Ran Oren

Turning construction sites into a lean, intelligent manufacturing floors and keep job sites moving faster. Focuses on transforming the construction industry, historically one of the least digitized sectors, into a data-driven environment characterized by precision, safety, and predictability. We created CraneView™ platform, giving construction professionals never-before-available visibility into job site challenges and opportunities.

Ensure the company is headed in the right direction and staying within legal and ethical boundaries, including: 1. Fiduciary Duties (The Legal Core) 2. Strategic Oversight & Governance 3. Executive Performance & Compensation 4. Financial Health & Capital Strategy 5. Advisory (industry connections, product feedback, crisis management)

1. Engineered a rigorous quality-control framework that reduced Dead on Arrival (DOA) rates to near zero, encompassing both technical assembly and global logistics. 2. Elevated MTTF (Mean Time to Failure) and MTBF (Mean Time Between Failures) to the highest levels in the platform’s history, ensuring maximum durability on-site. 3. Dramatically improved customer experience by reducing MTTR (Mean Time to Recovery) for hardware issues to the lowest levels ever recorded by the company. 4. Optimized team structures and operational workflows, achieving a 4x reduction in costs compared to initial benchmarks while increasing output. 5. Achieved full utilization of hardware raw materials and assembled assets, directly improving cash flow through precise inventory control and waste reduction. 6. Led a significant improvement in Customs SLAs and implemented a proactive risk assessment management system to streamline international distribution and mitigate supply chain and procurement disruptions.

1. Translating the needs of global corporate customers and on-site project managers into technical requirements that drive measurable ROI and product adoption. 2. Building a collaborative culture between engineering, data science, and product management to accelerate development cycles and meet aggressive commercial milestones. 3. Streamlining the pipeline between our proprietary IoT sensors and our software interface to ensure real-time data accuracy and a frictionless user experience. 4. Overseeing the architecture and deployment of cloud-based platforms that handle massive data ingestion from job sites worldwide with 100% reliability. 5. Engineering the infrastructure required to provide advanced analysis for corporate clients and the global market, utilizing unique datasets captured by Versatile IoT devices to deliver high-value business intelligence.

1. Leading Science Team in object recognition and activity tracking to automate the capture of jobsite progress in real-time and provide actionable insights. 2. Developing sophisticated models that forecast project timelines and identify operational bottlenecks before they impact the bottom line. 3. Engineering robust solutions for data collection in high-interference, outdoor environments to ensure data integrity and reliability. 4. Building and mentoring elite team of data scientists and construction industry researchers, fostering a culture of innovation that aligns with commercial objectives. 5. Securing the company’s long-term competitive advantage through the strategic development and patenting of proprietary technologies. 6. Providing advanced analysis for the global market and corporate clients by leveraging unique, proprietary data captured from Versatile IoT devices to benchmark performance and drive macro-level decision-making.

The research is related to the next challenge in my carrier and focusing on areas of interest such: 1. Construction Tech - Industry 4.0 2. Internet of Things (IoT) 3. Data Science 5. Artificial Intelligence (AI) 6. Lean 6 Sigma 7. Operational Excellence

• Participate in the change management process to assure the products or services continue to meet customer requirements. • Part of a cross-functional team with other business and engineering disciplines. • Establish the principles of product and service quality evaluation and control for the system. • Provide independent oversight and review of the project across PLC. • Lead proactive design assurance activities facilitating the development and release of high quality products • Ensure standard and process compliance thought Program Quality Plan (PQP) along product PLC • Provides investigative support/leadership when significant product quality issues arise • Provide technical expertise in the area of design assurance to Engineering, Operations, Customer Service and Field Service personnel • Provide guidance of Design Controls and the PRP process to the engineering core teams. • Recommend/promote new testing methodologies and approaches required to complete reliability analyses of device designs • Provide guidance for development of manufacturing test/evaluation methods and process validation • Coach and train respective to investigative methods, risk mitigation techniques, and general product safety (inc. Six Sigma, FTA, FMEA, HALT, FRACAS, etc.)

