova Biomedical field and workshop service, I work across preventive maintenance, fault diagnosis, corrective repair, installation support, and verification. Good service is not just leaving after a repair; it means making the equipment state, service action, and next responsibility clear.

Device Service From field PM to bench repair, I follow equipment condition and service procedure through maintenance, troubleshooting, functional checks, and performance verification.
Equipment Range Experience around ventilation, patient monitoring, ultrasound, DEXA, pharmacy automation, and general biomedical equipment.
Service Records I maintain work orders, service reports, serial details, equipment history, and customer updates so information does not break between people.

Work Experience

Professional experience across field service, workshop support, and healthcare records.

The roles below summarize public-safe work history without customer names, serial numbers, internal documents, or private site details.

Biomedical field service engineer with full-time experience across hospital and pharmacy medical equipment service, preventive maintenance, troubleshooting, repair, verification, and service documentation.

Service loop Cover equipment preparation, on-site or workshop service, installation support, functional checks, safety-aware verification, and follow-up.
Equipment range Work across ventilation, patient monitoring, ultrasound, DEXA, pharmacy automation, and general biomedical equipment.
Documentation Maintain Simpro work orders, service reports, serial details, equipment history, and customer updates so technical decisions remain traceable.

Jul 2023 - Present

Biomedical Engineer | Nova Biomedical Pty Ltd

Australia-wide field service / workshop support · Full-time, 38 hours per week

  • Perform field and workshop service for hospital and pharmacy medical equipment, including preventive maintenance, troubleshooting, repair, installation support, verification, and service follow-up.
  • Support ventilation, patient monitoring, ultrasound, DEXA, pharmacy automation, and general biomedical equipment work across service and documentation workflows.
  • Maintain Simpro work orders, service reports, serial details, equipment history, and customer updates for biomedical teams and internal engineers.

Dec 2019 - Feb 2020

Pharmacovigilance Department Assistant | Lundbeck Beijing

Internship · Beijing, China

  • Supported adverse reaction record handling and drug-safety documentation for Lundbeck products listed in China.
  • Assisted documentation work related to regulated healthcare records and cross-functional communication.

Service Scope

The work covers more than one moment of a repair.

A service job starts before opening the device and continues after the device is returned. The scope includes preparation, safe handling, technical checks, documentation, and follow-up.

01

Planned maintenance

Prepare required tools and records, check equipment condition, follow the service procedure, and close the visit with clear notes and required test evidence.

02

Fault investigation

Translate user feedback into a testable problem, reproduce the symptom where possible, and separate likely causes from confirmed causes.

03

Workshop repair

Handle devices in a controlled repair setting, keep parts and actions traceable, and verify the repaired state before return or escalation.

04

Verification and safety

Use functional checks, performance checks, and required safety checks to confirm that the device result is not only visually acceptable but technically supportable.

05

Handover and follow-up

Summarize what was found, what was done, what was verified, and what needs attention next so the next person does not start from zero.

Case Notes

Public-safe service cases are more useful than generic claims.

I do not publish customer names, serial numbers, or internal records here. These notes show the method and judgement structure instead.

01 / Preventive maintenance

From routine maintenance to clear handover

I first confirm equipment condition, history, and site limits, then complete checks, calibration, or performance verification by procedure. The close-out record should make the next handover easier, not harder.

  • Field condition check
  • Functional and performance testing
  • Service record close-out
02 / Fault diagnosis

Turning user feedback into a verifiable judgement

When a fault is reported, I separate the symptom, use condition, repair history, and reproducible path before combining service manual steps, measurements, and replacement checks.

  • Fault symptom review
  • Test step documentation
  • Post-repair verification
03 / Documentation

Keeping service information reusable

I align serial details, work orders, service reports, parts/actions, and customer updates so later troubleshooting does not start from memory alone.

  • Equipment history cleanup
  • Work order alignment
  • Clear customer updates

Process

I use a clear process to handle field problems.

Field service breaks down when information breaks. My process keeps the symptom, judgement, verification, and record connected.

