What is the role of a Biomedical Engineer?
Biomedical engineers play an instrumental role in ensuring the safety and effectiveness of medical equipment, devices, and systems. They are responsible for designing, testing, and maintaining medical technology, as well as collaborating with healthcare professionals to address specific needs and challenges. Their expertise is essential in advancing medical technology while adhering to strict safety regulations and industry standards.
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Applications Engineer II
Location: Baytown
Branche: Renewable Energy
Expertise: Controlling
Experience: 0 years
Primary Job Functions (What You Will Do) Design, develop, and implement PLC-based control systems for industrial automation projects. Program, test, and troubleshoot PLC systems. Coordinate PLC programming with HMI programmers, control system architecture, and electrical design. Collaborate with engineering and operations teams to define control system requirements. Perform system integration, commissioning, and startup support. Conduct control system testing, including loop checks, I/O verification, and functional commissioning. Maintain and update existing control systems to improve performance and reliability. Document control system architecture, programming logic, and operational procedures. Provide technical support and training to maintenance and operations personnel. Ensure compliance with safety standards, industry regulations, and company policies. Recommend hardware for new systems and upgrades based on performance and compatibility. Identify hazards, defects, or required repairs, ensuring alignment with site standards and safety protocols. Develop and implement shutdown logic using Cause & Effect matrices. Job Requirements (Skills and Qualifications) Associate or Bachelor's degree in Electrical Engineering, Computer Science, Control System Engineering, Automation Engineering, or related field. 5+ years of experience in PLC programming and industrial automation. Proficiency in ladder logic, function block, and structured text programming. Hands-on experience with major PLC platforms, including: Allen-Bradley (ControlLogix, MicroLogix, SLC) Siemens (S7, Simatic 545/555) GE (Rx3i) Knowledge of industrial networking protocols (Ethernet/IP, Modbus/RTU, Profibus, ProfiNet, OPC-UA, MQTT, RS-485/422/232). Strong troubleshooting and problem-solving skills. Ability to read and interpret programming documentation, electrical schematics, and P&IDs. Excellent communication and teamwork skills. Willingness to travel for onsite support and commissioning.
Planning Engineer
Location: Houston
Branche: Conventional Energy
Expertise: Planning & Testing
Experience: 4 years
Develop, maintain, and update integrated project schedules (Level 1-3) for global projects using Primavera P6, incorporating all project phases from initiation to close-out. Perform critical path analysis, schedule risk analysis, and scenario modeling to identify potential delays and propose mitigation strategies. Work closely with project managers, engineers, and discipline leads to gather progress updates, validate remaining work, and ensure schedule accuracy. Generate and distribute comprehensive schedule reports, dashboards, and performance metrics (SPI, CPI, Trends) for weekly and monthly project reviews. Liaise with engineering, procurement, construction, and commissioning teams globally to ensure schedule integration and alignment. Monitor and report on key milestones, float, and baseline deviations, providing clear and concise explanations for variances. Support the change management process by assessing the impact of potential changes on the project schedule and budget. Ensure compliance with the company's project controls procedures and best practices across all assigned projects. Contribute to the continuous improvement of planning and scheduling standards within the Central Functions team.
Estimating Engineer
Location: Houston
Branche: Conventional Energy
Expertise: Planning & Testing
Experience: 4 years
Prepare, review, and present multi-disciplinary cost estimates (Class 5 to Class 2/1 per AACE guidelines) for major capital projects in the oil & gas, energy, or related sectors. Develop estimates based on historical data, conceptual design, equipment lists, P&IDs, plot plans, and construction execution plans. Perform quantitative analysis (quantity take-offs) from engineering drawings and documents to build detailed bottom-up estimates. Research and apply current market pricing for equipment, materials, and labor rates, factoring in location and project-specific conditions. Analyze and benchmark contractor and vendor quotes to ensure competitiveness and completeness. Collaborate with engineering, procurement, and construction teams to understand scope, methodology, and risks that impact project cost. Prepare basis of estimate (BOE) documentation that clearly outlines scope inclusions, exclusions, assumptions, and risks. Support the project risk management process by providing cost data for probabilistic cost risk analysis (e.g., using @Risk or Crystal Ball). Participate in estimate reviews with project teams, management, and partners. Contribute to the maintenance and enhancement of the company's cost database, historical data, and estimating tools and standards.
