Software buyers: target customers (?)

Jacob Bashirian

Jacob Bashirian's journey into the intricate world of industrial automation began with a childhood fascination for how things worked, dismantling old radios and electronics in his parents' garage. This curiosity naturally led him to pursue a BEng in Electrical Engineering, where he excelled due to his innate meticulousness and a pragmatic approach to problem-solving. Upon graduating, he joined a prominent packaging machinery Original Equipment Manufacturer (OEM) in Birmingham, steadily rising through the ranks to become a Senior Controls Engineer. His current role on a six-person controls team involves the critical task of documenting electrical cabinets and machine wiring. He navigates the complexities of EPLAN daily, supplemented by shared Excel spreadsheets for Bill of Materials (BOMs), a system he finds functional but prone to version control issues. Jacob's work ethic is defined by his commitment to traceability and practical engineering; he personally reviews every schematic change, wire list, and panel layout before release. To ensure absolute accuracy, he makes it a point to cross-check these digital outputs against manually marked-up PDF drawings and even the physical prototypes constructed on the bench. This rigorous process, while time-consuming, aligns with his value of on-time delivery, as catching errors early prevents costly delays down the line. Outside of his demanding professional life, Jacob finds solace and creative outlet in his home workshop, often embarking on DIY electronics projects or working on his motorcycles. He's a saver by habit, contributing to his family's future and home improvements, but understands the value of investing in quality tools that enhance his efficiency and precision, both at work and at home. His decision-making is heavily influenced by his analytical nature and a desire for robust, proven solutions, often leading him to research thoroughly before adopting new methodologies or tools.

Gina Kühnke

Gina Kühnke, 29, is a dedicated Electrical Design Technician based in Stuttgart, Germany, where she serves as the technical backbone of a lean, two-person panel shop. With a vocational diploma in mechatronics earned four years ago, she has rapidly evolved from a junior drafter to the sole designer responsible for the shop's entire output. Her world revolves around the intersection of theoretical schematics and the gritty reality of factory floors. Unlike her peers in larger corporations who have dedicated teams for testing and validation, Gina operates in a high-trust, low-margin environment where accuracy is the only currency that matters. A single error in a terminal schedule can cost the small business significant profit, so she adheres to a rigorous, self-imposed standard of craftsmanship. Her workspace is a study in organized chaos: a dual-monitor setup displaying a basic 2D CAD interface, surrounded by stacks of paper printouts covered in red pen annotations. Her workflow is a patchwork of legacy tools—Excel for data, free PDF viewers for markup, and hand-drawn notes transferred from the workshop. This hybrid approach is born of necessity; the company cannot afford expensive enterprise software, and Gina lacks the bandwidth to learn complex new systems while managing production deadlines. Consequently, she spends hours manually reconciling data between these disparate sources, a repetitive task that drains energy but ensures the final product meets her exacting standards. Outside of work, Gina channels her need for structure and precision into cycling and technical hobbies. She rides her road bike through the Swabian Jura mountains, finding solace in the rhythmic motion and the clarity of the open road. She values her independence and financial prudence, saving diligently for a future where she might expand her own workshop or fund a specialized project. While she is technically confident, she remains acutely aware of the limitations of her current tools, often dreaming of a seamless digital-physical integration that doesn't exist in her budget. Her recent decision to invest in a high-end bicycle saddle reflects her prioritization of comfort and quality over quantity, a philosophy that extends to her professional life. She is a woman who believes that the integrity of a system lies in the smallest detail, and she will not compromise on that principle.

