Sumer Innovations always keeps hiring. Apply now to join our network. Whether you are a scientist, an architect, engineer, technician, or business owner, we work with everyone connected to the construction and software domains. You can always find an opportunity to work with us while growing your business and career.
Driven by our core values of collaboration, innovation, sustainability, and passion for making a positive difference in the construction industry, Sumer Innovations strives to provide the best for our clients and contractors. We believe our building design professionals deserve the freedom to choose their projects and career paths in a supportive environment.
You get the best of several worlds. We bring together scientists, engineers, architects, interior designers, local agents, and even the client – on a single platform. That is integration, simplified for you. Our contracted data scientists, software engineers, and building design professionals enjoy the freedom of flexible remote work, traveling and working from overseas, and spending more time with the family. Meanwhile, our local agents meet and connect clients to our building design professionals with our support and training.
If you are still new and growing in your career, you will get to hone your skills as you work under experienced senior professionals. They will supervise you during gratifying learning opportunities. Experienced professionals will enjoy the vast network of collaborative team members, rewarding projects, and new efficient technologies.
We have limitless career opportunities. We hire both internally and externally as part of our policy. We can shift you to another team or department if you seem to have outgrown your current role. The growth is infinite.
Structural engineers are responsible for designing structures that can withstand the stresses and pressures they will encounter over the course of their lifetime. This includes developing design specifications and calculations for structural elements such as beams, columns, and foundations. Analyzing structures - Structural engineers use computer simulations and other analytical tools to evaluate the strength and stability of structures, as well as to identify potential vulnerabilities or areas of concern. Collaborating with other team members - Structural engineers work closely with architects, contractors, and other project stakeholders to ensure that structures are designed and built in accordance with the project's requirements. Ensuring compliance with building codes and regulations - Structural engineers must ensure that structures adhere to local, national, and international building codes and regulations. Conducting site inspections - Structural engineers conduct site inspections to evaluate existing structures and identify any problems or areas of concern that may require attention. Writing reports and communicating with stakeholders - Structural engineers write reports detailing their findings and recommendations, and communicate with stakeholders to ensure that all project participants are aware of any issues or concerns.
Construction engineers are responsible for devising comprehensive plans and schedules for construction projects, taking into consideration budget, timeline, and available resources. Managing construction teams - Construction engineers supervise construction teams, which consist of architects, engineers, contractors, and subcontractors, to ensure that everyone is working toward the same objectives and deadlines. Construction engineers must ensure compliance with local, state, and federal building codes and regulations. Managing project budgets - Construction engineers manage project budgets, including keeping track of expenses and making necessary modifications to remain within budget constraints. Quality control - Construction engineers are responsible for ensuring that all construction work meets the required quality standards and that any issues or defects are resolved in a timely and efficient manner. Communicating with stakeholders - Construction engineers routinely communicate with stakeholders, such as clients, contractors, and government agencies, to provide updates on project progress, resolve concerns or issues, and ensure that everyone is on the same page.
MEP Engineers design the building's mechanical, electrical, and hydraulic systems, such as heating, ventilation, air conditioning, lighting, electricity, water supply, and drainage. MEP Engineers must be conversant with local building codes and regulations in order to ensure that the design and installation of MEP systems comply with them. MEP Engineers collaborate with architects and contractors to ensure that the design and installation of MEP systems satisfy the requirements of the building and its occupants. MEP Engineers are responsible for administering project timelines and budgets, ensuring that the project is completed on time and within budget constraints. Conducting site visits and inspections - MEP Engineers visit construction sites to monitor the progress of the project and verify that the installation of MEP systems conforms to the design specifications. MEP Engineers are responsible for troubleshooting and resolving technical issues with MEP systems to ensure their correct and efficient operation. Conducting tests and commissioning - MEP Engineers conduct tests and commission MEP systems to ensure they operate as intended and conform to the design specifications.
