University of Arizona

University of Cambridge A-Levels at Mpelembe

Center for Accountancy Studies (ZCAS)

David Kaunda Secondary Technical School

Chingola Secondary School

Mpelembe

Senior Manager, HSE/Engineering at High Technology Company

San Francisco, California, United States

Senior Manager for fortune 500 company with budget & resource management at company headquarters in the Silicon Valley.

High Technology Company

Sr. Manager, HSE/Engineering

Apple

Engineering - EH&S

Responsibilities:• Develops, implements, and maintains methods, operation sequence and processes in the fabrication of parts, components, sub-assemblies and final assemblies.  Manages manufacturing engineering related projects, as required.• Drives manufacturing engineering ePLC deliverables.  Launches, releases, approves and implements or issues engineering change requests as required to support design engineering and floor with new and existing products.•  Estimates manufacturing costs, determines time standards and makes recommendations for tooling and process requirements.  Leads teams across multiple functional groups in the use of DFx principles to reduce product costs and improve delivered product quality.• Develops and uses test procedures, including assisting with the definition of test specifications with design / software engineering.  May work with test engineering on the design and development of text fixtures.  May assist in the coordination of test fixture sourcing activities.• Participates in the preparation of concept and feasibility studies.  Gathers operational test data and evaluates results; manages corrective actions.• Evaluates work methods, procedures and policies.  Identifies, documents and implements new business processes and efficiency improvement tools.  Mentors and trains lower level engineers; identifies training needs, updates training curriculums, and develops training programs.•  Coordinates sourcing activities with external / internal suppliers, as required.• Leads Process Failure Mode, Effects and Criticality Analysis when working with New Product Development.

Applied Materials

Senior Manufacturing Engineer

Silicon Systems Group (SSG) Global Planning and Business Operations management for Atomic Layer Deposition (ALD) products

SSG Global Planning and Business Operations; Operations Manager

Responsibilities:  •  Business Unit Operations Manager: Front End Products ($1 billion per annum in revenue)Operations management of Applied’s Rapid Thermal Processing and Epitaxy product portfolios• Drove development of new product volume manufacturing plan. Performed detailed analysis to determine the best volume build location for a new complex product. Factors considered; Technical Expertise, Impact to Customer (Quality, Cost, Responsiveness, Global Fulfillment including B2B), Product Cost/Supply Chain Design, Infrastructure Requirements ( ERP Systems compatibility, Manufacturing Support (NSR, BOM structure) and Finance, IT ability to support interface activities) and Sustainability. • Conducted data mining to identify business process Key Performance Indicators (KPIs) program trends and developed corrective and preventative actions (CAPA)• Participated in BCP drills, Site Emergency Response Team volunteer member.• across the company in process standardization efforts, long term planning and contribution to business strategy for product life cycle management.• Participates in manufacturing variance and demand reviews, monitoring action plans to address Excess and Zero (E&Z) demand inventory issues.• Safety: Drives employee compliance, ensuring employee training completion, Product safety/retrofits process improvements.• Finding and pursuing cost reduction opportunities, measuring Engineering Change Orders (ECOs) cycle time for new and existing products. • Matrix-manage team members from across all business functions within new enhanced Product Life Cycle to develop new product plans New product introduction activities including procurement, prototyping, supply chain development• Recently Nominated for World Wide Excellence in Operations Award

Experienced in developing, administering risk management & proactive safety management systems.Highly successful at influencing senior business unit management (VP level) attaining excellent safety culture performanceKnowledge of semiconductor and solar equipment hardware (gas distribution, robotics, chamber parts, clean systems, and RF) design in research and development labs. Creative, strong communication skills, ability to work on multiple projects and detail oriented.Knowledge of federal and state laws and regulations. Performing Root Cause Analysis &  prescribing subsequent engineering  and administrative controls to prevent recurrence.Proficient in computer skills including statistics, data collection & analysisLeading safety review committeesSELECTED PUBLICATION:EHS Concerns with Diffusion Processes: (<a href="http://seshaonline.org/meetings/2007/abstract.php3?id=58%29An">http://seshaonline.org/meetings/2007/abstract.php3?id=58)An</a> examination of an exposure control strategy to prevent arsine exposure to assessors during chamber <a href="http://cleaning:http://seshaonline.org/meetings/2006/abstract.php3?id=13">cleaning:http://seshaonline.org/meetings/2006/abstract.php3?id=13</a>