Arturo Rosenbaum

Arturo Rosenbaum, 42, has dedicated his career to the intricate world of electrical engineering within the demanding environment of machine building. Growing up in a working-class family in Cleveland, he developed an early appreciation for how things work and the importance of reliability, often helping his father with home repairs. This practical inclination, coupled with a strong aptitude for mathematics and physics, led him to pursue a Bachelor of Science in Electrical Engineering at a local state university. Upon graduation, he joined his current company, a mid-sized builder of specialized industrial machinery, starting as a junior electrical designer. Over the years, his meticulous attention to detail, consistent performance, and ability to manage complex projects earned him a promotion to Electrical Engineering Manager seven years ago. He now leads a team of four, overseeing the design of control systems, panel layouts, and wiring harnesses for custom-built machines destined for various industrial clients. His team relies heavily on AutoCAD Electrical for their daily tasks, a tool Arturo is deeply familiar with, having used it throughout his tenure. He champions process discipline, ensuring that every design package is thoroughly checked for accuracy and completeness before release, a practice that has significantly reduced production errors. Arturo's income of $108k/year reflects his experience and managerial responsibilities, allowing him a comfortable, though not extravagant, lifestyle. He is married to Sarah, a registered nurse, and they are raising two children, a son and a daughter, in a suburban home. His personal philosophy is rooted in dependability and thoroughness; he believes that a well-executed plan and diligent execution are the cornerstones of success, both professionally and personally. This mindset extends to his hobbies: restoring a classic Ford truck requires patience and precision, much like his engineering work, and his passion for bass fishing demands a methodical approach to understanding the environment and the fish. He is currently focused on improving his team's documentation workflow, aiming to integrate more standardized library components and streamline the approval process for design changes, a task that requires careful coordination with production and a deep understanding of their existing AutoCAD Electrical setup.

Mangalya Malik

Mangalya Malik, 33, is a freelance automation engineer based in Pune, India, specializing in retrofitting small factories across western India. After completing her BTech in Electrical Engineering, she spent a few years in a corporate automation firm, gaining experience with large-scale projects. However, she found the rigid structure and slow pace stifling. Seeking greater autonomy and the challenge of diverse problems, she launched her freelance career eight years ago. Her niche is working with smaller manufacturing units that often lack dedicated engineering teams and require hands-on, practical solutions. She thrives on the independence her work provides, allowing her to set her own schedule and choose projects that genuinely interest her. Her current workflow involves extensive on-site visits where she meticulously documents existing electrical cabinets, control systems, and wiring. She relies heavily on her observational skills, a trusty tablet for sketches, and a well-organized set of spreadsheets to capture data. The challenge lies in translating these often-haphazard site conditions into standardized, actionable documentation: cabinet wiring notes, PLC I/O lists, and basic harness schedules. Each client has a unique way of organizing their existing systems and a different preferred format for documentation, forcing Mangalya to adapt her approach for every single project. This constant variability, while stimulating, is also her biggest time sink. She recently decided to invest in a more robust cloud storage solution to better manage project files and reduce the risk of data loss from her numerous scanned sketches and disparate spreadsheet versions. She's also been experimenting with a new CAD software for electrical schematics, hoping to speed up the harness schedule creation process, though the learning curve is steep. Her income of ₹14 lakh/year reflects her expertise and the demand for her specialized services, but she's always looking for ways to increase her efficiency to take on more work or dedicate more time to personal interests like DIY electronics projects and exploring new travel destinations.

Nouri van Vliet

Nouri van Vliet’s journey into systems engineering began not with a singular passion for electronics, but with a deep-seated fascination for how complex systems function. Growing up in a family that valued practicality and craftsmanship – his father was a skilled mechanic – Nouri developed an early appreciation for precision and order. He pursued a Master’s degree in Mechanical Engineering at Delft University of Technology, where he was drawn to the intricate dance between mechanical processes and their control systems. After graduating, he joined a local firm specializing in industrial automation, eventually finding his niche at his current employer, a builder of fluid handling skids. For the past twelve years, he has been instrumental in ensuring the seamless integration of electrical and process design within his engineering office. His role demands a meticulous approach, constantly bridging the gap between electrical schematics generated in SEE Electrical and the P&IDs developed by process engineers. He takes pride in his ability to spot discrepancies, a skill honed through years of painstaking manual comparison against site redlines, a process he acknowledges is his most critical yet least efficient task. Recently, the company has begun exploring digitalization initiatives, but budget constraints and a preference for proven workflows mean major software overhauls are slow to materialize. Nouri’s personal philosophy is deeply rooted in efficiency and minimizing waste, both in terms of materials and time. This extends to his hobbies; his woodworking is not just a pastime but an exercise in precision engineering, creating functional art from raw timber. Similarly, his sailing is an appreciation for elegant hydrodynamics and efficient motion. He approaches financial matters with the same methodical care, viewing his €72k income as a steady resource for his family’s needs and his personal pursuits, rather than a means for rapid accumulation. He is a man who finds satisfaction in order, clarity, and the successful execution of complex, interconnected tasks.