Architects are responsible for designing structures that are aesthetically appealing, functional, and safe. They collaborate with clients to determine their needs and produce designs that meet those specifications. Architects prepare comprehensive drawings and specifications that serve as instructions for contractors to follow during construction. Architects are responsible for budget management and ensuring that projects are completed within budget constraints. Architects supervise construction projects to ensure that they are finished in accordance with the design and specifications. Architects must be conversant with local building codes and regulations in order to ensure that the design and construction of buildings adheres to them. Architects work closely with engineers and contractors to ensure that the design and construction of buildings meet the highest standards. Evaluating and recommending construction materials - Architects evaluate and recommend construction materials that are safe, cost-effective, and long-lasting.
Interior designers meet with clients to gain an understanding of their needs, preferences, and budget, and to develop a design brief. Creating design concepts - Interior designers create design concepts that satisfy the client's requirements, taking into consideration factors such as functionality, aesthetics, and budget. Interior designers choose materials and furnishings that satisfy the client's design specifications and budget, including furniture, fabrics, lighting, and accoutrements. Interior designers create design plans and illustrations that illustrate the configuration of interior spaces, such as floor plans, elevations, and three-dimensional renderings. Interior designers supervise the implementation of the design, working closely with contractors and other professionals to ensure that the design is executed accurately and to the required standards. Communicating with stakeholders - Interior designers routinely communicate with clients, contractors, and other stakeholders to provide updates on the design process and resolve any concerns or issues that may arise.
Artists create original works of art using a variety of media, including paint, sculpture, digital media, and mixed media. Artists develop and refine their own artistic style by experimenting with various techniques, mediums, and subjects. Artists present their work to the public through exhibitions, galleries, or other venues, frequently collaborating with art dealers or curators to identify opportunities to exhibit their work. Promoting their work - Artists promote their work through various channels, including social media, websites, and art publications, in order to reach a larger audience and develop their reputation in the art world. Artists frequently collaborate with other artists or professionals in related disciplines, such as designers, curators, or art historians, to develop new ideas and projects. Artists manage their finances, which includes setting prices for their work, negotiating sales, and keeping track of expenses and income.
Software engineers are responsible for designing software applications that satisfy the requirements of customers and end users. This includes the development of design specifications and architectural diagrams. Programming languages such as Java, Python, and C++ are utilized by software architects to create software code. Integrated development environments (IDEs) and version control systems are also utilized. Software engineers are responsible for verifying software applications to ensure that they function properly and conform to the design specifications. Software engineers maintain software applications by mending defects, updating features, and resolving problems that arise during production use. Collaboration with other team members - Software engineers work closely with project managers, designers, and other developers to ensure the timely and cost-effective completion of software applications. Software engineers document software applications by developing user manuals, technical documentation, and other client- and user-facing materials.
BIM professionals collaborate closely with design and construction teams to create BIM models that support the design, construction, and operation of buildings and other structures. Creating BIM workflows and processes - BIM professionals create and refine BIM workflows and processes that facilitate efficient collaboration, data exchange, and project delivery. BIM specialists manage BIM models and data, ensuring that they are accurate, current, and accessible to stakeholders throughout the project lifecycle. Conducting collision detection and coordination - BIM professionals conduct clash detection and coordination to identify and resolve conflicts between various building systems and components. Providing technical support and training - BIM professionals provide technical support and training to ensure that other team members can utilize BIM tools and workflows effectively. Keeping abreast of industry trends - To ensure that their skills and knowledge are current, BIM professionals keep abreast of emerging trends, tools, and technologies within the BIM industry.