Product Lifecycle Management (PLM) Program Manager: - Drive complex product development projects to high level readiness along PLM check points (from early point to end of life) with predictable and preventable system with embedded methodologies where everyone can influence  - Connect all best practices, disciplines and stake holders to One Stop Shop (PLM Platform) - Blur the impact of ‘flat’ organization structure and define integrated working teams break down to work effectively and efficiently along PLC (with CLCA and CLPA approach) - Clearly define roles and responsibilities with RACI approach  - Reduce impact on knowledge due to high level turnover  - Control frequent changes in processes, tools and methods in all programs, analyze, correct and deploy best practices into PLM platform with end to end sharing (PLM CCB Board) - Enlarge organization memory though deep dive into best practices and on-going knowledge management by machine (cross platform analysis, classification and report) - Support complicated and not uniform projects by PLC Engineers with on-going risk assessment, quality level analysis and control (both behavior and output)  - Improve high level dependence management and continuously reduce uncertainty with measurable performance indicators tracking, probability-based risk assessment features, proactive data integrity and reports to relevant stake holders.   - Increase consistency between tools and methodologies (Top-Down-Top, Transverse Side to Side)  Team Leadership: - Recruit and connect people with passion to make changes with positive impact in organization, willing to take risks with no assurance of success - Develop high level integrity skills, always see customer (internal and external), work with high level honesty - Mentor team mates to develop their self-confidence and self-awareness level - Coach to perform strategic planning by looking ahead, analyze consistently and change without fear, be focused on company needs and cooperate

Advanced Process Control Systems (APCS) Engineering: •Drive improved understanding and utilization of process control tools and methods throughout the local Fab to support efficient and effective pilot line operations •Provide coordination between cross functional groups for the implementation and enhancement of process control systems •As required, develop and deliver training and training materials on control systems and related topics to support a trained and effective workforce •Work with local Fab and Central PCS Team to provide direction/assistance with process control systems •Standardize process control methods and procedures across area, department and Fabs to enable WW alignment •Setup and maintain systems to facilitate data collection and process control requirements Quality Systems Analyst/Auditor •Plan Audit Objectives and Schedule •Conduct Quality Audits •Support External Audits (Corporate, ISO Registrar, Customer) •Lead or support Improvement of the Quality Management System •Provide Customer Support •Maintain Knowledge and Awareness

•Establish standards and policies for installation, modification, quality control, testing, inspection and maintenance, according to engineering principles and safety regulations. •Etchers process characterization through analytical data analysis or design of experiments. •Development of new or modified process formulations, define processing requirements and specifications, review processing techniques and methods applied in the manufacture of semiconductors. •Detection and Analysis of the problems through In-Line and End of Line monitors and lab analysis. •Being a part or leadership of cross factory groups dealing with Integrative process related problems containment and solving through root cause analysis. •Equipment inspection to ensure optimum performance is maintained. •Direction of the maintenance of plant equipment and coordination of the requirements for new designs, surveys and maintenance schedules. •Schedule and plan production activities in the area. •Plan and manage cost reduction, process quality and equipment performance projects. •Test newly installed machines and equipment to ensure compliance with requirements and specifications. •Management and documentation of process and equipment related implementations, response procedures and flow charts, processing requirements.

•Establish standards and policies for installation, modification, quality control, testing, inspection and maintenance, according to engineering principles and safety regulations. •Equipment inspection to ensure optimum performance is maintained. •Direction of the maintenance of plant equipment and coordination of the requirements for new designs, surveys and maintenance schedules. •Schedule and plan production activities. •Plan and manage cost reduction, process quality and equipment performance projects. •Test newly installed machines and equipment to ensure compliance with requirements and specifications.

•Establishes standards and policies for installation, modification, quality control, testing, inspection and maintenance, according to engineering principles and safety regulations (following ISO 9001 standards). •Inspections of plant to ensure optimum performance is maintained •Working with other groups to direct the maintenance of plant buildings and equipment and coordinates the requirements for new designs, surveys and maintenance schedules •Testing of newly installed machines and equipment to ensure compliance with requirements and specifications •Ownership on statistic and review process control systems •Supporting of new products transition from development to production •Control and detection of problematic areas/tools including root cause analysis and leadership of cross factory groups dealing with the problems •Ownership of training to engineers, technicians in QC area. Good knowledge in Microsoft software like Windows, MS Office, MS Project, Visual Studio. Very good knowledge of professional software like Matlab, JMP

•Specialization in Nuclear Energy Engineering •Specialization in Nuclear Methods in Medicine and Biology •Specialization in Radiation in Industry •Partial Specialization in Electric Engineering (semiconductors, computers and RF) •Knowelege of Programming in C, C++, Matlab •Partial Specialization Reliability Engineering

•Specializing in Technical Management and Marketing