BICE helps manufacturing and industrial organizations improve energy efficiency, equipment reliability, facility performance, and operational efficiency through practical engineering solutions, Industry 4.0 technologies, CMMS, and sustainable energy initiatives.
BICE combines engineering expertise, energy efficiency, reliability, and advanced technologies to help industrial organizations identify opportunities, develop practical solutions, implement improvements, and measure results.
Identify and implement opportunities to reduce energy consumption, optimize industrial systems, and integrate energy-efficient and sustainable technologies.
Modernize industrial operations through data-driven systems, automation, monitoring technologies, and practical Industry 4.0 solutions.
Improve equipment reliability and asset performance through structured maintenance strategies, CMMS implementation, preventive and predictive maintenance, and performance indicators.
Develop and support engineering projects for equipment, facilities, infrastructure, modernization, CAPEX, and operational improvement.
BICE brings together hands-on industrial engineering experience, technology, and a binational perspective to develop solutions that are technically sound, practical to implement, and focused on measurable operational results.
More than two decades of hands-on experience in engineering, maintenance, facilities, infrastructure, and industrial projects in the United States and Mexico.
We go beyond identifying problems. BICE develops practical engineering solutions and supports their implementation to turn opportunities into measurable improvements.
Energy efficiency, reliability, CMMS, facilities, and Industry 4.0 are evaluated as interconnected systems rather than isolated initiatives.
Experience in both U.S. and Mexican industrial environments provides BICE with a practical understanding of cross-border manufacturing, engineering operations, suppliers, and North American industrial relationships.
BICE assessments provide a structured evaluation of your industrial operation to identify improvement opportunities, establish priorities, and develop a practical roadmap for implementation.
A targeted evaluation designed to identify the most important improvement opportunities within a specific operation, system, or facility.
Ideal for: organizations looking for an initial diagnostic or a focused review.
A deeper evaluation of operational, engineering, energy, maintenance, facility, and technology performance designed to identify and prioritize improvement opportunities.
Ideal for: manufacturing facilities seeking a comprehensive improvement roadmap.
A multidisciplinary assessment for larger or more complex industrial operations requiring deeper analysis, multiple systems, or broader engineering and technology evaluation.
Ideal for: larger manufacturing facilities, multi-system assessments, and organizations planning significant modernization initiatives.
Our structured assessment methodology evaluates the interaction between energy, equipment, maintenance, facilities, processes, and technology to identify improvement opportunities that might otherwise remain isolated or overlooked.
BICE supports manufacturing and industrial organizations where equipment reliability, energy performance, facility infrastructure, and technology directly affect productivity and operational results.
Our engineering methodology can be adapted to a wide range of manufacturing and industrial environments.
Talk to an Engineer →BICE follows a structured engineering process designed to transform operational challenges and improvement opportunities into practical, prioritized, and measurable solutions.
Evaluate equipment, energy consumption, maintenance practices, facilities, processes, systems, and technology to establish the current operational condition.
Analyze technical information, performance indicators, energy data, maintenance history, operational conditions, and identified gaps to determine root causes and improvement opportunities.
Rank opportunities according to operational impact, energy savings, reliability, technical feasibility, implementation effort, risk, and potential return on investment.
Convert prioritized opportunities into technically feasible engineering solutions, specifications, implementation plans, technology recommendations, and project requirements.
Support implementation through project coordination, vendor and technology evaluation, technical oversight, commissioning support, CMMS deployment, and change management.
Establish KPIs and evaluate improvements in energy consumption, reliability, operational performance, facility performance, and other defined project objectives.
Technical information and operational data guide priorities and recommendations.
Solutions are developed with implementation, operations, and real-world constraints in mind.
Defined KPIs provide a framework to evaluate the impact of implemented improvements.
Start with a BICE assessment and build a practical engineering roadmap for reliability, efficiency, technology, and industrial performance.