Biomedical Engineer Job at Taison Group

Biomedical Engineer Job at Taison Group

SEO Title: Biomedical Engineer Job at Taison Group in Nairobi, Kenya

Meta Description: Taison Group is hiring a Biomedical Engineer in Nairobi, Kenya. Explore the job responsibilities, qualifications, experience requirements, and application procedure for this full-time opportunity.

SEO Slug: biomedical-engineer-job-taison-group

JOB DETAILS

Job Title: Biomedical Engineer

Company: Taison Group Limited

Location: Nairobi, Kenya

Job Type: Full-Time, Onsite

Job Category: Engineering / Technical, Medical / Healthcare

Qualification: Bachelor's Degree; Master's Degree is an added advantage

Experience: 4 years

Application Deadline: November 21, 2026

ABOUT TAISON GROUP LIMITED

Taison Group Limited is a Kenyan conglomerate with diverse interests in construction, hospitality, and related industries. The company operates through subsidiaries including Graystone Consult, Healthcare Designers Limited, and Taison General Construction.

The Group is recognized for its focus on innovation, business growth, and delivering solutions across different sectors. Through its involvement in construction and healthcare-related projects, Taison Group contributes to the development of infrastructure designed to meet the needs of modern organizations and communities.

Taison Group is seeking a qualified and experienced Biomedical Engineer to support medical planning and equipment projects for new and refurbished healthcare facilities. The successful candidate will play an important role in ensuring that medical equipment is appropriately selected, planned, installed, commissioned, and integrated into healthcare infrastructure.

JOB OVERVIEW

The Biomedical Engineer will work at the intersection of healthcare technology, engineering, and construction. The position involves supporting the design and development of healthcare facilities by ensuring that medical equipment requirements are considered throughout the planning, construction, installation, and commissioning stages.

The successful candidate will collaborate with architects, clinical planners, construction teams, mechanical, electrical and plumbing (MEP) engineers, clients, equipment vendors, and healthcare professionals.

The role covers a broad range of medical equipment, including CT scanners, X-ray systems, ultrasound machines, laboratory equipment, surgical equipment, patient monitoring systems, and life-support devices.

The Biomedical Engineer will also contribute to equipment procurement, technical assessments, installation planning, maintenance strategies, regulatory compliance, risk management, and quality assurance.

The ideal candidate should have strong technical knowledge, practical experience managing medical equipment projects, and an understanding of the infrastructure requirements of modern healthcare facilities.

KEY RESPONSIBILITIES

1. Medical Planning and Design Support

The Biomedical Engineer will contribute to the planning and design of new and refurbished healthcare facilities.

Key duties include:

- Participating in early-stage medical planning and translating clinical requirements into spatial, technical, and infrastructure specifications.

- Advising on room layouts, workflow, equipment placement, and adjacency requirements for radiology departments, operating theatres, intensive care units, laboratories, and other clinical areas.

- Reviewing architectural, structural, and MEP drawings to ensure compatibility with medical equipment requirements.

- Identifying infrastructure requirements relating to electrical power, heating, ventilation and air conditioning (HVAC), radiation shielding, medical gases, data connections, structural loading, and infection prevention and control.

- Contributing to functional design briefs, room data sheets, and medical equipment schedules.

- Ensuring that equipment requirements are incorporated into healthcare facility designs at the appropriate project stages.

2. Medical Equipment Assessment, Selection, and Procurement

The successful candidate will support the evaluation and selection of medical equipment based on clinical needs, technical specifications, safety, and project requirements.

Responsibilities include:

- Conducting needs assessments and technology evaluations for imaging, life-support, patient monitoring, laboratory, and surgical equipment.

- Preparing technical specifications for medical equipment purchases.

- Evaluating vendor proposals and supporting tendering and procurement processes.

- Assessing equipment for clinical suitability, total cost of ownership, interoperability, serviceability, and compliance with applicable standards.

- Providing technical input on equipment lifecycle costing, maintenance contracts, and spare-parts strategies.

- Supporting procurement decisions that balance clinical requirements, equipment performance, safety, and project budgets.