Emilio Marks

Emilio Marks, 28, is the Hardware Prototyping Lead at a burgeoning 12-person tech startup in Austin, Texas. Armed with an MS in Electrical Engineering from UT Austin, he found his niche not in theoretical design, but in the tangible, often messy, world of bringing hardware concepts to life. His role is multifaceted; he's the architect of wiring harnesses, the designer of enclosure layouts, and the meticulous assembler of prototype test-rig cabling for their initial small batches. The startup environment dictates a rapid, iterative approach, which means Emilio operates with a high degree of resourcefulness. His toolkit is a testament to this: free, open-source CAD software, shared spreadsheets for inventory and BOMs, and hand-labeled drawings that, while unconventional, are meticulously organized and understood by him. This approach is born from necessity, as the product's hardware requirements evolve weekly, and the team is still navigating the foundational stages of product development. He thrives on the 'learning by doing' ethos, embracing challenges as opportunities to innovate and refine his skills. His income of $92k/year supports his lifestyle in Austin, but he's pragmatic about finances, prioritizing essential tools and experiences over ostentatious spending. Emilio is driven by the satisfaction of solving complex problems and seeing physical prototypes take shape under his guidance. He recently spent two weeks redesigning the power distribution harness for their main sensor module after initial testing revealed unexpected voltage drops, opting for a more robust, shielded cable assembly despite the added assembly time, prioritizing reliability over the absolute fastest build. This decision reflects his core value of ensuring the hardware is fundamentally sound, even in its early stages, laying a solid groundwork for future scalability and reducing costly rework down the line.

Judy D'Amore

Born and raised in Leeds, Judy D'Amore developed an early aptitude for mathematics and problem-solving, which led her to pursue an HNC in Electrical and Electronic Engineering. She wasn't drawn to the theoretical side of academia but rather the practical application of electrical principles. After completing her HNC, she gained valuable hands-on experience working for a larger electrical contractor before finding her niche at the current control panel shop fifteen years ago. Initially hired as a junior estimator, her diligence, accuracy, and growing understanding of production processes saw her naturally expand her role to encompass production engineering responsibilities. She's seen the company grow from a very small operation to its current size of seven employees, weathering economic downturns and adapting to changing client needs. Judy’s approach to work is deeply rooted in cost discipline; she understands that every penny counts for a small business and meticulously scrutinizes every component and labour hour. Reliability is another core tenet; she takes pride in delivering accurate quotes and clear documentation that the shop floor can trust, minimising costly errors and rework. She views teamwork as a practical necessity – everyone needs to pull their weight and communicate clearly. Her personal life is a source of balance; her garden is her sanctuary, a place where she can de-stress and nurture growth, mirroring her approach to her career. She’s not driven by status or rapid advancement, but by a quiet satisfaction in doing a job well and contributing to the success of the business she’s been part of for so long. She recently spent considerable time refining her Excel templates for BOM generation, a task that took days but ultimately felt necessary to improve consistency, even though she knows there must be more efficient ways to manage this data.