Cost Engineer
Location: Houston
Branche: Conventional Energy
Expertise: Planning & Testing
Experience: 4 years
Develop, implement, and maintain project Work Breakdown Structures (WBS) and Cost Breakdown Structures (CBS) in alignment with the project scope and schedule. Establish and manage project cost baselines, ensuring accurate tracking against approved budgets and funding. Perform monthly cost forecasting, analysis, and reporting, identifying trends, variances, and potential exposures. Process, track, and analyze project commitments, expenditures, and cash flow, ensuring accurate cost accruals. Liaise with engineering, procurement, construction, and finance teams globally to validate costs and incorporate latest forecasts. Prepare and present detailed cost reports, dashboards, and performance metrics (CPI, TCPI, VAC) for weekly and monthly project reviews. Support the change management process by evaluating the cost impact of variations and trends, and maintaining the project change log. Review and validate contractor and vendor invoices for accuracy against contracts and purchase orders. Ensure compliance with the company's project controls procedures and financial governance standards across all assigned projects. Contribute to the continuous improvement of cost engineering standards and tools within the Central Functions team.
Metallurgical Principal Engineer
Location: Phoenix
Branche: Mining
Expertise: Research & Development
Experience: 3 years
Why Apply:Our client offers a collaborative, safety-first culture where innovation, technical excellence, and professional growth are encouraged. You'll work in a hybrid environment-balancing in-person collaboration with remote flexibility-on complex, high-value projects in metallurgical engineering.About the Role:As the Metallurgical Principal Engineer, you will provide expert guidance and technical leadership to support strategic initiatives, major projects, and continuous improvement efforts. Your work will influence project execution, drive process enhancements, and strengthen technical capability across the organization.Key Responsibilities:* Review, investigate, and recommend solutions for complex engineering projects and technical challenges.* Align engineering activities with long-term business strategies.* Collaborate across site and project teams to meet quality, safety, and operational standards.* Apply advanced metallurgical engineering expertise to solve technical problems and deliver innovative solutions.* Stay informed on industry trends and implement best practices.* Mentor and develop engineering talent.* Contribute to strategic planning and budgeting in engineering areas.
Project Engineer
Location: Denver
Branche: Mining
Expertise: Planning & Testing
Experience: 3 years
If not local, this can be a 4x1 rotational position with 4 weeks working at site. Hired candidate will provide technical expertise, guidance and leadership for a variety of designated engineering projects and programs at assigned project under general supervision. The position will support the Tailing Storage Facility (TSF) Engineering Manager and a project team to manage the consultant developing the TSF detailed engineering phase and the engineering field support. Essential Functions: Reviews, investigates and develops appropriate recommendations regarding assigned engineering projects. Serves as technical expert on a wide range of small to medium site construction, expansion or modification projects. Evaluates and administers contracts with vendors for the provision of services and equipment. Provides guidance and counsel to the site management team on applicable processes, practices, and existing/proposed local, state and federal regulations. May contribute to site strategic planning and budgeting efforts for designated engineering areas. May represent the site on company sponsored steering teams, such as PDMC Mill Operations, Refinery Operations, etc. Performs other duties as required. Job Scope Nature of work: Works on moderately complex issues, implements solutions through individual effort but may delegate more routine tasks to others. Level of interaction: Collaborates mostly with peers in the same functional area, and/or department and has moderate external interaction. Autonomy/decision making: Works under frequent supervision and has limited latitude to set objectives, priorities and timelines impacting the individual assigned area of work. Budgetary responsibility: Assists with budget preparation and monitoring. Managerial responsibility: Does not manage people, function, projects or programs.
Project Engineer
Location: Bagdad
Branche: Mining
Expertise: Quality Management
Experience: 2 years
Reviews, investigates, and develops appropriate recommendations regarding assigned engineering projects. Serves as technical expert on a wide range of small to medium site construction, expansion, or modification projects. Evaluates and administers contracts with vendors for the provision of services and equipment. Provides guidance and counsel to the site management team on applicable processes, practices, and existing/proposed local, state, and federal regulations. May contribute to site strategic planning and budgeting efforts for designated engineering areas. May represent the site on company sponsored steering teams, such as PDMC Mill Operations, Refinery Operations, etc. Performs other duties as required.