3. Project Management of Equipment Installations

The Biomedical Engineer will plan, coordinate, and oversee medical equipment installation projects, particularly complex systems such as CT scanners, fixed and mobile X-ray machines, ultrasound systems, and associated imaging facilities.

Key duties include:

- Developing and managing installation programmes and project schedules.

- Preparing method statements, risk assessments, and site-readiness checklists.

- Coordinating with construction teams, equipment suppliers, radiation protection officers, and facility managers.

- Ensuring that installation areas meet the necessary requirements for radiation shielding, electrical power, cooling, structural modifications, and radiation safety.

- Supervising site works involving equipment foundations, cabling, medical gas connections, and associated MEP installations.

- Coordinating equipment suppliers, contractors, and clinical end-users throughout the installation process.

- Resolving technical queries, installation challenges, and non-conformances promptly.

- Ensuring equipment installation activities are completed according to approved specifications and project timelines.

4. Installation, Commissioning, Maintenance, and Technical Support

The successful candidate will oversee or undertake technical activities associated with installing and maintaining biomedical equipment.

Responsibilities include:

- Overseeing or performing equipment installation, calibration, acceptance testing, and commissioning.

- Developing and implementing preventive maintenance programmes and schedules.

- Troubleshooting technical problems arising during and after installation.

- Coordinating warranty and post-warranty service activities.

- Maintaining accurate equipment inventories, asset registers, service histories, and technical documentation.

- Supporting training for clinical and technical personnel on the safe and effective use of medical equipment.

- Ensuring that equipment is properly documented and handed over to the relevant facility teams.

5. Regulatory Compliance, Quality, and Safety

The Biomedical Engineer will ensure that medical equipment and installations meet applicable regulatory, technical, and safety requirements.

Key responsibilities include:

- Ensuring compliance with relevant Kenya Bureau of Standards requirements, applicable medical device regulations, radiation safety requirements, and manufacturer guidelines.

- Applying relevant IEC and ISO standards where appropriate.

- Supporting infection prevention and control and infection control risk assessment requirements during healthcare construction projects.

- Conducting risk assessments, failure mode analyses, and investigations into incidents involving medical devices.

- Supporting radiation protection planning and verification for medical imaging rooms.

- Maintaining documentation required for audits, equipment handovers, and regulatory submissions.

- Identifying potential safety risks and recommending appropriate corrective measures.

- Promoting safe working practices throughout equipment installation and commissioning activities.

6. Collaboration and Continuous Improvement

The Biomedical Engineer will work closely with multidisciplinary teams to ensure successful project delivery.

Responsibilities include:

- Collaborating with architects, quantity surveyors, site engineers, clinical planners, clients, contractors, and equipment suppliers.

- Providing technical input during design reviews, value engineering, and change management processes.

- Keeping up to date with medical technology developments, regulatory changes, and healthcare construction practices.

- Recommending improvements to equipment planning, installation, maintenance, and project delivery.

- Mentoring junior staff and technicians when required.

- Sharing technical knowledge and lessons learned to improve future projects.

KEY PERFORMANCE INDICATORS

Performance will be assessed against several project delivery, technical, and professional expectations.

1. Project Delivery: Achieving planned equipment planning, installation, and commissioning milestones, with a target of at least 90–95% of planned dates met.

2. Quality and Compliance: Avoiding major non-conformances and regulatory findings related to equipment installations, while supporting successful acceptance testing and handover.

3. Cost Control: Delivering equipment and installation packages within approved budgets and contributing to value engineering without compromising clinical or safety requirements.

4. Technical Accuracy: Producing accurate equipment specifications, schedules, and technical documentation while minimizing post-installation design changes attributable to biomedical engineering input.

5. Stakeholder Satisfaction: Maintaining positive working relationships with project managers, clients, clinical users, and vendors through effective communication and timely technical support.

6. Safety and Risk Management: Completing risk assessments, method statements, radiation safety requirements, and infection prevention and control measures on time while minimizing safety incidents.

7. Documentation and Knowledge Sharing: Maintaining up-to-date equipment registers and service records and contributing lessons learned for future projects.

8. Professional Development: Keeping current with relevant medical technologies, regulations, and professional practices while supporting the development of team capabilities.