Martine Fleury

Martine Fleury, 39, is a dedicated Project Engineer at a mid-sized Original Equipment Manufacturer (OEM) specializing in conveyor systems, based in Lille, France. Holding a Diplôme d'ingénieur en électrotechnique, she has spent the last seven years honing her skills within the company's electrical engineering department. Her role is pivotal, focusing on the creation and maintenance of electrical cabinet drawings, terminal plans, and machine wiring documentation using their established EPLAN software. She operates within a focused four-person electrical group, where adherence to standards and consistency are paramount. Martine's days are a careful dance between technical design, revision management, and inter-departmental coordination. She is the unofficial guardian of the team's symbol library and document numbering system, a responsibility she takes very seriously, understanding its direct impact on manufacturing efficiency and product reliability. Her income of €58k/year reflects her experience and the specialized nature of her work. She lives with her partner in Lille, maintaining a structured yet fulfilling personal life that balances her demanding career with her passions for running, visiting museums, and intricate baking projects. Recently, her team faced a challenge with a complex multi-machine installation requiring extensive wiring documentation updates; Martine spearheaded the effort to standardize the approach for handling these updates, implementing a more rigorous cross-checking procedure between the electrical design and the assembly team's feedback loops. This involved updating several custom EPLAN macros and retraining the junior members of her team on the revised workflow. She is driven by a deep-seated need for order and technical clarity, finding satisfaction in the precision of her work and the smooth execution of projects. While she values collaboration, she is also fiercely independent in her problem-solving approach, preferring to thoroughly understand an issue before seeking input. Her financial habits are conservative, prioritizing long-term security and planned expenditures over impulsive purchases, a trait likely influenced by her upbringing and her pragmatic outlook on life.

Aadinath Ahluwalia

Aadinath Ahluwalia grew up in a middle-class family in Chandigarh, where his father was an engineer and his mother a teacher. From a young age, he was drawn to how things worked, dismantling old electronics and reassembling them. This curiosity, coupled with a strong academic inclination, led him to pursue a BTech in Instrumentation and Control Engineering. He excelled in his studies, particularly in subjects involving control systems and automation. Upon graduation, he joined a machine-building company in Bengaluru, starting as a junior design engineer. His meticulous nature and dedication quickly set him apart. He found his niche in electrical detailing, recognizing the critical role of accurate wiring and cabinet design in the overall success of complex machinery. Over five years in his current role as Senior Design Engineer, he has honed his skills in SolidWorks Electrical, becoming the go-to person for control system documentation. He leads a team of nine, guiding them through the intricacies of creating electrical schematics, panel layouts, and wiring harness designs. His income of ₹24 lakh per year allows for comfortable living and some discretionary spending, though his primary financial focus is on long-term security and investments. He is married to Priya, a software developer, and they share a quiet, organized life. Aadinath is known for his unwavering commitment to technical rigor; for him, every wire, every terminal block, and every connection must be perfect. This has led to a recent decision to implement stricter internal review processes for all electrical drawings before they are released to production, aiming to further reduce last-minute changes and improve overall project efficiency. He sees his career as a continuous climb, with a clear vision of moving into a management role where he can influence engineering strategy on a larger scale. The constant demand for high-quality, reliable machinery fuels his drive, reinforcing his belief in the value of thorough, detailed engineering.

Devin Schoen-Green

Devin Schoen-Green, 44, has been the owner-operator of 'Schoen-Green Electrical Retrofits' in Columbus, Ohio, for the past 15 years. His journey into owning his own shop began after earning an Associate degree in Electrical Technology from Columbus State Community College. He spent his early career working for larger electrical contractors, gaining experience in industrial and commercial installations, but found himself increasingly drawn to the satisfaction of custom work and direct client relationships. This led him to start his own venture, initially as a one-man operation, focusing on panel building and specialized wiring retrofits for local businesses and custom home builders. He now employs three skilled technicians. Devin's approach to design is deeply rooted in his hands-on experience; he personally sketches cabinet layouts, field wiring, and harness modifications, preferring the tactile process of drawing on paper or using AutoCAD LT for precise schematics, rather than a more integrated electrical design platform. He meticulously manages project details using spreadsheets for inventory, labor tracking, and cost estimation. His income of $76k/year reflects the realities of running a small, service-based business in a competitive market. Devin is driven by a strong sense of self-reliance and pragmatism, valuing customer responsiveness and the ability to deliver reliable, well-crafted solutions. He's deeply invested in his community, volunteering his time and skills to restore antique equipment at the local historical society, a hobby that mirrors his professional dedication to quality craftsmanship. His decision to stick with his current design workflow, despite its inefficiencies, stems from a combination of budget consciousness, a comfort with familiar tools, and a healthy skepticism towards new software that might disrupt his established processes without a clear, immediate return on investment. He recently decided against purchasing a new, more advanced CAD package that a supplier recommended, opting instead to invest in a higher-quality drill press for the shop floor, prioritizing tangible improvements in fabrication over software upgrades.