Project Engineer II
Location: Williston
Branche: Conventional Energy
Expertise: Planning & Testing
Experience: 0 years
Brunel is recruiting Project Engineers to work in Williston, ND for initially 1 year contract. Main Functions Perform engineering design evaluations and support project completion within budget and schedule constraints. Review industry policies and procedures to ensure accuracy, security, and regulatory compliance. Analyze reports related to production, malfunction, and maintenance to identify or resolve technical issues. Provide technical support throughout the engineering process. Follow established procedures and guidelines under immediate supervision. Serve as backup for the Project Manager as required. Tasks and Responsibilities Participate in Invitation to Tender (ITT) development, bid evaluations, and contractor selection. Support identification and sourcing of long-lead equipment, ensuring coordination with FEED (Front-End Engineering Design) contractors. Coordinate development of company's Capital Project Management System, Gate 3 deliverables. Oversee the creation of Functional Interaction Plans. Manage project issue resolution processes and change requests, endorsing change authorizations. Ensure assigned work scopes are completed in line with overall project objectives. Collaborate with Project Teams and functional departments to verify that designs and construction meet project specifications and standards. Act as the main interface between the Project Team and Contractors. Facilitate smooth transitions between project stages. Lead the Project Management Team (PMT) in the application of Project Management Systems
Cost Engineer
Location: Bagdad
Branche: Mining
Expertise: Controlling
Experience: 3 years
Will consider out of area candidate. If a candidate is not local to Bagdad, Arizona, clients will provide accommodation and travel for a 4 week on, 1 week off rotation. Work from home on the week off is only allowed with approval from the client manager. Essential Functions: Under general supervision, provides project management support, construction management support, cost and schedule analysis, reporting, and general project controls support. Provides guidance, direction, and specialized assistance for the resolution of difficult project control problems through various methods such as using industry related technical knowledge, designing innovative short cuts, and reviewing engineering alternatives. Analyzes, evaluates, and forecasts status against an established baseline schedule. Understands the construction methodology and can identify potential issues and impacts and propose corrective actions. Assess the impact(s) of design or construction changes and associated cost growth and/or schedule slippages. Evaluates proposed process improvements, requests for information (RFIs), and differing site conditions for impacts to the project in terms of cost and/or schedule. Estimates quantities and cost of materials, equipment, or labor to validate project estimates, change orders and scope changes through the review of design drawings, sketches, calculations, or other information supplied by the engineering or construction company. Understands and applies engineering, procurement and construction terminology, concepts, and relationships to the scope of work and ensures adherence to safety and quality standards. Utilizes engineering knowledge and experience to review and process engineering submittals and track the progress of the same and coordinate submittal and reviews with the project manager, project team members and any other stakeholders as directed by his/her supervisor. Analyze survey reports, maps, drawings, blueprints, aerial photography, and other topographical or geologic data to assist in project planning. Based on design reviews, identifies any out-of-scope changes and documents quantity variances based on material take offs (MTOs) from design documents. Review contractor equipment logs, time sheets, supplier invoices and contracts to check that equipment and personnel are being utilized as specified. Validate the reported progress percentage based on the rules of credit established within the project with the contractors through spot checks of the design documents and/or construction progress. Review contractor schedules for accuracy and alignment with the overall master schedule. Reviews project documents, including design sets, to determine project milestones and sequencing and validate that the construction schedules comply with the project documents. Assist in processing of project change notices and reporting of changes through Freeport's Change Management System. Assist in compilation of all weekly, monthly, and quarterly reports for the project. Job Scope: Nature of work: Works on moderately complex issues and usually implements solutions. Level of interaction: Collaborates within the department or work group and has limited interaction with external colleagues. Autonomy/decision making: Works under frequent supervision and has limited latitude to set objectives, priorities and timelines impacting the individual assigned area of work. Budgetary responsibility: Has no budget responsibility. Managerial responsibility: Does not manage people, function, projects, or programs.