Senior Safety Engineer

Annual Tool Audit Lead Auditor:o	Testing critical safety interlocks and Emergency Machine Off (EMOs)o	Conducting investigations to ensure potential safety issues such as product safety notices (PSNs) are corrected. o	Worked on applications Labs Metrology equipment, Dielectric System Modules (DSM), Copper Barrier Seed Product Integration (CPI), Plasma Enhanced Chemical Vapor Deposition (PECVD), ETCH, Front End Processing (FEP), Chemical Mechanical Planarization (CMP), and Corporate Asset Engineering (CAE) Product Business Group (PBG) tools.o	Trained junior safety engineers the technical aspects of  tool audit safety engineeringEquipment design review key contributoro	Design reviewed the Marathon, Litmas and Chinook PFC abatement equipment at Maydan Technology Center before installation.o	Designed reviewed installation of various ETCH, RTP, EPI, PVD and CVD process toolso	Compliance review for code compliance such as NFPA 70E, Semi S2, and UBCo	Detailed understanding federal and state laws and regulations Santa Clara Environmental Health and Safety (SCLA EHS) website designero	Designed and maintains and intranet SCLA EHS websiteso	Website has improved the way EHS communicates critical messages to internal customerso	Serves as central depository of most requested services and tools by customersAnnual Tool Audit Process Improvement Leadero	Leading the tool audit process improvement effort to remove subjectivity in the audit process o	Using collected data to measure and track performance of the toolso	Improving the database design to implement the new performance scoring systemLaser Safety Analysiso	Performed Nominal Hazard Distance calculations for metrology tools used by the New Product New Business (NBNP) group

Equipment Safety Engineer

- Team leader on industrial hygiene research project relating respiratory function to exposure to dust and diesel particulate. • Participated in training mine compliance inspectors (Noise, Asbestos, Heat Stress and Dust sampling)• Underground (San Xavier mine) respirable dust sampling,diesel particulate samplingSELECTED PUBLICATIONS• Burgess JL, Fleming JE, Mulenga EM, Josyula A, Hysong TA, Joggerst PJ, Kurzius-Spencer M, Miller HB. Acute changes in sputum IL-10 following underground exposure to diesel exhaust. Clinical Toxicology 2007; 45:255-260.• Emmanuel M. Mulenga MPH, Hugh B. Miller PHD, Thomson Sinkala PHD, Tracy A. Hysong, MS, Jefferey L. Burgess MD, MPH. Silicosis and Tuberculosis in Zambian Miners . International Journal of Occupational and Environmental Health 2005; 11:259-262.Assessment of Methods Used to Measure Fume Hood <a href="http://Performance(http://seshaonline.org/meetings/2003/abstract.php3?id=82%29">Performance(http://seshaonline.org/meetings/2003/abstract.php3?id=82)</a>

Graduate Research Assistant, Industrial Hygiene

Provided daily lab assistance in highly valued research project "A genomics approach towards salt stress tolerance"Performed gel electrophoresis, DNA sequencing, bioinformatics & microarray analysis. "Abstract:Abiotic stresses reduce plant productivity. We focus on gene expression analysis following exposure of plants to high salinity, using salt-shock experiments to mimic stresses that affect hydration and ion homeostasis. The approach includes parallel molecular and genetic experimentation. Comparative analysis is employed to identify functional isoforms and genetic orthologs of stress-regulated genes common to cyanobacteria, fungi, algae and higher plants. We analyze global gene expression profiles monitored under salt stress conditions through abundance profiles in several species: in the cyanobacterium Synechocystis PCC6803, in unicellular (Saccharomyces cerevisiae) and multicellular (Aspergillus nidulans) fungi, the eukaryotic alga Dunaliella salina, the halophytic land plant Mesembryanthemum crystallinum, the glycophytic Oryza sativa and the genetic model Arabidopsis thaliana. Expanding the gene count, stress brings about a significant increase of transcripts for which no function is known. Also, we generate insertional mutants that affect stress tolerance in several organisms. More than 400 000 T-DNA tagged lines of A. thaliana have been generated, and lines with altered salt stress responses have been obtained. Integration of these approaches defines stress phenotypes, catalogs of transcripts and a global representation of gene expression induced by salt stress. Determining evolutionary relationships among these genes, mutants and transcription profiles will provide categories and gene clusters, which reveal ubiquitous cellular aspects of salinity tolerance and unique solutions in multicellular species."

Emmanuel Mulenga

Emmanuel Mulenga