Creating and implementing BIM workflows - Revit Experts create and refine BIM workflows that facilitate efficient collaboration, data exchange, and project delivery. Revit Experts manage BIM models and data, ensuring that they are accurate, up-to-date, and accessible to stakeholders throughout the project lifecycle. Providing technical support and training - Revit Experts provide technical support and training to ensure that other team members can use Revit tools and workflows effectively. Conducting clash detection and coordination - Revit Experts conduct clash detection and coordination to identify and resolve conflicts between various building systems and components. Creating and maintaining Revit families and templates - Revit Experts create and maintain Revit families and templates to support efficient building modeling and documentation. Revit Experts ensure that their skills and knowledge are current by keeping abreast of emerging industry trends, tools, and technologies.
EITs assist with the design of engineering projects, which includes the preparation of drawings, specifications, and other documentation. Conducting engineering analyses - EITs conduct engineering analyses, including calculations of stress and strain, analyses of load and capacity, and cost-benefit analyses. EITs assist in the testing and evaluation of engineering systems, including the creation of testing protocols and procedures. EITs prepare engineering reports and presentations, including the analysis and interpretation of data and the formulation of recommendations. EITs collaborate with engineering teams to ensure that projects are completed on schedule, within budget, and to the required quality standards. Learning and developing engineering skills - EITs take advantage of training and development opportunities to acquire new engineering skills and stay abreast of emerging engineering trends and technologies.
Creating technical drawings and plans - CAD Drafters create technical drawings and plans, including architectural, mechanical, and electrical plans, using CAD software. CAD Drafters develop and refine technical drawings and plans in close collaboration with engineers and designers. Conducting design reviews and making revisions - To ensure accuracy and completeness, CAD Drafters conduct design reviews and make revisions to technical drawings and plans as needed. CAD Drafters ensure that technical drawings and plans conform to applicable codes and standards, such as building codes and industry standards. CAD Drafters manage CAD data and files, ensuring that they are organized, up-to-date, and accessible to other team members as required. Staying current with CAD software and tools - CAD Drafters ensure that their skills and knowledge are current by staying current with emerging trends, tools, and technologies in the CAD industry.
Regular site inspections - Agents frequently visit construction sites to monitor progress, ensure compliance with regulations and standards, and identify potential problems and threats. Local Site Visits Agents document their findings and prepare reports to share their observations and recommendations with the remote project managers. Local Site Visits Agents collaborate with project teams, including contractors, engineers, and architects, to ensure that design and construction work is proceeding on time and within budget. Local Site Visits Agents review construction plans and specifications to ensure that they are accurate and compliant with all applicable regulations and standards. Local Site Visits Agents shall ensure that their knowledge is current and applicable, keeping abreast of new regulations and standards in the construction industry.
AI engineers are responsible for designing AI-based systems capable of processing and analyzing large quantities of data, identifying patterns and trends, and making decisions based on this data. AI technologists develop algorithms that enable AI systems to learn and progress over time based on user feedback and other data sources. AI architects implement machine learning models, including deep learning and reinforcement learning, to teach AI systems to recognize patterns and make decisions. AI technologists design and construct neural networks that can process large quantities of data and recognize patterns that can be used to make decisions. AI technologists collaborate with data scientists and other stakeholders to ensure that AI-based solutions meet the requirements of the business or organization. AI engineers assess and evaluate AI-based systems to guarantee their precision, dependability, and effectiveness.
Meeting with clients - Residential architects meet with clients to discuss their needs, preferences, and budget for their residential project. Developing design concepts - Residential Architects develop design concepts that meet the client's requirements, while considering building codes, zoning regulations, and other regulatory requirements. Creating detailed construction plans - Residential Architects create detailed construction plans that include architectural drawings, blueprints, and specifications for the project. Collaborating with engineers and contractors - Residential Architects collaborate with structural engineers, electrical engineers, and contractors to ensure that the project is designed and built according to plan. Overseeing construction - Residential Architects may oversee construction to ensure that the project is being built according to the design plan and specifications. Keeping up-to-date with industry trends and regulations - Residential Architects keep up-to-date with industry trends and regulations to ensure that their designs are innovative, cost-effective, and in compliance with all relevant codes and standards.
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