Senior Instrument and Controls Engineer
Location: Phoenix
Branche: Mining
Expertise: Controlling
Experience: 3 years
This position will be located in Phoenix, Arizona on a hybrid schedule which requires virtual collaboration as well as attending in-person meetings in Phoenix or at one of our site locations. Amenities at the office include a working café, phone booths and meeting rooms with technology tools for virtual and in-person collaboration. In-person attendance may vary based on the position and department requirements. Duties: Review, investigate and develop appropriate recommendations regarding Instrumentation and Control Systems during the various stages of a project such as: Feasibility Study, Basic Engineering and Detailed Engineering Provide technical expertise and guidance to project teams, resolving technical issues/conflicts and ensuring adherence to project timelines and specifications Supports risk assessments, including PHA/HAZOP,LOPA/SIL assessment and SIL verification and review the safety requirement specifications (SRS) Use of technical judgment in making selections and adaption of engineering alternatives during various stages of project implementation Support the company during the development/preparation of company of company discipline (instrumentation and controls) specification standards Develop both conceptual and detailed Instrumentation and Controls requirements including Instrumentation selection and guidelines to meet project requirements Work with the project team, during various optimization efforts during various stages of project implementation Implement and monitor performance indicators, metrics for measurement of Instrumentation and Controls progress/schedule during various stages of project implementation Prepare weekly/monthly reports to communicate project status and outcomes to stakeholders Collaborate with other disciplines, departments, and company installations/sites to provide technical support and recommendations during various stages of project implementation Ensure compliance with relevant industry codes, standards, regulations, and safety guidelines (e.g., ASME, API, ISO, IEC, ISA) various stages of project implementation Proficiency of Smart-Plant Instrumentation Instrument database Generate and review technical reports, specifications, and data sheets to support project implementation Interpreting P&I Drawings, review/checking loop diagrams, schematics, or other field instrumentation drawings
What do Biomedical Engineers do?
Biomedical engineers are tasked with various critical responsibilities. They analyze and assess medical equipment and devices to ensure their compliance with safety standards and regulatory requirements. They collaborate with healthcare providers and other stakeholders to understand their needs and design innovative solutions that enhance patient care and safety.
Biomedical engineers also conduct extensive testing and validation of medical technology to ensure its reliability and accuracy. They troubleshoot and address any issues that arise during testing, making necessary improvements and adjustments to meet the highest safety and quality standards.
In addition, in this role biomedical engineers often need to train other personnel on using equipment safely, conduct research on biological processes, and write reports on protocols and standards.
What are the required skills for a Biomedical Engineer?
To excel in the role of a biomedical engineer, individuals must possess a comprehensive skillset. Strong problem-solving abilities are essential for addressing complex technical challenges. Effective communication skills are necessary for collaborating with interdisciplinary teams, including healthcare professionals, researchers, and technicians.
Moreover, biomedical engineers should have a deep understanding of medical device regulations and compliance procedures to ensure that the technology they develop meets all safety and legal requirements. Analytical skills are crucial for conducting thorough risk assessments and validation tests.
Where do Biomedical Engineers work?
Biomedical engineers find employment opportunities in various healthcare settings, including hospitals, research institutions, medical device manufacturers, and pharmaceutical companies. They may also work with government agencies and organizations dedicated to advancing healthcare technology and improving patient outcomes.
Common Biomedical Engineer responsibilities
- Design, develop, and test medical equipment and devices, ensuring they meet safety standards and regulatory guidelines;
- Collaborate with healthcare professionals to understand their needs and requirements, incorporating them into the design process;
- Conduct extensive testing and validation of medical technology, making improvements to enhance safety and efficiency;
- Stay updated with industry advancements and regulations, integrating the latest practices;
- Troubleshoot and resolve technical issues to maintain the reliability and functionality of medical technology;
- Ensure compliance with relevant safety regulations and industry standards throughout the project lifecycle;
- Communicate effectively with interdisciplinary teams to foster collaboration and achieve project objectives;
- Analyze and assess potential risks associated with medical devices, implementing preventive measures to enhance patient safety;
- Participate in continuous improvement initiatives to optimize the performance of medical equipment and devices;
- Keep detailed records of design, testing, and validation processes, adhering to documentation standards;
- Support the implementation of new medical technologies in healthcare facilities through training and education.
Qualifications for Biomedical Engineers
To become a biomedical engineer, candidates should possess at least a Bachelor's degree in Biomedical Engineering or a related field. Additional certifications in medical device regulations or quality management are advantageous.
Other essential qualifications include:
- 2-4+ years of experience in biomedical engineering or healthcare-related projects;
- Strong knowledge of medical device regulations and safety standards;
- Proficiency in conducting testing and validation procedures for medical technology;
- Excellent problem-solving and analytical skills;
- Effective verbal and written communication abilities;
- Familiarity with medical terminology and healthcare practices;
- Ability to work collaboratively in interdisciplinary teams;
- Dedication to ensuring patient safety and improving healthcare outcomes through innovative technology.