QUALIFICATIONS AND REQUIREMENTS

1. Academic Qualifications

Applicants must possess a Bachelor's Degree in Biomedical Engineering or a closely related discipline, such as Medical Engineering or Clinical Engineering.

A Master's Degree in a relevant field will be an added advantage.

2. Relevant Professional Experience

Candidates should have approximately four years of experience, with relevant practical exposure to medical planning, equipment assessment and selection, and project management of medical equipment installations.

Experience involving CT scanners, X-ray systems, or other major medical imaging equipment will be particularly valuable.

3. Medical Equipment Installation and Commissioning

Applicants should have hands-on experience installing, commissioning, or technically managing diagnostic imaging equipment and other critical-care or hospital equipment.

Experience gained in hospital environments or healthcare construction projects will be beneficial.

4. Healthcare Infrastructure Knowledge

Candidates should understand the infrastructure requirements associated with healthcare facilities, including:

- Medical gas systems.

- HVAC systems for clinical areas.

- Electrical installations.

- Radiation shielding.

- Infection prevention and control requirements.

- Equipment foundations, cabling, and structural considerations.

5. Technical Drawing Interpretation

Applicants must be able to read and interpret architectural, structural, and MEP drawings, as well as technical manuals supplied by medical equipment manufacturers.

6. Project Management Skills

The ideal candidate should demonstrate planning, coordination, risk management, problem-solving, and project delivery skills.

The ability to manage installation schedules, coordinate multiple stakeholders, and deliver projects within approved budgets is important.

7. Regulatory and Standards Knowledge

Candidates should understand relevant Kenyan regulations and international standards governing medical devices and healthcare facilities.

Knowledge of radiation safety and applicable technical compliance requirements is particularly important for projects involving medical imaging equipment.

8. Communication and Reporting Skills

Applicants should possess strong communication, stakeholder management, and report-writing skills.

They should be able to explain technical requirements clearly to engineers, contractors, clients, clinical personnel, and equipment suppliers.

9. Computer Skills

Proficiency in Microsoft Office and relevant project management tools is required.

Familiarity with computer-aided design (CAD) software or Building Information Modelling (BIM) viewing tools will be an added advantage.

10. Professional Registration

Professional registration or membership with a relevant engineering body, such as the Engineers Board of Kenya, is desirable.

11. Flexibility and Travel

Candidates must be willing to travel to project sites across Kenya and work flexible hours when required to meet critical installation, testing, and commissioning schedules.

WORKING CONDITIONS

The position is primarily office-based in Nairobi, with regular visits to active construction sites and healthcare projects.

Occasional extended working hours or weekend work may be necessary to meet important equipment installation and commissioning deadlines.

The successful candidate must comply with site safety requirements and use the appropriate personal protective equipment when working at construction sites or within healthcare facilities.

WHY CONSIDER THIS OPPORTUNITY?

This position offers an opportunity for a Biomedical Engineer to contribute to the development of healthcare infrastructure across Kenya.

The successful candidate will participate in projects involving medical technology planning, equipment procurement, installation, commissioning, and compliance.

The role is particularly suitable for a professional who enjoys combining engineering expertise with clinical requirements and construction project delivery.

It also provides an opportunity to collaborate with multidisciplinary teams and contribute to healthcare facilities that are safe, functional, and equipped to meet clinical needs.

HOW TO APPLY

Interested and qualified candidates should submit their applications through Taison Group's official recruitment website.

Applicants should ensure that their applications clearly demonstrate their academic qualifications, relevant biomedical engineering experience, medical equipment installation and commissioning expertise, and familiarity with healthcare infrastructure requirements.

Candidates should highlight experience involving CT scanners, X-ray systems, diagnostic imaging equipment, equipment procurement, project coordination, and regulatory compliance where applicable.

Applicants should also emphasize their ability to interpret technical drawings, manage installation schedules, coordinate stakeholders, and deliver projects within approved budgets.

Before applying, ensure that your professional qualifications and experience are accurately presented and that all required application details are complete.

Application Deadline: November 21, 2026.

For more job description visit: jobopenings.co.ke