Observe

Read the field state

Confirm the symptom, user feedback, serial details, history, site limits, and current risk before jumping to a conclusion.

Diagnose

Locate the problem

Combine service manuals, test steps, measurements, and previous records to turn a guess into a verifiable judgement.

Verify

Verify the result

Complete functional tests, performance checks, and required safety checks so the device is not only "apparently fixed."

Document

Leave a usable record

Keep work orders, service reports, serial details, service actions, and customer updates clear for handover and review.

Education

My engineering background keeps me grounded in principles, evidence, and records.

From biomedical engineering study to field service, I keep training the same habit: break the problem down, verify it, and write it clearly.

2024

Master of Philosophy

The University of Sydney

Biomedical engineering research, experimental planning, validation evidence, and technical documentation.

2017 - 2020

Bachelor of Biomedical Engineering

The University of Sydney

Medical science, biomedical design, data analysis, and engineering design tools.

MPhil thesis

Flexible Electrodes for Smart Bandages: Feasibility Exploration

Wearable medical-device feasibility work using electrode geometry, silver ink coating, impedance measurement, and manufacturability trade-offs.

Credentials

Education credentials are kept public-safe.

I keep original graduation certificates and transcripts offline. This site lists the credential context without publishing certificate scans, document numbers, signatures, or private verification details.

University records

University of Sydney education

Master of Philosophy and Bachelor of Biomedical Engineering records can be provided privately when needed for employment checks, credential verification, or formal applications.

Document safety

No public certificate scans

Original degree certificates may contain identifiers and verification details, so I keep them off the public site instead of using them as decorative images.

Additional proof

Training certificates available

I also keep selected service and vendor training certificates separately and can share relevant documents when a role or project requires formal evidence.

Selected Training

Training records support the service work behind the profile.

I found relevant service and technical training certificates in my local files. This public page lists only safe titles and equipment scopes; original PDFs, certificate numbers, signatures, and verification details stay offline.

2023 - 2025

Respiratory and monitoring service

  • V60 / V60 Plus service training
  • Trilogy 202 and Trilogy Evo service training
  • Avalon FM20 / FM30, Efficia CM series, and HeartStart Intrepid training
2023 - 2025

Imaging and diagnostic equipment

  • EPIQ / Affiniti and CX30 / CX50 ultrasound training
  • Horizon DEXA technical training
  • X-ray service and installation course
2024

Automation and specialty systems

  • BD FIX100 dispensing service basic training
  • Vendor-led practical service preparation
  • Original certificates available for private verification

Life

Outside work, I keep practicing how to organize complex things.

Outside work, I keep the personal section deliberately short: enough to show rhythm and curiosity, not enough to distract from the engineering profile.

Sydney life Building a sustainable rhythm across work, commuting, study, and daily planning.

Continuous learning Following medical technology, engineering tools, AI tools, and practical ways to improve work.

Organized records Turning scattered information into reusable structure so future work is easier.

Study and life desk scene with notebook, laptop, books, and coffee

Interests

The things I enjoy also shape how I think.

Outside work, I spend time on interests that keep me curious, organized, and observant. They are personal, but they also support how I learn and how I build clearer systems.

01

AI tools and personal systems

I like experimenting with AI tools for notes, planning, bilingual writing, document structure, and personal workflow improvement.

02

Photography and visual notes

Photos help me remember places, details, layouts, and moods. I enjoy using images as a way to record life more clearly.

03

Travel and city walks

I like planning routes, comparing places, walking through different city areas, and understanding how daily life changes from place to place.

04

Reading and long-form learning

I follow engineering, technology, medical devices, AI, business, and practical knowledge that can slowly improve judgement.

05

Food, coffee, and daily rhythm

Simple routines matter to me: a good meal, a coffee, a clean desk, and a well-planned day make work and life feel more stable.

Contact

You can reach me here.

If you want to know more about my work experience, education, or a biomedical / medical device field service opportunity, email me. English and Mandarin are both fine.